Publications

In this thesis we have rigorously developed and expanded the presently accepted models of jitter accumulation along a chain of self-timed optoelectronic regenerators.

Successful detection of the symbols in a pulse-modulated waveform requires a knowledge of the pulse repetition period T.

This book deals with all aspects of jitter in digital transmission systems and includes much of the mathematical rigor.

Due to test time limitations, a thorough jitter analysis of every transceiver used for Fiber Channel, Ethernet, SONET, and etc. is often economically impractical in volume production.

In the G.fast frequency range with strong levels of crosstalk, nonlinear precoding (NLP) is proposed as a near-optimal technique for crosstalk precompensation in downstream transmission.

In next generation digital subscriber line (DSL) systems, like G.fast that exploits high frequencies up to 212 MHz, the crosstalk levels among lines (i.e. users) get increasingly stronger.

Block-based video coders rely on motion compensated block prediction for more data compression.

In this paper, we develop a new joint carrier frequency offset (CFO) and channel estimation algorithm for Amplify-and-Forward (AF) cooperative (CO)-OFDM systems.

This study considers a downlink cell association and scheduling mechanism for an LTE-Advanced network with a centralized architecture, featuring a central baseband (BB) pool and distributed small c

We consider an Uplink License Assisted Access (LAA) system in which LTE systems compete transmission resources with WiFi systems.