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ShareTechNote is a community-powered knowledge base with tutorials, notes, and practical guides on electronics, communications, networking, and software, featuring detailed articles, diagrams, and code examples on topics like communication theory, RF, DSP, and related technologies.
More resources on Communication Systems
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DSPRelated.com is a comprehensive digital signal processing resource offering tutorials, articles, code samples, and a community forum on DSP theory and practical applications, covering topics like filters, transforms, audio DSP, and MATLAB/C implementations.
Information Theory (MIT 6.441)
Graduate introduction to the mathematics of information: entropy, lossless compression, binary hypothesis testing, channel coding and lossy compression. Provides 29 lecture note files that together form a textbook-length treatment, plus problem sets. Prepares you to state and prove the core coding theorems.
Digital Communication
Learn digital communication systems from Prof. Dey's NPTEL course. Explore key concepts & enhance your understanding!
Introduction to EECS II: Digital Communication Systems (MIT 6.02)
Covers the bits, signals and packets layers of digital communication: error-correcting codes, modulation, frequency-domain analysis and network routing. Includes 24 lecture videos, lecture notes, the open textbook, and problem sets with solutions, building a working model of how the Internet moves data.
Principles of Digital Communications I (MIT 6.450)
Digital communication at the block-diagram level: data compression, Lempel-Ziv coding, quantization, sampling and aliasing, the Nyquist criterion, PAM and QAM modulation, waveform spaces, detection, and wireless system design. Includes 24 lecture videos, prose lecture notes and exams with solutions for analyzing communication links.
Wireless Communications
Textbook covering radio propagation models, path loss, fading, modulation techniques, multiple access schemes, and the cellular standards that shaped mobile networks. Readers finish able to budget a link, predict coverage, and reason about interference in cellular system design.