Shannon's sampling theorem, at the heart of digital signal processing, is well understood
and explored. However, its practical realization still suffers from a fundamental bottleneck …

In a recent paper [1], we introduced the concept of “Unlimited Sampling”. This unique
approach circumvents the clipping or saturation problem in conventional analog-to-digital …

In this paper we consider the generalized approximate message passing (GAMP) algorithm
for recovering a sparse signal from modulo samples of randomized projections of the …

On-board processing (OBP), a paradigm that allows for manipulation of the signal at the
satellite transponder, is being embraced by a large section of the satellite community …

Clock jitter is one of the most fundamental obstacles in realizing future generations of
wideband receivers. Stringent jitter specifications in the sampling clocks of high …

Software defined radar (SDRadar) systems have become an important area for future radar
development and are based on similar concepts to Software defined radio (SDR). Most of …

Step recovery diode (SRD)-based ultra-wide band (UWB) pulse generators (PGs) suffer from
jitter caused by AM-to-PM conversion, SRD shot noise, and clock jitter. These noise sources …

Analog to digital converters (ADCs) enable the acquisition of analog signals by representing
them in a digital format. Although the architectures and parameters of the ADCs vary with …

Commercial sensors often suffer from overexposure in bright regions, leading to signal
clipping and information loss because of saturation. Existing solutions involve either …

Time-based Analog-to-Digital Converter (TADC), plays a major role in designing Software-
Defined Radio (SDR) receivers, at scaled CMOS technologies, as it manifests lower area …