Clearly, wireless LAN (WLAN) systems are a hot topic in the design community. With 802.11b taking off, and 802.11g and 802.11a coming quickly, much attention has been placed on building WLAN access ...

ABSTRACT: A new nano-based architectural design of multiple-stream convolutional homeomorphic error-control coding will be conducted, and a corresponding hierarchical implementation of important class ...

Andrew Viterbi simply wanted to fill in the blanks in several theories when he developed the Viterbi Algorithm. Little did he anticipate its widespread applicability in error-correcting codes in 2 ...

Signal memory and dispersion complicate the issue of how best to observe and decide on digital bits. The Viterbi algorithm comes to the iterative rescue, with a way to perform the optimal ...

The Viterbi Algorithm, the elegant 41-year-old logical tool for rapidly eliminating dead end possibilities in data transmission, has a new application to go alongside its ubiquitous daily use in cell ...

This project parses a small discrete HMM from a text file, reads an observation sequence, runs the Viterbi dynamic programming algorithm (using log-probabilities), and prints the most likely ...

Abstract: UST symbol-based turbo code has recently been proposed which can reduce the system complexity and calculation amount compared with bit-wise concatenation scheme. However, the corresponding ...

Verilog implementation of the Viterbi decoding algorithm. This decoder is designed for efficient error correction in digital communication systems. This includes ...

The Altera® Viterbi Compiler generates high-performance, soft-decision Viterbi MegaCore® functions that implement a wide range of standard Viterbi decoders. Viterbi decoding (also known as maximum ...

Abstract: IoT is a revolutionary technology which empowers physical devices with the ability to communicate and take collaborative decision without human intervention. Among the various protocol ...