This lab project discusses the digital communication system and bi-orthogonal signal constellation. It covers the bandwidth and power efficiency, modulation techniques, Bernoulli random process, and AWGN channel. The lab project also includes the Monte Carlo simulation for symbol error probability and gray coding. Additionally, it explains the (8,4) Hamming Code and its generator matrix.

A digital communication system is a system that uses digital signals to communicate. Bi-orthogonal signal constellation is a type of digital signal that can be used in a digital

Digital Communication System Bi-orthogonal Signal Constellation

Digital Communication System and Bi-orthogonal Signal Constellation

Optical Communications

This article discusses the design and power budget calculations for Radio over Fibre (ROF) and Optical Transmission System. It covers topics such as ROF technology, power budget calculations, rise time/bandwidth budget calculation, BER, SNR, and dispersion budget.

Digital Communication System and Bi-orthogonal Signal Constellation

Design and Power Budget Calculations for Radio over Fibre (ROF) and Optical Transmission Systemlg...

Design and Power Budget Calculations for Radio over Fibre (ROF) and Optical Transmission System