pilot walktour pack user manual v3 - dinglicom documents...contents contents 1 what's new in...
TRANSCRIPT
Pilot Walktour Pack User Manual
V3.2
Contents
Contents 1 What's New in Version 3.2 .................................................................................................... 1
1.1 Reconstruction of Data File Management Function .............................................. 1
1.1.1 Sort Function ....................................................................................................... 1
1.1.2 Multiple Data Formats Supported ................................................................... 1
1.1.3 Real-Time Data Upload ..................................................................................... 2
1.1.4 Event Search Function ....................................................................................... 3
1.2 MOS Test Added ........................................................................................................ 3
1.3 Customize Test Process Tags .................................................................................... 4
1.4 Freeze Screen............................................................................................................... 5
1.5 Real-Time Statistics .................................................................................................... 5
1.6 Granted Function Permission List ........................................................................... 6
1.7 Remotely Reboot or Shut down Pilot Walktour Pack Case .................................. 7
2 Product Overview .................................................................................................................. 8
3 Installing Pilot Walktour Pack on iPad ............................................................................... 9
3.1 Before Installation ...................................................................................................... 9
3.2 Applying for License ................................................................................................. 9
3.3 Installing Pilot Walktour Pack on iPad ................................................................... 9
3.3.1 Reinstalling Appsync for the iOS67/iOS8 Operating System ................... 13
3.4 Upgrading Pilot Walktour Pack ............................................................................. 14
4 Connecting iPad with Test Phones .................................................................................... 16
4.1 Pilot Walktour Pack Case ........................................................................................ 16
4.2 Connecting iPad to Pilot Walktour Pack Case ..................................................... 16
4.3 Connecting Phones to Pilot Walktour Pack System ............................................ 17
4.3.1 Android ............................................................................................................. 17
4.3.2 iPhone ................................................................................................................ 19
5 System Settings ..................................................................................................................... 22
5.1 Setting Server Information ...................................................................................... 22
Contents
5.2 Setting Data Partitioning ......................................................................................... 23
5.3 Setting Daylight Saving Time ................................................................................. 24
5.4 Others ......................................................................................................................... 24
6 Project Management ............................................................................................................ 26
6.1 New Project ............................................................................................................... 26
6.2 Configuring Test Task ............................................................................................. 28
6.2.1 Idle ...................................................................................................................... 28
6.2.2 Call ..................................................................................................................... 28
6.2.3 FTP Download .................................................................................................. 29
6.2.4 FTP Upload ....................................................................................................... 30
6.2.5 Ping..................................................................................................................... 32
6.2.6 HTTP Download .............................................................................................. 33
6.2.7 HTTP Page......................................................................................................... 34
6.2.8 WAP Download................................................................................................ 35
6.2.9 WAP Page .......................................................................................................... 37
6.2.10 Email Send ......................................................................................................... 38
6.2.11 Email Receive .................................................................................................... 39
6.2.12 Video Streaming ............................................................................................... 42
6.2.13 Parallel Service .................................................................................................. 43
6.2.14 SMS ..................................................................................................................... 46
6.2.15 MMS ................................................................................................................... 46
6.2.16 Video Play ......................................................................................................... 47
6.2.17 Speed Test .......................................................................................................... 49
6.2.18 Face Book ........................................................................................................... 50
6.2.19 Traceroute .......................................................................................................... 51
6.2.20 Multi FTP ........................................................................................................... 52
6.2.21 PBM .................................................................................................................... 54
6.2.22 PPP Mode Description ..................................................................................... 55
6.3 Importing Project ...................................................................................................... 56
Contents
6.4 Starting a Test ........................................................................................................... 57
6.4.1 Outdoor Test ..................................................................................................... 58
6.4.1.1 Map Management ................................................................................ 58
6.4.1.2 Base Station Management ................................................................... 61
6.4.2 Indoor Test ........................................................................................................ 63
6.4.2.1 Adding Buildings, Floors and Maps ................................................. 63
6.4.2.2 Setting a Test Task ............................................................................... 66
6.4.2.3 Pinpoint on Map ................................................................................... 67
6.4.2.4 Importing Indoor Map ........................................................................ 68
6.5 Viewing Information ............................................................................................... 68
6.5.1 Viewing Event .................................................................................................. 68
6.5.2 Viewing Messages ............................................................................................ 69
6.5.3 Viewing Parameters ......................................................................................... 70
6.5.4 Adding Labels ................................................................................................... 74
6.5.5 Freezing the Information Screen .................................................................... 76
6.5.6 Searching Events .............................................................................................. 76
6.6 Project Configuration ............................................................................................... 77
6.6.1 General Settings ................................................................................................ 78
6.6.2 Display Settings ................................................................................................ 79
6.6.3 Filter Settings .................................................................................................... 80
6.6.4 Changing Background ..................................................................................... 80
7 File Management .................................................................................................................. 82
7.1 Viewing Data Files ................................................................................................... 82
7.2 Sorting Data Files ..................................................................................................... 82
7.3 Filtering Data Files ................................................................................................... 83
7.4 Deleting Data Files ................................................................................................... 84
7.5 Uploading Data Files from Handsets to iPad ....................................................... 85
7.6 Uploading Data Files ............................................................................................... 86
7.6.1 Configuration .................................................................................................... 86
Contents
7.6.2 Uploading Data Files ....................................................................................... 88
7.7 Viewing Storage State .............................................................................................. 89
7.8 Settings ....................................................................................................................... 90
7.9 Exporting Data Files................................................................................................. 91
8 Statistics ................................................................................................................................. 92
8.1 Real-Time Statistics .................................................................................................. 92
8.2 Data Statistics ............................................................................................................ 92
9 Alarm and Operation Log Information ............................................................................. 94
10 Upgrading Pilot Walktour Pack Case ....................................................................... 95
10.1 Upgrading Procedure .............................................................................................. 95
10.2 Remote Control of Pilot Walktour Pack Case ...................................................... 96
11 UE Synchronization ..................................................................................................... 97
12 Product Disclaimer ....................................................................................................... 98
What's New in Version 3.2
1 © Dingli 18-11-2015 DL 832 UM
1 What's New in Version 3.2
1.1 Reconstruction of Data File Management
Function
1.1.1 Sort Function
Data files can be sorted based on upload status and data time.
Figure 1.1 Sort function
1.1.2 Multiple Data Formats Supported
Multiple data formats (including *.rcu, *.dtlog, *.pcap) are supported for data upload to Pilot Fleet
Unify.
What's New in Version 3.2
2 © Dingli 18-11-2015 DL 832 UM
Figure 1.2 Multiple data formats supported
1.1.3 Real-Time Data Upload
Data files can be uploaded to the user-defined FTP server in real time.
Figure 1.3 Real-time data upload
What's New in Version 3.2
3 © Dingli 18-11-2015 DL 832 UM
1.1.4 Event Search Function
Users may search events based on keywords, and corresponding events will be displayed on the
interface.
Figure 1.4 Search events
1.2 MOS Test Added
MOS (PESQ & POLQA) test option is added to the Call test settings page. Users may set MOS
test type and MOS algorithm type.
What's New in Version 3.2
4 © Dingli 18-11-2015 DL 832 UM
Figure 1.5 MOS test settings
1.3 Customize Test Process Tags
During service test, users may add tags to mark the test process as required. The added tags will be
saved to corresponding data files.
Figure 1.6 Customize tags
What's New in Version 3.2
5 © Dingli 18-11-2015 DL 832 UM
1.4 Freeze Screen
Users may freeze the real-time test information screen as required. After freezing, there is no real
time update on the event and message information (but the information is still collected in the
background), thereby allowing users to check the current event and message history. The real-time
event and message information can be updated again after unfreezing.
