onsite programupinlbs.tamucc.edu/home/docs/onsite_program.pdf · indoor uav slam zeng q., wang y.,...

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Ubiquitous Positioning Indoor Navigation and Location-Based Service ONSITE PROGRAM November 20-21, 2014 Corpus Christi, Texas, USA "Sparkling city by the sea" Organizers Prof. Ruizhi Chen Texas A&M University Corpus Christi [email protected] General Chair Technical Chair Prof. Andres Wieser ETH Zurich [email protected] Keynote Speakers Dr. Bryan Klingner "Google-scale Indoor Imagery and Mapping" Dr. Liqiu Meng "From location-based sensing to sense-making LBS" Dr. Mikel Miller "Got GPS? The Navigation Gap" TU Munich Germany USA USA Google Eglin AFB

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Page 1: ONSITE PROGRAMupinlbs.tamucc.edu/home/docs/onsite_program.pdf · Indoor UAV SLAM Zeng Q., Wang Y., Liu J., Chen R. and Deng X. Efficient UWB-Based Positioning Solution With the Wireless

Ubiquitous Positioning Indoor Navigation and Location-Based Service

ONSITE PROGRAMNovember 20-21, 2014

Corpus Christi, Texas, USA

"Sparkling city by the sea"

Organizers

���������������Prof.�Ruizhi�Chen������������Texas�A&M�University�Corpus�Christi

[email protected]

General Chair

Technical Chair

Prof.�Andres�Wieser��ETH�Zurich

[email protected]

Keynote Speakers

Dr. Bryan Klingner"Google-scale Indoor Imagery and Mapping"

Dr. Liqiu Meng"From location-based sensing to sense-making LBS"

Dr. Mikel Miller"Got GPS? The Navigation Gap"

TU Munich Germany

USA

USAGoogle

Eglin AFB

Page 2: ONSITE PROGRAMupinlbs.tamucc.edu/home/docs/onsite_program.pdf · Indoor UAV SLAM Zeng Q., Wang Y., Liu J., Chen R. and Deng X. Efficient UWB-Based Positioning Solution With the Wireless

Venue Floor Plan

THANKS YOU TO OUR EVENT

SUPPORTERS:

VENUE

Conference Area

Page 3: ONSITE PROGRAMupinlbs.tamucc.edu/home/docs/onsite_program.pdf · Indoor UAV SLAM Zeng Q., Wang Y., Liu J., Chen R. and Deng X. Efficient UWB-Based Positioning Solution With the Wireless

9:00-9:40

9:40-10:30

November 20, 2014

Conference Opening Room B

Keynote I Room B

Dr. Flavious KillebrewPresident of Texas A&M University Corpus Christi

Dr. Luis Cifuentes Vice-president of Texas A&M University Corpus Christi

Dr. Lifford McLauchlan Chair, IEEE Corpus Christi Session

Use of Diversity Techniques for Weak GNSS Signal Tracking in Fading EnvironmentsSiddakatte R. K., Broumandan A. and Lachapelle G.

Weak GPS Signal Acquisition Using Antenna DiversityMozaffari M., Broumandan A., O’Keefe K. and Lachapelle G.

Performance Evaluation of Carrier-to-Noise density ratio (C/N0) Estimation Techniques for BeiDou B1 SignalBhuiyan M. Z. H., Söderholm S., Thombre S., Ruotsalainen L., Kirkko-Jaakkola M. and KuusniemiH.

GNSS I Room A

Got GPS? The Navigation GapMiller M.

Infrastructure for Experimentation with RF-based Indoor Localization under Controlled InterferenceLemic F., Büsch J., Chwalisz M., Handziski V. and Wolisz A.

Evaluation of Angle of Arrival Estimation for Localization in Multiple Indoor EnvironmentsWielandt St., Van Nieuwenhuyse A., Nauwelaers B., Goemaere J.-P.and De Strycker L.

Experimental Evaluation of the Spatial Error Distribution of Indoor LocalizationAlgorithmsAdler St., Schmitt S. and Kyas M.

