iot workshop in macao

Introduction

Internet of Things

© 2015 Cisco and/or its affiliates. All rights reserved. Presentation_ID Cisco Public

39% of the world population is connected

13B connected things

80%

Technology powers

of business processes

5000

More data in one year than in previous

Internet of Everything

© 2015 Cisco and/or its affiliates. All rights reserved. Presentation_ID Cisco Public 7

Source: http://www.slideshare.net/Cisco/enabling-the-internet-of-everything-ciscos-iot-architecture

http://www.slideshare.net/Cisco/enabling-the-internet-of-everything-ciscos-iot-architecture


7.2 6.8 7.6 World Population

Adoption rate of digital infrastructure:

5X faster than electricity and telephony

50 Billion “Smart Objects”

50

2010 2015 2020

0

40

30

20

10 Billi

ons

of D

evic

es

25

12.5

Inflection point

Timeline

IoT Is Here Now – and Growing!




Cisco Internet of Things Portfolio

36

Oil and Gas Energy-Utility Transportation Mining Manufacturing City SP/M2M Defense

Management

IoT Security

Application Enablement [Fog Computing/IOx]

Connected Factory x Connected Train x City Safety and Security x Energy Distribution Automation x Connected Well

IE 2000 IE 3000 CGS2000

Industrial Switching

IP67 IE 4000

IE 5000

Industrial Routing

CGR 2000

ASR 903

Industrial Wireless

Field AP - 1552

Industrial AP (Rockwell) Field AP - IW 3700 802.11ac

Positive Train Control

Field Network

CGR 1000

819H

809H

IR910

IR 509

829H

Embedded Networks

5900 ESR, ESS 2020 Switches

5921 ESR Software Router

Connected Safety & Security

Video Surveillance Manager and IP Cameras

Physical Access Manager

Digital Media

DMM Digital Media Manager

Digital Media Processors





IoE Solutions

Manufacturing

Transportation

Energy and Minerals

Public Sector

B2C

Industries Verticals

Connected Factory

Connected Transportation

Connected Utilities

Connected Mining

Connected City

Connected Public Safety

Connected SP /M2M

Connected Oil and Gas

Connected Retail

Connected Health

Connected Factory Energy Mgmt.

Connected Roadways

Connected Pipelines

Connected Mobile Workforce

Asset Visibility and Monitoring

SCC Infrastructure Management (City Wi-Fi, Parking, Lighting, Location, Traffic, Safety and Security)

Connected Schools

Remote Tower Management

Store-in-a-box

Virtual Patient Observation

Connected Factory Wireless

Connected Trains

Connected Refinery

Connected AMI

Connected Predictive Maintenance

Connected Border

CMX digital Experience

Patient Wayfinding

Connected Factory Security

Connected Stations

Secure Ops

Connected Substation Automation

Connected Mine Remote Operations

Connected Law Enforcement

Fleet/Asset Management

Remote Expert/ Mobile Advisor

Patient Media Experience

Workspaces (Smart Spaces and REGS)

Secure Ops

Connected Factory Automation

Connected Trackside

Connected Oilfield

Connected Distribution Automation

Connected Defense

Digital Media Store Experience

Cisco Health Presence

Connected Sports and Entertainment Connected Stadium

Connected Stadium Wi-Fi StadiumVision StadiumVision Mobile

Solutions and Use Cases

Sol

utio

n S

KU

s (IV

SG

) Io

E

Sal

es, B

T E

cosy

stem

pa

rtner

s C

CS

S

ervi

ces

(AS

,TS

)

GTM

FSI Omni-channel Customer Interaction

Pervasive Employee Collaboration

In-branch customer experience Energy Management


IoT Workshop at Macao Polytechnic Institute

What is Internet of Things (IoT)?• Industrial Internet

http://www.iiconsortium.org/• Watson Internet of Things

http://www.ibm.com/internet-of-things/• Target Open House

http://openhouse.target.com/

http://www.iiconsortium.org/

http://www.ibm.com/internet-of-things/

http://openhouse.target.com/

主流 Mainstream

｢辺境｣ Periphery

Hands-on

Getting Started with ESP8266


Setting up Your ESP8266 Board1. Solder headers to your board2. Turn on the power slide switch3. Connect a USB (A to Micro B) cable

Source: https://learn.sparkfun.com/tutorials/esp8266-thing-development-board-hookup-guide/hardware-overview


Setting up an Environment for ESP8266 #11. Install Arduino 1.6.8 from the Arduino website.2. Start Arduino and open Preferences window (File > Preferences on

Windows, Arduino > Preferences... on Mac OS X).3. Enter http://arduino.esp8266.com/stable/package_esp8266com_index.json

into Additional Board Manager URLs field.4. Hit OK. Then navigate to the Board Manager by going to Tools > Boards >

Boards Manager. Look for esp8266. Click on that entry, then select Install.5. With the Board addon installed, all that’s left to do is select “SparkFun

ESP8266 Thing Dev” from the Tools > Boards menu.6. Then select your serial port number under the Tools > Port menu.


