Baseband and DSP engines are at the  heart of any modern communication system. Translating complicated descriptions of a describing protocol into efficient and optimized computational engines with optimized power-delay-area-yield-test features is a valuable expertise that we have built in this lab. As the following list prescribes, in most of the major communication paradigms, including LAN, WAN, PAN, wired and wireless varieties, we have developed system level simulators, prepared optimized bit-true modeling means,  and based upon which have prepared ASIC and FPGA implementations. Alternative design tradeoffs at system, bit-width and algorithm determination, and implementation levels are explored and investigated. The following list shows a sample of the performed research.

ADSL

Wireless LAN 802.11

Wireless MAN 802.16

Voice over IP (VoIP)

Wireless PAN (Zigbee)

Digital Audio Broadcasting (DAB)

In-Band On-Channel Digital Audio Broadcasting (IBoC)

Digital Filter Design

SoC Design of MAC Layer of Wireless Networking Standards

GMSK Demodulator

Integrated Paging Systems

Ultra Low Power Wireless Systems

VLSI Implementation of Turbo-Codes