Student Advising for Daniel Noneaker


Graduate Students


Undergraduate Honors-Program Students

Project: The Effect of Antenna Characteristics on the Performance of a Frequency-Hop Communications Link

Conference paper resulting from project: Karen L. Gray and Daniel L. Noneaker"The Effect of Adaptive-Rate Coding on TCP Performance in Wireless Communications," published in the Proc. IEEE/AFCEA EuroComm 2000 Conf., pp. 233-237, May 2000.
(PDF, 88 Kbytes)

Conference paper resulting from project: Dwight K. Hutchenson and Daniel L. Noneaker"Deterministic Model of Multipath Fading for Circular and Parabolic Reflector Patterns," published in the Proc. 2005 SoutheastCon, (Ft. Lauderdale, FL), pp. 251-256, April 2005.
(PDF, 1,600 Kbytes)

Project: Wideband channel-monitoring techniques for cognitive radios implementing dynamic spectrum utilization

 

 


Undergraduate Summer Research Assistants

Project: Performance Analysis of a Frequency-Hop Communications System

Project: The Effect of Signal Filtering on the Bit Error Rate of Communication Systems

Project: Power-Amplifier Nonlinearity and Performance in the Forward Link of the IS-95 CDMA System

Project: Design and Acquisition of Long Direct-Sequence Spread-Spectrum Preambles (Co-Advisor: Professor Michael B. Pursley)

Project: Intermediate-Frequency Filtering, Baseband Filtering, and Automatic Gain Control in Direct-Sequence Spread-Spectrum Packet Acquisition

Project: An Investigation of the Properties of Complementary Code-Shift Keying in Multipath Channels

Project: Development of a Physically Based Model of Multipath Fading

Project: Real-Time Signal-to-Noise Ratio Estimation Techniques for Use in Turbo Decoding

Project: Performance of Frequency-Agile Channelized Spectrum Monitoring for Cognitive Radio Networks

Project: Automatic Gain Control Response Delay and Acquisition in Direct-Sequence Packet Radio Communications

 

Clemson's Summer Undergraduate Research Experience in Wireless Communications

Last revised December 16, 2007