Figure 1.7 Freeze Screen
1.5 Real-Time Statistics
Real-time statistics for voice and data service tests (e.g. success rate, speed) is supported in this
version.
What's New in Version 3.2
6 © Dingli 18-11-2015 DL 832 UM
Figure 1.8 Real-time statistics
1.6 Granted Function Permission List
All granted function permission can be listed for easy reference.
Figure 1.9 Granted function permission list
What's New in Version 3.2
7 © Dingli 18-11-2015 DL 832 UM
1.7 Remotely Reboot or Shut down Pilot
Walktour Pack Case
Users may remotely reboot or shut down the Pilot Walktour Pack Case through Pilot Walktour
Pack on the iPad. Therefore, users do not need to press and hold the power key for a physical
rebooting or shutting down.
Figure 1.10 Remotely reboot or shut down
Product Overview
8 © Dingli 18-11-2015 DL 832 UM
2 Product Overview Pilot Walktour Pack is an integrated and portable benchmarking solution for measuring wireless
network and services quality. The unique design incorporates the capability of a drive test product,
with the flexibility of a handheld test tool. Data interaction is achieved by connecting the iPad and
smart phones via Wi-Fi/USB Cable. The iPad acts as the control device, and manages one or more
handsets during a test. The terminals perform data or voice tests according to the test plan
delivered from the iPad, and uploads test data back to the iPad for further data management.
Supported test terminals:
iOS: iPhone6plus, iPhone6, iPhone 5s
Android: Samsung Galaxy NOTE4(N910G), Samsung Galaxy NOTE3(N9008V/7506V/),
Samsung Galaxy S 6 (9200), Samsung Galaxy S5(G9006V/G9008V/G9009W/)
System framework:
Figure 11 System framework
Installing Pilot Walktour Pack on iPad
9 © Dingli 18-11-2015 DL 832 UM
3 Installing Pilot Walktour Pack on iPad
3.1 Before Installation
1. Users may skip Section 2.2 and perform operations based on the description in Section 2.3 if a
license file has been obtained. Please take note that the iPad should be connected to a wireless
network during the entire installation process. After installation, the iPad will automatically
download the license file from DingLi’s license server.
2. If the license file cannot be obtained from the server (due to a server error, or other causes),
users may obtain the license file from DingLi. Connect the iPad with PC through the
synchronization tool, and copy the license file from the PC to
var/mobile/Documents/walktour in the iPad.
3.2 Applying for License
1. On the iPad screen, tap the icon to enter the settings page.
2. Tap General > About, find Wi-Fi Address, copy and send the address to Dingli for Pilot
Walktour Pack license application. See the figure below:
Figure 12 Copy Wi-Fi address
3.3 Installing Pilot Walktour Pack on iPad
1. Please install the required plugins and perform configuration first by referring to related
jailbreak document. Otherwise, Pilot Walktour Pack may not function properly.
2. Tap the Cydia icon " " to enter the Cydia main interface, and tap the icon to enter
the Source window.
3. Tap Edit on the upper right corner to add a source. See the figure below:
Installing Pilot Walktour Pack on iPad
10 © Dingli 18-11-2015 DL 832 UM
Figure 13 Add a source
Note: If Dingli com is displayed on the interface after entering the Source window, skip the
operation on adding source.
4. Tap Add on the upper left corner. Enter www.dinglicom.com/oversea, and tap Add Source.
Figure 14 Enter a source
5. Find and tap the added source www.dinglicom.com.
Installing Pilot Walktour Pack on iPad
11 © Dingli 18-11-2015 DL 832 UM
Figure 15 Source window
6. Find the correct Pilot Walktour version, tap it to view the detailed version information.
Figure 16 Find correct version
7. Tap Install on the upper right corner to install it.
Installing Pilot Walktour Pack on iPad
12 © Dingli 18-11-2015 DL 832 UM
Figure 17 Install the version
8. Tap Confirm to confirm the installation.
Figure 18 Confirm installation
9. Tap Return to Cydia after successful installation.
Installing Pilot Walktour Pack on iPad
13 © Dingli 18-11-2015 DL 832 UM
Figure 19 Return to Cydia
10. Tap the Walktour Pack icon on the iPad desktop to start its program.
3.3.1 Reinstalling Appsync for the iOS7/iOS8 Operating
System
For the iOS7/iOS8 Operating System, users need to reinstall Appsync after installing Walktour
Pack. Follow the instructions below:
1. Tap Management > Sources.
2. Tap the Edit button on the Sources page, tap Add, and enter source address
"http://apt.178.com". Tap Add Sources and then return to the Sources page.
3. Enter AppSync for iOS 7/8 in the search box and install it.
Installing Pilot Walktour Pack on iPad
14 © Dingli 18-11-2015 DL 832 UM
Figure 20 Install plugin
4. Tap Changes > Upgrade, and update all system files that can be updated.
Figure 21 Update system files
Note: If AppSync for iOS 7/8 has been installed on the iPad, users may search this software
and reinstall it.
3.4 Upgrading Pilot Walktour Pack
1. To upgrade Pilot Walktour Pack, users need to uninstall the current version and then install a
Installing Pilot Walktour Pack on iPad
15 © Dingli 18-11-2015 DL 832 UM
new version based on the instructions above.
2. Refer to Section 3.3 to enter Dingli com.
3. Tap Installed on the Cydia main interface to find the current version of Pilot Walktour Pack
to uninstall.
Figure 22 Find the version to uninstall
4. Tap Modify, and select Remove to uninstall Pilot Walktour Pack.
Figure 23 Uninstall Pilot Walktour Pack
Connecting iPad with Test Phones
16 © Dingli 18-11-2015 DL 832 UM
4 Connecting iPad with Test Phones
4.1 Pilot Walktour Pack Case
Start the Pilot Walktour pack case before connecting devices to it. Users may search the WiFi
hotspot of the Pilot Walktour Pack case on the iPad, and connect the iPad to it by using the
password.
1. Wi-Fi hotspot of Pilot Walktour Pack: PhoneBox_XXX (where XXX indicates a string like
"181")
2. Password: wifi@phonebox
4.2 Connecting iPad to Pilot Walktour Pack Case
Note that all devices (iPad and test phones) shall be connected to the same Wi-Fi hotspot.
1. Tap the Settings icon on the iPad desktop.
Figure 24 Settings
2. Tap WLAN, and select the correct access point.
Connecting iPad with Test Phones
17 © Dingli 18-11-2015 DL 832 UM
Figure 25 Select correct WLAN network
4.3 Connecting Phones to Pilot Walktour Pack
System
The processes of connecting phones with different operating systems to the iPad are different. This
section describes the process of setting up a WLAN on an Android phone and iPhone.
4.3.1 Android
For Android phones, users need to use USB cables to connect the phones to the backpack. To
ensure correct connection, uses need to tap Settings > Developer, and select USB debugging to
enable the USB debugging mode.
Figure 26 Enable USB debugging mode on Android phones
After normal USB connection, do as follows:
Connecting iPad with Test Phones
18 © Dingli 18-11-2015 DL 832 UM
1. Start Pilot Walktour and tap Multi-Test on the main interface. The message displayed
on the phone indicates that the device is not connected. See the figure below:
Figure 27 Device not detected
2. Configure access point, alarm, and network lock.
3. Connect the device to the backpack with a USB cable. The message displayed on the phone
indicates that the device is waiting for connecting to iPad. Users may tap Detect on the iPad to
display the connected device. See the figure below:
Figure 28 Wait for connection to iPad
Connecting iPad with Test Phones
19 © Dingli 18-11-2015 DL 832 UM
4. Drag the detected device to a customized test group, and tap Save. For more information
about operations on iPad, see section 6. The message displayed on the phone indicates that the
device is connected.
