This is the key digital and analog signal difference, and it’s at the heart of how so much of our technology works. You don’t have to be an engineer to understand why analog signals and digital ...

Signal models are the starting point of every meaningful modulation classification strategy. This chapter establishes some unified signal models for the development of all modulation classifiers, and ...

Abstract: In this paper, we present a technique for a combination of amplitude and phase modulation for digital communication. This technique assumes phase coherence between transmitter and receiver.

In the literature [6], the communication data is spread by the spreading code to produce a digital baseband signal, then using the MSK-LFM way to digital modulation, the resulting signal have improved ...

Noesis Technologies Soft Output Demapper is a structural element of any modern telecom system. The receiver extracts the phase and magnitude of the carrier signal. Subsequently a decision must ...

Designing a digital signal processor (DSP) involves a blend of hardware and software design to create ... while DCT is commonly used in image compression standards like JPEG. In telecommunications, ...

The TC 2290-P digital delay pedal is TC’s latest flagship delay. The original 2290 rack delay is an industry legend, not just ...

These systems do not have noisy components in its implementation. The logic in such system does not implement mathematical algorithms. In digital signal processing, the logic is implemented through ...

A new wideband modulated load pull solution from Rohde & Schwarz takes a novel approach to radio frequency (RF) frontend ...

Customers with previous models of the R&S SMW200A or R&S SMM100A can also benefit from the new performance enhancements ...

This page lists down a selection of publications made as part of projects undertaken by the Digital Signal Processing Laboratory, School of Electrical and Electronic Engineering, Nanyang Technological ...