PROJECTS

Indoor Geolocation

Indoor Geolocation - Since 1997

Overview

Brochure

Projects

Innovative Indoor Geolocation Using RF Multipath Diversity (DARPA)

Innovative Methods for Geolocation and Communication with UWB Mobile Radio Networks (DoD SBIR)

Indoor Geolocation Science for 4G Wireless Networks (NSF) (Phase I)

Real-Time Channel Simulation for Telecommunication and Geolocation Applications (DoD DURIP)

Urban Geolocation System Analysis and Demonstrator (DARPA SUO/SAS) (Docs)

Wireless Indoor Geolocation and Voice Over IPV6 (WINGIP)

An Integrated Multi-Layer Wireless LAN Testbed (NSF)

Publications in Indoor Geolocation

The CWINS Wireless LAN Research Laboratory (Industrial Alliance)

Academic OPNET Research Projects

Radio Channel Measurement and Modeling

Channel Measurement Systems

Ray Tracing

Deployment Tool Software

Real-Time Channel Simulation

RF Predictions of a 4-Block Area in New York City

RF Propagation in Supermarket Environment

Wireless Networking

NSF Experimental Wireless LAN Testbed

Traffic Engineering

WINGIP

Multimedia Wireless

Wireless LAN for UMTS

CDPD Performance Monitoring Tools

Benchmark Tool for Wireless LANs

Wireless IR

NSF An Integrated Multi-Layer Wireless LAN Testbed

Signal Processing and Radio Design

Bluetooth - 802.11 Interference/Co-Existence

All Digital Channel Sounder

Antennas for Ultra-Wideband

PRISM WLAN Chipset Evaluation

Transmission Techniques for Wireless LANs