Figure 29 Device connected
4.3.2 iPhone
Connect the iPhone to the correct access point, and then tap the settings icon on the main interface
to enter the settings window. Tap Wi-Fi, and select the same access point as that of the iPad.
Figure 30 Set WLAN on iOS phones
Connecting iPad with Test Phones
20 © Dingli 18-11-2015 DL 832 UM
After connection, do as follows:
1. Start Pilot Walktour and tap Multi-Test on the main interface. The information
displayed on the phone indicates that the device is not connected. See the figure below:
Figure 31 Device not detected
2. Tap Choose Network to select a network type for the device.
Figure 32 Choose a network type
3. Tap Auto detect on the iPad, and then tap Detect to display the connected device. See Figure
33.
Connecting iPad with Test Phones
21 © Dingli 18-11-2015 DL 832 UM
Figure 33 Display connected device
4. Drag the detected device to a customized test group, and tap Save. For more information
about operations on iPad, see section 6. The information displayed on the phone indicates that
the device is connected.
Figure 34 Device connected
System Settings
22 © Dingli 18-11-2015 DL 832 UM
5 System Settings
Tap to enter the Pilot Walktour Pack home page, and then tap to enter Settings.
Figure 35 Home page
5.1 Setting Server Information
1. Select the FTP Server List to set FTP server information.
2. Select Remote Server Ding Li, and then select a remote server type (Fleet or FTP). If Fleet
is selected, refer to Section 6.6 to set Pilot Fleet Unify server information.
System Settings
23 © Dingli 18-11-2015 DL 832 UM
Figure 36 Setting FTP server information and remote server information
5.2 Setting Data Partitioning
Under DATA PARTITION, choose a data-partitioning mode: By Size or By Time, and then set a
threshold value for it.
Figure 37 Set Data Partitioning
System Settings
24 © Dingli 18-11-2015 DL 832 UM
5.3 Setting Daylight Saving Time
Enable Daylight Saving Time if the device is used in a country where daylight saving time is
adopted. Daylight Saving Time is disabled by default.
Figure 38 Setting Daylight Saving Time
5.4 Others
1. Tap License to check the license file of the current Pilot Walktour Pack. See the following
figure:
System Settings
25 © Dingli 18-11-2015 DL 832 UM
Figure 39 Check the license file
2. Tap About to check the version information of the current Pilot Walktour Pack.
Figure 40 Check the current Pilot Walktour Pack version
Project Management
26 © Dingli 18-11-2015 DL 832 UM
6 Project Management
6.1 New Project
After connecting iPad and mobile phones to the system, users may tap the Pilot Walktour Pack
icon to enter the home page. Tap New Project.
Figure 41 Pilot Walktour Pack Home Page
1. The devices that have been connected and group boxes without specified devices are
displayed on the Device Configuration window. See Figure 42. Tap Detect to display new
devices that are connected to the iPad.
Figure 42 Device Configuration window
Project Management
27 © Dingli 18-11-2015 DL 832 UM
2. Specify devices to test groups for MO-MT tests or loop tests.
Figure 43 Customize test groups
3. After specifying devices to test groups, tap Save.
Figure 44 Complete test groups
Note: The letter (A, B, C……) displayed on the device is based on the order that the device is
connected.
Project Management
28 © Dingli 18-11-2015 DL 832 UM
6.2 Configuring Test Task
6.2.1 Idle
Configure the test task for Idle test, based on the following parameter description:
1. Idle duration (s): Set the duration for the idle test.
Figure 45 Configure test task (Idle)
Note: For iPhone and Android based phones that support network lock functions, users need to
conduct the operations on the phone.
6.2.2 Call
Configure test task for Call test based on the following parameter descriptions:
1. MS1: for MOC test phone; MS2: for MTC test phone
2. Repeat: The number of repetition for the Call test.
3. Called Number: The number of the terminated handset.
4. Connection(s): The maximum time allowed for a call setup in seconds.
5. Infinite: Turn it On to enable infinite call.
6. Durations(s): The duration of the call since call setup.
7. Intervals: The interval between two successive calls in seconds.
8. MOS: Enable it to conduct MOS voice evaluation test (Supported terminals: Samsung S5
G9006V, Samsung S5 900F. Users need to insert corresponding earphones into the handsets.)
9. MOS Type: Select PESQ or POLQA as required (depending on the test handset).
10. POLQA Sample: This option is available only when MOS Type is set to POLQA. Options:
NB 8K, WB 16K, and SWB 48K
11. POLQA Calc: This option is available only when MOS Type is set to POLQA. Options: NB
and SWB
Project Management
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12. Test Type: Select Mobile to Mobile or Mobile to Land as required.
Figure 46 Configure test task (Call)
Note: For iPhone and Android based phones that support network lock functions, users need to
conduct the operations on the phone.
6.2.3 FTP Download
Configure a test task for FTP Download based on the following parameter description:
1. Repeat: Set the total loop count for the FTP Download test.
2. FTP Server: Tap it to set FTP server information.
a. Server Name: The name of the specified server from which the file is downloaded.
b. IP: The IP address of the server.
c. Port: The port number of the server.
d. Username: Username to log in to the server.
e. Password: Password to log in to the server.
f. Remote Directory: Enter a directory on the server. Users may leave it blank.
g. Anonymous: Set whether to access FTP server in the anonymous mode.
h. Mode: FTP server connection mode.
Passive: passive connection
Port: active connection
3. File to Download: Select the name and path of the file to be downloaded.
4. Download Duration: The maximum duration allowed for the download.
Project Management
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5. Intervals: The interval between two successive FTP Download tests.
6. No Data: The period during which no data traffic is received. Once there is no traffic within
this user-defined period, the download test will be terminated and proceed to the next test.
7. Thread Count: The number of threads for the download test.
8. Save File: Save the downloaded file to the phone
9. By Time: If the file download is not finished within the time specified by Download
Duration, this test will be tagged as Success by turning this option ON, otherwise it will be
tagged as Drop.
10. PPP Disconnection:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Figure 47 Configure test task (FTP Download)
Note: For iPhone and Android based phones that support network lock functions, users need to
conduct the operations on the phone.
6.2.4 FTP Upload
Configure a test task for FTP upload based on the following parameter descriptions:
1. Repeat: Set the total loop count for the FTP Upload test.
2. FTP Server: Tap it to set FTP server information.
Project Management
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a. Server Name: The name of the specified server where the file would be uploaded.
b. IP: The IP address of the server.
c. Port: The port number of the server.
d. Username: Username to log in to the server.
e. Password: Password to log in to the server.
f. Remote Directory: Enter a directory on the server. Users may leave it blank.
g. Anonymous: Set whether to access FTP server in the anonymous mode.
h. Mode: FTP server connection mode.
Passive: passive connection
Port: active connection
3. Upload to: The target directory where the file will be uploaded to.
4. Upload Duration: The maximum duration allowed for the upload.
5. Intervals: The interval between two successive FTP Upload tests.
6. No Data: The period during which no data traffic is received. Once there is no traffic within
this user-defined period, the upload test will be terminated and proceed to the next test.
7. Upload Size: Specify a size in KB and Pilot Walktour Pack will generate a file of this
specified size for upload.
8. Thread Count: The number of threads for the download test.
9. By Time: If the file upload is not finished within the time specified by Upload Duration, this
test will be tagged as Success by turning this option ON, otherwise it will be tagged as Drop.