Testing, Evaluation and Performance Prediction Room B

Chair: Dr. R. Chen

Chair: Dr. Y. Chen

Chair: Dr. A. Wieser

11:00-12:15

Chair: Dr. E. Martín-Gorostiza

13:30-15:15

GNSS II Room AChair: Dr. T. Chu

A new Non-Linear Filtering Algorithm for Road-Constrained Vehicle TrackingPeisker A., Morelande M. and Kealy A.

Performance of a MEMS IMU Deeply Coupled with a GNSS Receiver under JammingKirkko-Jaakkola M., Ruotsalainen L., Bhuiyan M. Z. H., Söderholm St., Thombre S. and Kuusniemi H.

Characterization of GNSS Measurement Distortions Due to Antenna Array Processing inthe Presence of Interference SignalsVagle N., Broumandan A., Jafarnia A. and Lachapelle G.

Accelerated Collective Detection Technique for Weak GNSS Signal EnvironmentNarula L., Petovello M. G. and K. P. Singh

Context awareness Room BChair: Dr. A. Mahdy

HMM-based pedestrian location and motion joint estimation toward a Smartphone geo-context computing solutionLiu J., Chen L., Chen Y., Tang J., Hyyppä J., Chen R., Chu T. and Hyyppä H.

Development of a Contextual Thinking Engine in Mobile DevicesChen R., Chu T., Wenchao X., Li X, Liu J., Chen Y., Chen L., Hyyppä J. and Tang J.

Semantic Labeling of Places based on Phone Usage Features using Supervised LearningRivero-Rodriguez A., Leppäkoski H. and Piché R.

Thinking Aloud in Search of Landmark Characteristics in an Indoor EnvironmentViaene P., Vanclooster A., Ooms K. and De Maeyer P.

Page 4: ONSITE PROGRAMupinlbs.tamucc.edu/home/docs/onsite_program.pdf · Indoor UAV SLAM Zeng Q., Wang Y., Liu J., Chen R. and Deng X. Efficient UWB-Based Positioning Solution With the Wireless

15:45-17:30 16:15-17:30

November 20, 2014

Applications Room A

Poster teaser presentation Room B

Evaluation of an Autonomous Navigation and Positioning System for IAEA Safeguards InspectorsFinker D., Cai R., Kocjan J. and Rutkowski J.

Small-scale UAS for Geoinformatics Applications on an Island CampusStarek M. j., Davis T., Prouty D. and Berryhill J.

Human-Subject Tracking and Localization for a Hand Hygiene Monitoring SystemWan Y., Wang N. and Stombaugh T.

Automated Stem Mapping Using SLAM Technology for Plot-Wise Forest InventoryChen Y., Tang J., Hyyppä J., Holopainen M., Liang X., Liu J., Chen L., Hakala T., Litkey P. andHyyppä H.

Ariadne’s Thread: Robust Turn Detection for Path Back-Tracing Using the iPhoneFlores G., Manduchi R. and Zenteno-Jimenez E. D.

Wireless Positioning Approach Based on Stochastic Resonance He D. and Liu P.

Resolving Positions of Coherent Sources using Lineair Antenna Arrays at 2.4 GHzVan Nieuwenhuyse A., Wielandt St., Goemaere J.-P., De Strycker L. and Nauwelaers B.

Efficient WiFi Fingerprint Training Using Semi-supervised LearningYuan Y., Pei L., Xu Ch. Liu Q. and Gu T.

A Context Detection Approach Using GPS Module and Emerging Sensors in Smartphone PlatformXu W., Chen R., Chu T., Kuang L, Yang Y., Li X., Liu J. and Chen Y.

Modeling Acoustic Localization Accuracy for Scalable Energy Consumption in Wireless Sensor SwarmsChakraborty J., Ottoy G., Goemaere J. and De Strycker L.

Integrating Monocular Vision and Laser Point for Indoor UAV SLAM Zeng Q., Wang Y., Liu J., Chen R. and Deng X.

