Implementation of LTE CRC Attachment

MATLAB 1019B 259 views 0 downloads 1 credits
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Resource Overview

Programming LTE CRC attachment procedure for transmitter design in LTE system link-level simulation, involving CRC generator implementation with polynomial algorithms for data integrity verification.

Detailed Documentation

This content describes the implementation of LTE CRC attachment procedures in Chinese, focusing on transmitter-side programming for LTE system link-level simulations. As part of the LTE CRC attacher component, this implementation handles critical CRC generation using standard polynomials like CRC24A and CRC24B for transport blocks. The programming involves bit-level processing where CRC bits are calculated through polynomial division and appended to the original data block. In link-level simulations, CRC attachment serves as a vital step for ensuring data integrity and transmission accuracy through cyclic redundancy check mechanisms. Our design implements efficient CRC computation algorithms using shift registers and XOR operations, enabling reliable error detection capabilities in the LTE system framework.

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