10. PPP Disconnection:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Project Management
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Figure 48 Configure test task (FTP upload)
Note: For iPhone and Android based phones that support network lock functions, users need to
conduct the operations on the phone.
6.2.5 Ping
Configure a test task for Ping based on the following parameter description:
1. Repeat: Set the total loop count for the Ping test.
2. Host: The IP address in Ping test or domain name.
3. Packet Size (Byte): The size of packets to be sent in the Ping test.
4. Timeout(s): The maximum time allowed for each ping to complete; otherwise it will terminate
and register as a failure.
5. Interval(s): The interval between two successive Ping tests.
6. TTL: Stands for Time To Live. It is a value that determines the lifespan or lifetime of data
packet in a network before it has to be discarded
7. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected
Project Management
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Figure 49 Configuring test task (Ping)
Note: For iPhone and Android based phones that support network lock functions, users need to
conduct the operations on the phone.
6.2.6 HTTP Download
Configure a test task for the HTTP Download based on the following parameter descriptions:
1. Repeat: Set the total loop count for the HTTP Download test.
2. Test Mode: Select a service test mode as required. Two options are provided: By Time and By
File.
3. Server: Select a server type as required. Two options are provided: Normal (recommended for
test outside China) and BaiduYun (dedicated for China).
4. Account: This option is available only when Server is set to BaiduYun.
5. API Key: This option is available only when Server is set to BaiduYun and Account is set to
Developer.
6. URL: The URL address for HTTP download test.
7. Download Duration: When Test Mode is set to By Time, this option will be available, which
indicates the maximum duration of the download. Once the actual download time meets the
pre-defined duration, the phone will automatically stop downloading and start the next
download session.
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8. Interval: The interval between two successive HTTP download tests.
9. Download Timeout: When Test Mode is set to By File, this option will be available, which
indicates the maximum time allowed for a HTTP download test.
10. No Data: The period during which no data traffic is received. Once there is no traffic within
this user-defined period, the download test will be terminated and proceed to the next test.
11. Thread Num.: The number of threads for the download test.
12. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected
Figure 50 Configure test task (HTTP Download)
Note: For iPhone and Android based phones that support network lock functions, users need to
conduct the operations on the phone.
6.2.7 HTTP Page
Configure a test task for the HTTP Page based on the following parameter descriptions:
1. Repeat: Set the total loop count for the HTTP Page test.
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2. Server Type: Select a service type as required. Two options are provided: Logon and Refresh.
3. URL: The URL addresses used for the HTTP Page test.
4. Timeout: Set the maximum time allowed for each login/refresh.
5. Interval: The interval between two successive HTTP logon or refresh tests.
6. Load Image: Select ON and the image will be loaded every time HTTP page test is conducted.
7. Clear Cache: Select ON and the cache will be cleared every time the download of the HTTP
page is completed
8. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Figure 51 Configure test task (HTTP Page)
Note: For iPhone and Android based phones that support network lock functions, users need to
conduct the operations on the phone.
6.2.8 WAP Download
Configure a test task for WAP Download based on the following parameter descriptions:
1. Repeat: Set the total loop count for the WAP Download test.
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2. Test Mode: Select a service type. Options: Image, Ring, or KJava
3. URL: The URL address for the WAP download test.
4. Timeout: Set the maximum time allowed for a download. If the WAP download is not
completed after this specified time, the download will terminate and register as a failure.
5. Interval: The interval between two successive WAP download tests.
6. Use Gateway: Enable it to use gateway
7. WAP Version: Select WAP protocol version 1.0 or 2.0.
8. Gateway IP: Enter the gateway IP for the test.
9. Port: Enter the port to connect to the gateway.
10. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Figure 52 Configure test task (WAP Download)
Note: For iPhone and Android based phones that support network lock functions, users need to
conduct the operations on the phone.
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6.2.9 WAP Page
Configure a test task for WAP Page based on the following parameter descriptions:
1. Repeat: Set the total loop count for the WAP Page test.
2. Server Type: Set test mode to Logon or Refresh.
3. URL: The URL address for the WAP Page test.
4. Timeout: Set the maximum time allowed for each logon/refresh. If the WAP page is not
completed within this specified time, the test will be terminated and register as a failure.
5. Interval: The interval between two successive WAP Page tests.
6. Use Gateway: Enable it to use gateway
7. WAP Version: Select WAP protocol version 1.0 or 2.0.
8. Gateway IP: Enter the gateway IP for the test.
9. Port: Enter the port to connect to the gateway.
10. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Figure 53 Configure test task (WAP Page)
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Note: For iPhone and Android based phones that support network lock functions, users need to
conduct the operations on the phone.
6.2.10 Email Send
Configure the test task for Email Send based on the following parameter description:
1. Repeat: Set the total loop count for the Email Send test.
2. Send Mode: Select a mode as required. Options: By File or By Time.
3. Send Timeout(s): Set the maximum time allowed for sending an email.
4. Mailbox: Tap it to enter the settings window. Users may add, modify, and select a sender
mailbox.
5. Mail to: The email address of the recipient.
6. Subject: The subject of the email.
7. Content: The content of the email.
8. Attachment Size: Enter the size of the email attachment. Pilot Walktour will create an
attachment file of this user-defined size.
9. Interval: The interval between two successive Email Send tests.
10. No Data: The period during which no data traffic is received during email test. Once there is
no traffic within the user-defined period, the Email Send test will be terminated and proceed
to the next test.
11. Connection Timeout: If a connection is not successfully established during this specified time,
it will terminate and register as a failure.
12. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
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Figure 54 Configuring test task (Email Send)
Note: For iPhone and Android based phones that support network lock functions, users need to
conduct the operations on the phone.
6.2.11 Email Receive
Configure the test task for Email Receive based on the following parameter descriptions:
1. Repeat: Set the total loop count for the Email Receive test.
2. Send Mode: Select a mode as required. Options: By File or By Time.
3. Receive Timeout(s): Set the maximum time allowed for receiving an email.
4. Mail to: The email address of the recipient.
5. Receive Index: The number of received mail that needs to be indexed.
6. Interval: The interval between two successive Email Receive tests.
7. No Data: The period during which no data traffic is received during email test. Once there is
no traffic within the user-defined period, the Email Receive test will be terminated and
proceed to the next test.
8. Connection Timeout: If a connection is not successfully established during this specified time,
it will terminate and register as a failure.
9. Save File: Set whether to save the attachment file.
10. PPP Mode:
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Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Figure 55 Configure test task (Email Receive)
To enter the Mailbox List window, tap Mailbox in Email Send template or Mail to in Email
Receive template.
In the Mailbox List window, tap the "+" button on the right top corner to add a mailbox into the
list.
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Figure 56 Mailbox List
Note: For iPhone and Android based phones that support network lock functions, users need to
conduct the operations on the phone.
Set mailbox information in the Mailbox Setting window.
Figure 57 Setting mailbox information
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1. Sending Setting (set information for Email Send or Email receive task)
Security Protocol: select a security certificate for the mailbox
Server Address: the address for the Email send server
Server Port: the port for the Email send server
2. Receive Setting (set information for the Email Receive task)
Server Protocol: select the protocol of the Email receiving server
Security Protocol: select the security certificate for mailbox
Server Address: the address for Email receive server
Server Port: the port for the Email receive server
3. Account Setting
Username: enter mailbox address
Password: enter mailbox password
6.2.12 Video Streaming
Configure the test task for Video Stream based on the following parameter description:
1. Repeat: Set the total loop count for the Video Streaming test.
2. Test Mode: Select a test mode. Two options are provided: By Time or By Size
a. By Time
Play Time: Set this option to the maximum duration allowed for the video play.
b. By Size
Play Timeout: If the video play is not finished within this specified time, the task will
be terminated and registered as a failure.
