| Photo |
Name |
Year |
School |
Dissertation |
Employment |
| Julang Ying |
2021 |
WPI |
Three Cyberspace Applications for IoT RF Cloud in Localization, Motion Detection, and Security |
China Telecom, Hang Zhou, China |
| Bader Alkandari |
2019 |
WPI |
A Novel Approach for MAC and PHY Performance Analysis in Relay Networks in Presence of Interference and Shadow Fading |
College of Technological Studies at PAAET, Kuwait |
| Umair I. Khan |
2018 |
WPI |
Statistical Modelling and Performance Evaluation of TOA for Localization inside the Human Body using Computational Techniques |
Analog Engineer at Intel Corporation, Boaton Area |
| Nader Bargshady |
2017 |
WPI |
Precise Tracking of Things viaHybrid 3-D Fingerprint Database and Kernel Method Particle Filter |
WIT, Boston |
| Fardad Askarzadeh |
2017 |
WPI |
Diffraction Analysis with UWB Validation for ToA Ranging in the Proximity of Human Body and Metallic Objects |
Software Development Manager, Amazon, Boston |
| Yisuang Geng |
2016 |
WPI |
Radio Propagation for Localization and Motion Tracking In Three Body Area Network Applications |
Software Engineer, Google, Greater Seattle Arae |
| Guanqun Bao |
2014 |
WPI |
On Simultaneous Localization and Mapping inside the Human Body (BodyBody-SLAM) |
Security Engineer, Facebook, Greater San Francisco Bay Area |
| Yunxing Ye |
2013 |
WPI |
Bounds on RF Cooperative Localization for Video
Capsule Endoscopy |
BROADCOM Inc, CA |
 |
Ferit Ozan Akgul |
2010 |
WPI |
Modeling the Behavior of Multipath Components Pertinent to Indoor Geolocation |
QUALCOMM Inc., CA |
 |
Muzaffer Kanaan |
2008 |
WPI |
Node Density and Quality of Estimation for Infrastructure-based Indoor Geolocation Using Time of Arrival |
Kayseri Erciyes University, Turkey |
 |
Mohammad Heidari |
2008 |
WPI |
Identification and Modeling of the Dynamic Behavior of the Direct Path Component in ToA-Based Indoor Localization Systems |
Skyhook Wireless, MA |
 |
Juha-Pekka Makela |
2008 |
Oulu |
Effects of handoff algorithms on the performance of multimedia wireless networks |
University of Oulu |
 |
Nayef Alsindi |
2008 |
WPI |
Indoor Cooperative Localization for Ultra Wideband Wireless Sensor Networks |
Etisalat BT Innovation Center (EBTIC), UAE |
 |
Ahmad Hatami |
2006 |
WPI |
Application of Channel Modeling for Indoor Localization Using TOA and
RSS |
QUALCOMM Inc., CA |
 |
Bardia Alavi |
2006 |
WPI |
Distance Measurement Error Modeling for Time-of-Arrival Based Indoor
Geolocation |
Cisco Systems, OH |
 |
Boris Ramos |
2006 |
WPI |
The Impact if Universal Service Obligations and Other External and Cross Subsides on Teledensity in Developping Countries |
Escuela Superior Politecnica del Litoral, Guayaquil, Ecuador |
 |
Mika Ylianttila |
2005 |
Oulu |
Vertical Handoff and Mobility - System Architecture and Transition Analysis |
University of Oulu, Finland |
 |
Sastri Kota |
2003 |
Oulu |
Broadband Satellite Internet - Quality of Service, Technology, and Services |
Harris Corporation |
 |
Xinrong Li |
2003 |
WPI |
Super-resolution TOA estimation with diversity for indoor geolocation |
University of North Texas |
 |
Robert Tingley |
2000 |
WPI |
Estimation and Statistical Modeling of the Indoor Radio Channel |
Drapers Laboratories, Cambridge, MA |
 |
Prashant Krishnamurhty |
1999 |
WPI |
Analysis and Modeling of the Wideband Radio Channel for Indoor Geolocation Applications |
University of Pittsburgh, PA |
 |
Richard Stanley |
1998 |
WPI |
Modeling and Optimizing Wireless Network Infrastructure Economic Cost |
Adjunct Assistant Professor at WPI |
 |
Mudhazzar Hassan-Ali |
1998 |
WPI |
Mudhzaffar Hassan-Ali, Using Ray-Tracing Techniques in Site-Specific Statistical Modeling of Indoor Radio Channels |
Alcatel-Lucent, San Francisco, CA |
 |
Alireza Ghazizahedi |
1998 |
WPI |
Traffic Engineering for Wireless LANs (Wireless Networks) |
Cisco Systems,San Francisco, CA |
 |
Aram Falsafi |
1996 |
WPI |
Comparative Performance Evaluation of Transmission Techniques Applied to Wireless Local Area Networks |
Telllabs,Seattle, Washington |
 |
Ganning Yang |
1994 |
WPI |
Performance Evaluation of High Speed Wireless Data Systems Using a 3D Ray Tracing Algorithm |
Meida Tek, San Diego |
 |
Mitch Chase |
1993 |
WPI |
Performance of M-ARY CDMA Over Modelled and Measured Indoor Radio Channels |
Bennu Consulting, Phoenix, Arizona |
 |
Rajamani Ganesh |
1991 |
WPI |
Time Domain Measurements Modeling and Simulation of the Indoor Radio Channel |
QUALCOMM Inc. |
 |
Steven Howard |
1991 |
WPI |
Frequency Domain Characteristics and Auto-Regressive Modeling of the Indoor Radio Channel |
QUALCOMM Inc. |
 |
K. Zhang |
1990 |
WPI |
Wireless Local Networks for Integrated Voice/Data Services |
Via-Telecomm, SanDiego, CA |
 |
Tom Sexton |
1989 |
WPI |
Channel Modeling and High Speed Data Transmission Preformance for the Indoor Radio Channel |
Nokia Corporation, Fort Worth, Texas |
