Explore MATLAB source code curated for "信道编码" with clean implementations, documentation, and examples.
Application of MATLAB in communication principles, featuring simulation of convolutional codes for channel encoding, with practical code implementation examples and algorithm explanations for enhanced understanding.
MATLAB simulation of channel coding implementation, featuring improved bit error rate characteristics through enhanced encoding/decoding algorithms, with complete signal processing chain: signal generation → outer encoding → inner encoding → channel transmission → inner decoding → outer decoding
This program simulates the CDMA receiver functionality including five modules: despreading, deinterleaving, channel decoding (convolutional code), source decoding, and CRC decoding, generating signal sequences for digital baseband transmission. It also simulates the CDMA transmitter functionality with six modules: random sequence generation, tail bit addition for source coding, channel encoding (convolutional coding), block interleaving, and spread spectrum modulation, producing signal sequences for digital baseband transmission. Additionally, it includes tail bit values for demodulation - add_bits for source coding and i_add_bits for interleaver termination.
Simulation of RS Channel Coding in Communication Principles using MATLAB - A practical approach with code implementation details for enhanced understanding
MATLAB programs for channel coding implementations including CRC cyclic redundancy check, Reed-Solomon codes, convolutional codes, turbo codes, and trellis coded modulation (TCM)
Comprehensive OFDM simulation code featuring channel coding, modulation schemes, channel estimation algorithms, and performance analysis capabilities for wireless communication systems.
MATLAB simulation of (7,4) cyclic code for channel coding with Simulink implementation, including encoder/decoder modules and error correction performance analysis.
W-CDMA simulation code developed by two Nokia researchers, featuring comprehensive implementations of channel coding, interleaving, rate matching, modulation, spreading, channel modeling, RACK receiver architecture, and corresponding decoding procedures
MATLAB-based channel encoding and decoding simulation program designed for educational purposes, featuring comprehensive code implementations for various coding schemes
Broadband Access Scenario employs machine learning techniques for wireless link adaptation, comprising channel coding, interleaving, channel modeling, OFDM modulation/demodulation, deinterleaving, and decoding. This creates a comprehensive wireless physical layer experimental environment with code implementations for key signal processing components.