3. URL: Enter the URL address of the video file.
4. Protocol: Select a protocol for video play: UDP or TCP.
5. Interval: The time interval between two successive video streaming tasks.
6. No Data: The period during which no data traffic is received during video streaming test.
Once there is no traffic within the user-defined period, the video streaming test will be
terminated and proceed to the next test.
7. Cache Size (kb): Set the buffer size for video play.
8. Clear Cache: Set whether to clear the buffer.
9. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
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Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Figure 58 Configuring test task (Video Streaming-By Time)
Figure 59 Configuring test task (Video Streaming-By Size)
6.2.13 Parallel Service
Configure the test task for Parallel Service based on the following parameter descriptions:
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1. Repeat: Set the total loop count for the Parallel Service test.
2. Dial Delay (s): If users have selected voice test and data test into the parallel service list, the
data test will firstly be executed while voice test will be delayed based on user defined time
here.
3. Interval: The interval between two successive parallel service tests.
4. Parallel Service List: Tap it to enter into the window as shown in Figure 61, where users may
select tasks for parallel tests.
5. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Figure 60 Configure test task (Parallel Service)
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Figure 61 Select a test task
After entering the task settings, save it and the task name will be shown in the Parallel Task List in
the left pane.
Figure 62 Selected test task
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6.2.14 SMS
Configure the test task for SMS based on the following parameter description:
1. Repeat: Set the total loop count for the SMS test.
2. Test Mode: Select a test mode. Three options are provided: Send Only, Receive Only, Send &
Receive.
3. Receive Num.: The phone number which receives the SMS message.
4. SMS Center: The number of the SMS center which the SMS sending number belongs to.
5. Send Timeout: The maximum time allowed for sending an SMS message. If the message is
not sent within this specified time, it will terminate and register as a failure.
6. Receive Timeout: The maximum time allowed for receiving an SMS message. If the message
is not received within this specified time, it will terminate and register as a failure.
7. Interval: The interval between two successive SMS tests.
8. Content: User-defined content of the SMS message.
Figure 63 Configuring test task (SMS)
6.2.15 MMS
Configure the test task for MMS based on the following parameter descriptions:
1. Repeat: Set the total loop count for the MMS test.
2. Test Mode: Select a test mode. Three options are provided: Send Only, Receive Only, Send &
Receive.
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3. Receive Num.: The phone number which receives the MMS message.
4. MMS Center: The number of the MMS center which the MMS sending number belongs to.
5. MMS Gate: The gateway IP address of the MMS.
6. Attachment Size: The size of attachment along with the MMS.
7. Interval: The interval between two successive MMS tests.
8. Push Timeout: The maximum time allowed for pushing MMS test; otherwise, it will terminate
and register as a failure.
9. Send Timeout: The maximum time allowed for each MMS send test; otherwise, it will
terminate and register as a failure.
10. Receive Timeout: The maximum time allowed for each MMS receive test; otherwise, it will
terminate and register as a failure.
Figure 64 Configure test task (MMS)
6.2.16 Video Play
Configure the test task for Video Play based on the following parameter descriptions:
1. Repeat: Set the total loop count for the Video Play test.
2. Video Type: Select a video type (options: You Tube, YouKu)
3. Video quality: Select a video quality. The Video Quality depends on the settings of Video
Type.
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YouTube: 1080p, 720p, 480p, 360p, 240p
Youku: Super Definition, High Definition, Standard Definition
4. URL: Set the URL of the video file.
5. Play Mode: Select By Time or By File as required.
6. Play Time By: Select a video play type either by Duration or Percentage.
Play Duration(s): When Duration is selected for Play Time By, the video play will be
terminated if the actual play time exceeds this user-defined play time.
Play Percentage (%): When Percentage is selected for Play Time By, then the video play
will be terminated when the actual play percentage exceeds this user-defined value.
7. Max Buffer Counts: The maximum buffer times allowed for one video play.
8. Buffer Time By: Select a buffer time mode either by Duration or Percentage.
Max Buffer Duration(s): The maximum time allowed for a buffering when Duration is
selected for Buffer Time By.
Buffer Percentage (%): Set the percentage of the video to be buffered when Percentage is
selected for Buffer Time By.
9. Save Video: Set whether to save the video when the video is played.
10. Buffer Total Time(s): Set the total buffer time for video play
11. Buffer Play Threshold(s): Set the buffer play threshold for video play
12. Interval(s): the interval between successive Video Play tests
13. No Data (s): If no data traffic is generated during this specified time, the test will be
terminated and will proceed to the next test.
14. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
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Figure 65 Configuring test task (Video Play-By Time)
Figure 66 Configuring test task (Video Play-By File)
6.2.17 Speed Test
Configure the test task for Speed Test based on the following parameter descriptions:
1. Repeat: Set the total loop count for the Speedtest.
2. Sever URL: Tap the input box to enter the window for the URL settings, select a country and
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region to automatically set the corresponding server URL
3. Interval(s): The interval between two successive Speed Tests.
4. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Figure 67 Configuring test task (Speed Test)
6.2.18 Face Book
Configure the test task for Facebook based on the following parameter descriptions:
1. Repeat: Set the total loop count for the Facebook test.
2. User Name: Username used to log in to Facebook.
3. Password: Password used to log in to Facebook.
4. Blog/Comment: Set whether to enable the Blog or Comment test.
5. Upload File: Set whether to enable the Upload File test.
6. File Type: Upload picture or video files to conduct the Upload file test. Options: Picture, or
Video.
7. Upload Timeout(s): The maximum duration for uploading the file. If the actual upload
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duration meets the pre-defined timeout but data packets have not finished transmitting, then
the case will be tagged as an upload timeout event.
8. Blog Send Timeout(s): The maximum blog sending duration. Once the actual Blog Send
duration meets the pre-defined timeout, it will be tagged as Blog Send Timeout.
9. Blog Receive Timeout(s): The maximum duration for receiving a blog. Once the actual Blog
Receive duration meets the pre-defined timeout, it will be tagged as Blog Receive Timeout.
10. Interval(s): The interval between two successive Facebook tests.
11. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Figure 68 Configuring test task (Face Book)
6.2.19 Traceroute
Configure the test task for Traceroute based on the following parameter descriptions:
1. Repeat: Set the total loop count for the Traceroute test.
2. Host: Enter the IP address for the Trace Route test or domain name.
3. IP Packet Size (byte): Set the packet size for the Traceroute test. The default size is 64 Bytes.
4. Hop timeout(s): Set the timeout in which the packet may reside in each hop before travel to
the next hop.
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5. Hop Interval (ms): The interval in which the packet travels between each hope.
6. Hop Probe Num: Set the maximum packets allowed per hop.
7. Interval(s): Set the time interval between the two Traceroute sessions.
8. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Figure 69 Configuring test task (Traceroute)
6.2.20 Multi FTP
Configure the test task for Multi FTP based on the following parameter descriptions:
Multi FTP includes the Multi FTP upload and Multi FTP download tests, which indicate upload or
download by selecting multiple FTP servers simultaneously.
1. Repeat: Set the total loop count for the Multi FTP Upload/Download test.
2. FTP Server: Tap it to select and edit multiple FTP servers (at least two FTP servers)
a. Server Name: The name of the specified server.
b. IP: The IP address of the server.
c. Port: The port number of the server.
d. Username: Username to log in to the server.
