VLSI Design course introduces the principles, methodologies, and circuits used in Very Large Scale Integration (VLSI). It covers how modern integrated circuits are designed, fabricated, optimized for speed and power, and tested for correctness.
- Teacher: MAHAVEERA K -
- Calculate the information content of a message, entropy of a zero-memory source for the given source statistics. Determine the codewords and calculate coding efficiency using Huffman algorithm for memoryless sources given the source statistics and LZ algorithm for sources with memory.
- Discuss the concepts of Groups, Rings, Fields, Galois Fields, Quotient rings and Vector Spaces as applied to Error Control Coding.
- For the given (n, k) linear block codes determine the codewords, syndrome, error detecting and correcting capability of the code; Design a single error correcting linear block code for the given message length.
- For the given generator polynomial for an (n, k) binary cyclic codes, determine the codewords in non-systematic and systematic forms; Determine the syndrome for the given received vector.
- Evaluate the codewords for a given (n, k, m) convolution encoder and use sequential search and Viterbi algorithm to decode the information from the given received vector and discuss Turbo codes.
- Teacher: DR. K S SHIVA PRAKASHA -
Embedded Linux course focused for open source linux kernel module development for embedded system running on Linux platform . The course starts with the unix commands .
- Teacher: DR.SUKESH RAO M -