Efficient UWB-Based Positioning Solution With the Wireless SynchronizationKang S., Cho Ch., Youn J., Choi J.

Link Management in Mobile Sensor Networks Mehrubeoglu M., Mclauchlan L. and Durham J.

Poster session Room ARANSAS Chair: Dr. G. Jeffress

Chair: Dr. R. Chen

15:45-16:15

Page 5: ONSITE PROGRAMupinlbs.tamucc.edu/home/docs/onsite_program.pdf · Indoor UAV SLAM Zeng Q., Wang Y., Liu J., Chen R. and Deng X. Efficient UWB-Based Positioning Solution With the Wireless

9:00-10:30

11:00-12:15

November 21, 2014

Keynote II Room B

Algorithms & Method I Room B

From Location-based Sensing to Sense-making LBSMeng L.

Google-scale Indoor Imagery and Mapping Klingner B.

Object Level Mapping of an Indoor Environment using RFIDMalla H., Purushothaman P., Rajan Sh. V. and Balasubramanian V.

Real-Time Indoor Mapping by Fusion of Structured Light Sensors Kusari A., Pan Z. and Glennie C.

Gyroscope Assisted Scalable Visual Simultaneous Localization and Mapping Babu B. W., Cyganski D. and Duckworth J.

Comparison of Multiple Fault Detection Methods for Monocular Visual Navigation With 3D Maps Li Z. and Wang J.

Mapping/SLAM Room B

Non-Line-of-Sight Mobile Station Positioning Algorithm Using TOA, AOA, and Doppler-ShiftRamlall R., Chen J. and A. Lee Swindlehurst

Entropy-based Non-line of Sight Identification for Wireless Positioning SystemsAlsindi N., Chaloupka Z. and Aweya J.

Evolutionary Optimization of Sensor Deployment for an Indoor Positioning System With Unknown Number of AnchorsDomingo-Perez F., Lázaro Galilea J. L., Wieser A., Martín-Gorostiza E. and Salido-Monzú D.

Chair: Dr. R. Chen

Chair: Dr. M. Starek

Chair: Dr. L. Pei

13:30-15:15

15:45-17:00

Algorithms & Method II Room AChair: Dr. A. Wieser

Infrared Local Positioning System Using Phase DifferencesMartín-Gorostiza E., Meca Meca F. J., Lázaro-Galilea J. L., Salido-Monzú D., Martos Naya E. and Wieser A.

To Wireless Fidelity and Beyond – CAPTURE, Extending Indoor Positioning Systems Cullen G., Curran K.,Santos J. and Maguire G. and Bourne D.

Indoor Localisation for wheeled Platforms Based on IMU and Artificially Generated Magnetic Field Hellmers H., Norrdine A., Blankenbach J. and Eichhorn A.

Wireless Networks & RF Technology Room BChair: Dr. R. Mehrubeoglu

TDOA Navigation Using CDMA2000 Signals – Experimental ResultsSadowski J.

Fast WiFi Access Point Localization and Autonomous Crowdsourcing Zhuang Y., Wright B., Syed Z., Georgy J. and El-Sheimy N.

Wifi-Based Indoor Localization and Tracking of a Moving Device Hernández N., Ocaña M. Alonso J. M. and Kim E.

15:45-17:00

17:15-17:45

Closing Room B

Chair: Dr. R. Chen

Page 6: ONSITE PROGRAMupinlbs.tamucc.edu/home/docs/onsite_program.pdf · Indoor UAV SLAM Zeng Q., Wang Y., Liu J., Chen R. and Deng X. Efficient UWB-Based Positioning Solution With the Wireless

November 20-21, 2014

Corpus Christi, Texas, USA

UPINLBS 2014

GNSS

wireless sensor

networks

positioning

signals

indoors outdoors

wireless sensor

acoustic signalsemerging sensors

multiple sensors

Context inference

Mobile sensing

Indoor mappingg

Location-based

smartphones

wearable devices

Hybrid positioning

navigation

crowdsourcing

Mobile GIS

Geospatial data

services

Ubiquitous