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e. Password: Password to log in to the server.
f. Remote Directory: Enter a directory on the server. Users may leave it blank.
g. Anonymous: Set whether to access FTP server in the anonymous mode.
h. Mode: FTP server connection mode.
Passive: passive connection
Port: active connection
3. Upload/Download Duration: The maximum duration allowed for the upload/download
duration.
4. Interval(s): The interval between two successive Multi FTP Upload/Download sessions.
5. No Data (s): The period during which no data traffic is received. Once there is no traffic
within this user-defined period, the upload/download test will be terminated and proceed to
the next test.
6. Wait Times: Once the first packet is received, the software will wait for a period of time (Wait
Time) before calculating the time.
7. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
Figure 70 Configuring test task (Multi FTP Upload)
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Figure 71 Configuring test task (Multi FTP Download)
6.2.21 PBM
Dingli's PBM (Pulse-Sampling Bandwidth Measurement) solution is used to send packet data
pulses with minimum network resource utilization. Frequent but short duration pulses are sent in
order to ensure only minimum network resources are used, so tests can be done continuously
without impacting network performance.
Tap the right arrow on the PBM bar. The figure below shows the settings window:
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Figure 72 PBM test settings
1. Repeat: Set the total loop count for the PBM test.
2. Duration(s): The duration of the PBM test.
3. Server IP: The IP address of the server used for the PBM test.
4. Server Port: The port number of the server used for the PBM test.
5. No Data Timeout(s): If no data is sent after this specified time, the test will be terminated and
proceed to the next test.
6. Interval(s): The time interval between the two successive PBM tests.
7. UL Sample Ratio: The uplink sample ratio of the PBM test (the size of data packets in one
pulse = available bandwidth x UL Sample Ratio; recommended value: 8%).
8. DL Sample Ratio: The downlink sample ratio of the PBM test. (the size of data packets in
one pulse = available bandwidth x DL Sample Ratio; recommended value: 6%).
9. PPP Mode:
Each Repeat Completed: The PPP dial will be disconnected when each loop is
completed.
Single Task Completed: The PPP dial will be disconnected when the each session is
completed.
Never: The PPP dial will NOT be disconnected.
6.2.22 PPP Mode Description
PPP Mode includes Each Repeat Completed, Single Task Completed, and Never. Here take FTP
Upload test as example to describe the meaning of each mode.
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a. Each Repeat Completed: The dial connection disconnects when each loop of FTP
Upload is completed.
b. Single Task Completed: The dial connection disconnects when each session is completed
(for example, if users set the Repeat of FTP upload to 5, the dial connection will be
disconnected after 5 repeats of FTP upload test).
c. Never: The dial connection will never be disconnected during the test.
No matter what mode users select, the dial connection will be disconnected after the whole FTP
Upload test is completed.
6.3 Importing Project
Tap Open Project, and then select the project to be imported in the window that appears.
Figure 73 Importing Project
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6.4 Starting a Test
1. Tap to deliver tasks to the mobile phones, and tap to start a test.
Figure 74 Starting a test
2. In the Test Start dialog box, select a test mode (Outdoor or Indoor).
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Figure 75 Selecting a test mode
Outdoor/Indoor: indicates the test mode.
Address: Set the location where the test is conducted. For example, Guangzhou. This location
will be tagged in the final .rcu file name.
Engineer: Set the name of the tester, which will be tagged in the final .rcu file name.
External Loop: Set outer loop counts.
TCP/IP: Enable TCP/IP sniffer. The information will be saved in the .pcap format.
File Name: The data files generated by each test will be placed in the same directory which
name is specified here.
GPS: Enable this function, and then the GPS receiver will begin positioning once the test
starts.
Sync all the devices: Disable this function to synchronize only the devices in a group; Enable
this function to synchronize all the devices between different groups.
6.4.1 Outdoor Test
6.4.1.1 Map Management
1. Before the drive test, tap My Device > General Settings (the last icon on left bar) > Basic
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Settings, and select Apple Online Map or Offline Map as required.
Figure 76 Selecting offline/Online Map
2. To use the online map, a SIM card should be inserted into the base of Pilot Walktour Pack
case.
3. On the iPad, choose General Settings > Map to enable location services.
4. Select Outdoor for Test Mode, and tap OK to start testing.
5. In the Map window, click Open Map to show map information and GPS track routes.
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Figure 77 GPS Track
Buttons in the Map Window:
1. Open Map: tap it to open the map
2. Close Map: tap it to close the map
3. Station: tap it to conduct operations related to cell sites.
Load Station: to import cell sites that are placed on the iPad; the imported cell sites will
be displayed on the map.
Clear Station: to clear all cell sites that have been imported to the map.
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Figure 78 Cell sites related operation
4. KML Sources: tap it to load the pre-defined test routes that is placed on the iPad
5. Legend: tap it to view and modify the currently displayed network parameters, display color,
and thresholds
6. Search: tap it to view the current base stations or search base stations based on key words
6.4.1.2 Base Station Management
1. Users need to import base station databases (in .txt format) to the
/var/mobile/Documents/projectRoot/map/station path on the iPad in advance.
2. In the Online and Offline map modes, users may tap Station on the map window (see Figure
77) to import one or more base station databases. For the same network technology, users can
import only one base station database.
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Figure 79 Import base station databases
3. Cell line linking can be displayed on the iPad in real time. The cells linked by thick line
represents the cells in Active Set, and the cells linked by thin line represents the cells in
Monitor Set.
4. Tap a cell icon, and information related to the cell is displayed, including the base station
name, longitude and latitude, cell ID, scrambling code, frequency, and tilt.
5. Tap Clear Station to delete a base station database.
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Figure 80 Base station interface
6.4.2 Indoor Test
6.4.2.1 Adding Buildings, Floors and Maps
1. Tap a group, tap Map Manage, and then tap Add to add buildings, floors, and maps.
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Figure 81 Add a building
2. Enter the building name and then tap Add.
Figure 82 Enter a building name
3. Select a building, and then tap Add to add a floor.
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Figure 83 Add a floor
4. Enter the floor name and then tap Add.
Figure 84 Enter a floor name
Tap a floor, and then tap Add to add map information. Users may tap the added map to load it to
the Map window.
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Figure 85 Add map information
The added indoor map is saved in the following path on the iPad:
/var/mobile/Documents/projectRoot/map/indoor/Building/Floor
In the path, Building and Floor indicate the building and floor specified before.
6.4.2.2 Setting a Test Task
Start test, select Indoor, set Address, Engineer, and External Loop, AND enter the Building and
Floor information that has been added. See Figure 86.
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Figure 86 Setting a test task
6.4.2.3 Pinpoint on Map
After the building, floor, and map are added, users can start to pinpoint on the map.
Tap Mark and then move your finger onto the map. Points are shown in blue.
Figure 87 Pin points on Map
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Buttons in the Indoor Map Window:
Map Manage: select or modify the added building, or add more buildings
Import Map: show one or several building maps. Users may import one map, or change
the current one to a new map.
Clear Map: clear the map
Mark: tap this button to highlight it, and then users may pin point (blue round dots) on the
map
Pre Mark: tap this button to highlight it, and then users may create a pre-pin point (pink
round dots) on the map. The purpose is to create a reference route before the actual
pinpoint for a test to start.
Pre Confirm: confirm the pre pinned points, which will turn from pink to blue
Undo Mark: cancel the last pinpoint. The canceled pinpoints cannot be restored. Users
may tap it repeatedly to cancel multiple pinpoints.
Clear All: clear all points. The canceled pinpoints cannot be restored.