Setting up an Environment for ESP8266 #21. Navigate File > Examples > ESP8266 (as a part of Examples from Custom

Libraries) > Blink2. Hit the button on your Arduino IDE to start uploading3. If you see the onboard LED is blinking, that means you finished setting up

successfully


Setting up an Environment for ESP8266 #31. Navigate to Library Manager by going Sketch > Include Library > Manage

Libraries...2. Look for PubSubClient and install3. Look for ArduinoJson and install4. Grab examples from the Dropbox folder and copy to your Arduino folder5. Open a Serial Monitor by going Tools > Serial Monitor6. Change the baud rate from 9600 bps (default) to 115200 bps


How Different from Arduino Uno?• A Wi-Fi (802.11 b/g/n) wireless modem is integrated• The processor is faster and has much memory space• 3.3V, instead of 5V• Limited number of pins• Some pins (i.e. D0) are used for special functions• The on-board LED is connected to D5, instead of D13• Only one analog input (i.e. A0) and range is 0 - 1V, instead of 0 - 5V

GND GNDVin Vin5 D5 LED0 D0 Used in

reset

4 D413 D13 MOSI12 D12 MISO16 D16 XPDADC A0 10-bit 1V15 D15

GNDGND3V33.3V2D2SDA14D14SCL/SCLK

RSTResetTXD7TXRXD8RX5VV_USBNCNot Connected

GNDGND

ESP8266 Thing Dev Board (WRL-13711)Arduino add-on available80MHz

MicroB USB3.7-6V

Power connector Pow

er switch

u. antenna connectorNot Connected

To use swap the solder jumper

PCB Antenna

Power (ESP8266 Thing)Vin: 3.7V-6VVUSB: 5VVCC:3.3V @500mAMax 12mA per I/O pin

Typical Power (ESP8266 module)Transmit 135-215mAReceive 60-62mAStandby 0.9mADeep sleep 10uA

LEDsPower: RedUser (pin 5): BlueRX: YellowTX: Green

Wi-Fi802.11 b/g/nWi-Fi Direct (P2P) soft AP

GPIO0On bootup will run program if high and bootloader if lowTied to DTR to run bootloader when reset

Jumpers on backPWR-LED - cut to disconnect power LEDSLEEP-EN - Connect RST to XPD to enable sleep (disables programming)

Name

Power

GND

Control

Arduino

ADC

Serial

Misc

_


IFTTT Primer1. Point your web browser to https://ifttt.com/ and create an account2. Install an application for your smart phone (if available)3. Create a recipe to get familiar with IFTTT terms (e.g. recipes, channels,

triggers, actions and so on)


Available Triggers for the Instagram Channel• Any new photo/video by you• New photo/video by you with specific hashtag• New photo by you in area• You like a photo/video• New photo/video by specific user• New photo by anyone in area• New photo/video by anyone with specific hashtag


Example of ESP8266 as a Trigger Device1. Point your web browser to https://ifttt.com/maker to connect the Maker

channel to your account2. Copy your key and paste it to your notebook3. Create a recipe; choose the Maker channel for the trigger and choose

something (e.g. IF Notifications) for the action4. Connect a button and a resistor to the D4 pin of your board5. Open IFTTT_Trigger6. Navigate to a tab named 'config.h' and replace the SSID, password and key

with your's7. Upload the example to the board, hit the button and see what happens


Example of ESP8266 as an Action Device1. Point your web browser to https://beebotte.com/ and create an account2. Create a Channel (e.g. ifttt) and a Resource (e.g. action)3. Copy the Channel Token and paste it to your notebook4. Create a recipe; choose something (e.g. Instagram) as the trigger and

choose the Maker channel for the action URL: https://api.beebotte.com/v1/data/write/ifttt/action?token=**********

5. Open IFTTT_Action_Beebotte6. Navigate to a tab named 'config.h' and replace the SSID, password and key7. Upload the example to the board8. Provoke the trigger and see what happens


Let’s Try!1. Create an example to fire a trigger when your indoor brightness changes

(e.g. from bright to dark); How might we convert the voltage range from 0 - 3.3V to 0 - 1V, to fit the range of the analog input pin of your board?

2. Write a code to move a servo motor when something happened (e.g. a person posted a Tweet); How might we connect a servo motor to your board and control it?


Resources• ESP8266 Thing Development Board Hookup Guide

https://learn.sparkfun.com/tutorials/esp8266-thing-development-board-hookup-guide

• Exampleshttps://github.com/kotobuki/esp8266_examples

• MQTT (MQ Telemetry Transport)http://mqtt.org/

• Arduino Client for MQTThttp://pubsubclient.knolleary.net/


Related Toolkits• Blynk

http://www.blynk.cc/• Node-RED

http://nodered.org/

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