Legend: view or modify the currently displayed network parameters, parameter display
color and threshold.
6.4.2.4 Importing Indoor Map
In order to import an indoor map into the iPad album, do as follows:
1. Connect the iPad to a PC via a USB cable.
2. Open iTunes on the PC.
3. In the left pane of iTunes, select the iPad.
4. In iTunes, tap Photos.
5. Select Sync Photos from….
6. Select the folder where maps are located.
7. Tap Apply in the right bottom corner.
Once synchronization is completed, map files are available in the iPad album.
6.5 Viewing Information
6.5.1 Viewing Event
Tap Group0, tap the event information button on the right bar, and then users may view the
event details of Group 0.
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Figure 88 Viewing event information
6.5.2 Viewing Messages
Tap the View Message button to view detailed Layer 3 message information.
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Figure 89 Viewing message information
6.5.3 Viewing Parameters
Tap the button to view the parameters of the GSM, WCDMA, and LTE network
technologies.
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Figure 90 Viewing parameter information (GSM)
Description of GSM parameters:
Parameter Description
MCC/MNC Mobile Country Code/Mobile Network Code
LAC Local Area Code
Cell ID Cell identity
BCCH Broadcast Control Channel
BSIC Base Station Identity Code
BCCH Level Broadcast Control Channel Level
TxPower Mobile phone transmit power
TA Timing advance
TCH C/I Traffic channel carrier to interference
RLT Radio link timeout
V-Codec Voice codec
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TS Time slot
RxQual-Full Received signal quality assessed over all frames
RxLevFull Received signal level based on all frame
BCCH C/I Broadcast Control Channel carrier to interference
RxQual-Sub Received signal quality assessed over a subset of frames
RxLevSub Received signal level based on mandatory frames
DTX Discrete transmission
State State
Figure 91 Viewing parameter information (WCDMA)
Description of WCDMA parameters:
Parameter Description
MCC/MNC Mobile Country Code/Mobile Network Code
LAC Local Area Code
UL/DL UARFCN Dominant frequency point of main serving cell
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RNC ID/cell ID Cell identification
Sir Signal to interference ratio
Max PSC Maximum Ec/Io scrambling code
Max EcIo Maximum Ec/Io in finger
Max RSCP Maximum received signal code power
RxPower Mobile phone received power
Total EcIo Composite value of Ec/Io locked to finger
Total RSCP Composite value of RSCP
TxPower Mobile phone transmit power
BLER Block error ratio
RRC State RRC connection state
Cell Name Cell name
Figure 92 Viewing parameter information (LTE)
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Description of LET parameters:
Parameter Description
MCC/MNC Mobile Country Code/Mobile Network Code
TM Transfer mode
UL/DL Freq Uplink/downlink frequency
UL/DL BandWidth Uplink/downlink bandwidth
Work Mode Duplex mode
Band Frequency band
EARFEN Channel number
PCI Physical cell identity
RSRP(dBm) Reference Signal Received Power
RSSI(dB) Carrier received signal strength indicator
RSRQ(dB) Reference signal reception quality
SINR(dB) Signal to interference noise ratio
CRS SINR(dB) Cell reference signal to interference noise ratio
TAC Tracking area identification
ECI(eNodeB ID+Sector ID) E-UTRAN Cell Global Identity
Network State Network state
EMM State EMM Main state
EMM Substate EMMSub state
6.5.4 Adding Labels
During tests, users may tap to add labels to the test process as required.
Users may select a group and view the added labels at the event window.
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Figure 93 Add labels
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6.5.5 Freezing the Information Screen
Users may freeze the real-time test information screen as required. During screen freeze, there is
no real time update on the event and message information (but the information is still collected in
the background), thereby allowing users to check the current event and message history. The real-
time event and message information can be updated again after unfreeze.
Figure 94 Freeze screen
6.5.6 Searching Events
After freezing the information screen, users may tap to search events based on keywords,
and tap to view relevant events.
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Figure 95 Search events
6.6 Project Configuration
Tap to activate Project Configuration, which includes three options: General Settings,
Display Settings, and Filter Settings.
Figure 96 Project Configuration
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6.6.1 General Settings
Tap General Settings to expand the options list and set basic information as required. See the
figure below:
Figure 97 General Settings
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1. Offline Map: Before outdoor tests, users may tap this to load offline maps that are placed on
the iPad to the Map window.
2. Apple Online Map: Before outdoor tests, users may tap this to load Google online maps to the
Map window.
3. Indoor Map: Before indoor tests, users may tap this to load indoor maps to the Map window.
4. Baidu Online Map: Before outdoor tests, users may tap this to load Baidu online maps to the
Map window.
5. Auto Centering: Enable this function to automatically center the current test route on the Map
window during outdoor tests.
6. Parameter Info: Enable this function to display relevant network parameters on the map
window.
7. GPS Size: Set the size of GPS-based sampling points.
8. Cell Line: Enable this function to display the cell line linking between the current sampling
point and its serving cell.
6.6.2 Display Settings
Display Settings is used to configure the map window. Users may define the network, parameters
to display, thresholds and color, and cell line linking type.
Figure 98 Display Settings
Project Management
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6.6.3 Filter Settings
Users may tap Filter Settings to set LTE Frame Data Acquisition and Sampling Rate.
Figure 99 Filter settings
1. LTE Frame Data Acquisition: sets whether to capture LTE frame.
2. Sampling Rate: sets sampling rate for each network parameter. The software will collect
parameter value based on the specified sampling rate.
6.6.4 Changing Background
Tap the icon to change the interface background layout.
Project Management
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Figure 100 Changing Background
File Management
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7 File Management
7.1 Viewing Data Files
Tap the icon of RCU to enter the File Management window. From the left bar, select DT or
CQT to view corresponding data files. Users may tap Refresh to update the data list after each
test.
Figure 101 File Management
7.2 Sorting Data Files
Users may tap Sort to sort data files by time, either from latest to earliest or from earliest to latest,
and then tap Confirm.
File Management
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Figure 102 Sorting data files
7.3 Filtering Data Files
Users may tap Filter and filter log files By Status or By Time.
1. By Status: to filter data files by Uploaded or Not uploaded
Uploaded: indicates that the data file has been uploaded to the server.
Not uploaded: indicates that the data file has not been uploaded to the server.
2. By Time: to filter data files by Today or This week
Today: indicates the data files of the current day.
This week: indicates the data files of the current week.
Users need tap Confirm after selecting a filtering condition.
File Management
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Figure 103 Filter data files
7.4 Deleting Data Files
Users may tap Delete on the right pane, select the terminal (handset or iPad) where the data files
to be deleted are placed. Select data files to be deleted and then tap the Delete button in red at the
upper right corner to delete them.
File Management
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Figure 104 Delete data files
7.5 Uploading Data Files from Handsets to iPad
Users may select the data files, and tap Sync to upload the data files to the iPad.
Figure 105 Uploading data files from UE to the iPad
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7.6 Uploading Data Files
7.6.1 Configuration
1. Tap Settings > REMOTE SERVER SETTINGS, and tap Remote Server Ding Li.
Figure 106 Remote Server Settings
2. Select Fleet or FTP as the server type, and then enter the corresponding server IP and port.
Figure 107 Selecting a server type (Fleet)
File Management
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Users need to add the device on Pilot Fleet Unify.
a. Log into Pilot Fleet Unify and choose Device Management > Add Device > Walktour
Pack.
b. Set basic information (such as Group, Subgroup, Device ID, Device Name, IMEI,) as
required.
c. Select a device model, and then click Save.
Figure 108 Adding Pilot Walktour Pack on Fleet Unify
Group: the group that the device belongs to
SubGroup: the subgroup that the device belongs to
Device ID: the ID of the device, which must be unique
Users may choose Settings > General > About to check the IMEI on the phone. The first 14
number of the device ID is the IMEI/MEID number of the phone, and the last 18 number of the
device ID is 0, using "{}" to mark the beginning and end of the ID. For example, if the IMEI is 01
302700 278332 0, then the device ID is {01302700 2783 3200 0000 000000000000}
Phone Model: the model of the phone, e.g. iPhone5s
Device Name: the name of the device, which must be unique
IMEI: tap Settings > General > About to view the IMEI number on the phone and enter it here
Device Type: select a device model based on the model of the phone, for example, select iPhone6
from the dropdown list for an iPhone6 handset
If FTP is selected for the server type, tap Settings > FTP Server List to add FTP server
information.
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Figure 109 Adding FTP server information
7.6.2 Uploading Data Files
Select data files to be uploaded on the iPad, tap Upload on the right pane, and then tap OK to
upload the data files to Pilot Fleet Unify or the FTP server. Users may click Cancel to stop
uploading.
Figure 110 Uploading data files
File Management
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7.7 Viewing Storage State
Users may tap State on the right pane to view the storage state and upload state of the data files.
Figure 111 View storage state
Figure 112 Upload state
File Management
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1. File storage state: The data file storage state is displayed to the right of the data file. The
icon in green indicates that the data file is placed on the device while the icon in grey
indicates that the data file is not in the device. For example, if the icon under UE is green and
that under iPad is grey, it means the data file is currently placed in the UE, not on the iPad.
2. Upload state: The upload state is displayed to the right of the data file. Uploaded indicates
that the data file has been uploaded to the server. Not uploaded indicates that the data file has
not been uploaded to the server.
Note: Users may tap Sate to switch between the file storage state and upload state.
7.8 Settings
Users may tap Settings at the File Management window to conduct settings for data
management.
Figure 113 Data management settings
Synchronize data files in real time: enable this function to upload data files generated
on the phone to the iPad in real time
Synchronized data file type: select a type for the data files to be
synchronized: .rcu, .dtlog, .pcap, and .dcf.
Display file type in the first row by default: customize a data file type displayed in the
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first row at the File Management window
Automatically upload data files: enable this function to automatically upload data files
to specified server or Pilot Fleet Unify server
7.9 Exporting Data Files
Users may use the synchronization tool to connect the iPad to a PC, and export .rcu data files.
The data files storage path on the iPad is:
Outdoor data files: /var/mobile/Documents/RcuData
Indoor data files: /var/mobile/Documents/RcuData/CQ
Statistics
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8 Statistics
8.1 Real-Time Statistics
Tap the icon on the left navigation pane to enter the Real-time Statistics window, which
displays real time information about the test. See Figure 114.
Figure 114 Real-time statistics information
8.2 Data Statistics
After .rcu log files have been uploaded from handsets to the iPad, users may tap the icon on
the left navigation pane to enter the data statistics window.
1. Tap Statistics By File to enter the Statistics window, tap Statistics on the upper right
corner, and select log files to perform statistics as required. Users may tap Filter to filter
log files that are uploaded handsets to iPad.
2. After selecting log files, click By Terminal to perform statistics based on terminal types.
Users may check the statistics results by shifting MSE1 and MSE2.
3. Users may check various information, such as parameter information, voice information,
Statistics
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log files information, and event information.
Figure 115 Data Statistics
Alarm and Operation Log Information
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9 Alarm and Operation Log Information
Tap the icon on the left navigation pane to view Alarm Info and System Log information.
Figure 116 Alarm Info
Figure 117 System Log
Upgrading Pilot Walktour Pack Case
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10 Upgrading Pilot Walktour Pack Case A control module is integrated into the Pilot Walktour Pack case. All interaction between test
handsets and Pilot Walktour Pack on the iPad are based on the module. Pilot Walktour Pack
delivers test tasks to the test handsets and measurement information is uploaded to the iPad
through the control module. If the module firmware version is not upgraded to the latest version, it
may cause problems.
10.1 Upgrading Procedure
To upgrade the module firmware version, follow the instructions below:
1. Start the Pilot Walktour Pack case.
2. Connect a PC to the WiFi hotspot of Pilot Walktour Pack case. The password is
wifi@phonebox.
3. Start RcuClient_v1.0.0.17.exe, and then do as follows:
a. Click the Upgrade tab page.
b. Select a firmware package on the PC (.gz format).
c. Enter correct IP address: 192.168.2.254, click Connect, and make sure that the status
displayed at the lower left corner is "Connecting device succeeded".
d. Click Upgrade.
Upgrading Pilot Walktour Pack Case
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4. After successful upgrade, the message shown as in the figure below is displayed:
Figure 118 Success message
5. Click OK to complete the upgrade.
10.2 Remote Control of Pilot Walktour Pack Case
Users may reboot or shut down Pilot Walktour Pack case through Pilot Walktour Pack on the iPad.
Follow the instructions below:
1. Start the Pilot Walktour Pack case.
2. Connect a PC to the WiFi hotspot of Pilot Walktour Pack case. The password is
wifi@phonebox.
3. Tap New Project on the iPad, tap Device Configuration, and then tap More at the upper
right corner to select Reboot or Shutdown to reboot or shutdown Pilot Walktour Pack Case.
UE Synchronization
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11 UE Synchronization The following are the download sources of xSync software for iOS and Android. Please follow the
instructions according to mobile phone’s operating system:
iOS Synchronization: Search itools on the search engine and then download
ithttp://www.tongbu.com/
Android Synchronization: Users do not need any synchronization software as the phones
can be connected to a PC through a USB cable for direct data copy.
Product Disclaimer
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12 Product Disclaimer DISCLAIMER:
Other than the terms and conditions defined within "DingLi Software License Agreement"
document for hardware and software acquired from DingLi Communications (H.K.) Company
Limited, customer agrees the related software or/and hardware (hereafter called "product") thereof
is only to be used within its intended scope which includes voice and data service testing, wireless
network measurement verification, data collection and storage, measurement data replay and
presentation.
Other usage of the product in conjunction with any third party software application, hardware
or/and settings (not officially approved) beyond aforementioned scope is not recommended as it
may impact the product's performance and accuracy of data. DingLi Communications (H.K.)
Company Limited shall not be liable on the outcome of the product's performance and accuracy of
data if it is discovered not being used as intended. Such instances may also void the product's
warranty if found breaching the "DingLi Software License Agreement".
The unauthorized usage of Pilot Walktour iOS includes but not limited to:
1. Upgrade of OS is not permitted under any circumstances.
2. Operation (such as Jailbreak and Rooting) not according to the instructions provided by
DingLi on the device is not permitted under any circumstances.
3. Software upgrade to a version that is not specified by DingLi is not permitted under any
circumstances.
4. Any operation not in accordance with DingLi's product documentation may produce
abnormal test data.
5. Installation of any third-party applications on the device is not permitted as it could change
the internal settings of the device or it could affect performance of the device.
6. Any unauthorized modification to hardware, software, or related patch components is not
permitted.
7. Any combined use of software and hardware not specified by DingLi is not permitted.
8. The preferable language is English. We will not be responsible for any issues caused by
language difference.
All content of this manual is subject to copyright and may not be reproduced in any form. For
further information, please contact [email protected].
DINGLI CORP., LTD
Address: No.8, 5th Technology Road, Gangwan Avenue, Zhuhai, P.R. China 519085
Tel: 0756-3626100 Fax: 0756-3391900