Complete Lecture Note of Channel Coding Theory
| Course Title |
Korean | 부호 이론 | ||||||
| English | Intro to Channel Coding Theory | |||||||
| Course Outline |
Introduction to Channel Coding Theory. Topics include Block Codes, Cyclic Codes, Rings, Polynomials, Number Theory and Algebra, Galois Field, BCH and Reed Solomon Codes | |||||||
| Prerequisite | Linear Algebra, Probability | |||||||
| Textbook & References |
Todd K. Moon, Error Correction Coding: mathematical methods and algorithms, Wiley Interscience, 2005 | |||||||
| Weekly Course Schedule (1~7 weeks) | ||||||||
| Week | Description | *Remarks | ||||||
| 1st | Groups and Vector Spaces | |||||||
| 2nd | Linear Block Codes | HW#1 due1111 | ||||||
| 3rd | Cyclic Codes, Rings, and Polynomials | HW#2 due | ||||||
| 4th | Number Theory | Quiz#1 | ||||||
| 5th | Galois Field | HW#3 due | ||||||
| 6th | Galois Field | HW#4 due | ||||||
| 7th | BCH Codes: | |||||||
| Weekly Course Schedule (8~16 weeks) | ||||||||
| Week | Description | *Remarks | ||||||
| 8th | Decoding of BCH Codes | Midterm | ||||||
| 9th | Decoding of BCH Codes | |||||||
| 10th | Decoding of Reed Solomon Codes: Binary | HW#5 due | ||||||
| 11th | Decoding of Reed Solomon Codes: Non Binary I | HW#6 due | ||||||
| 12th | Decoding of Reed Solomon Codes: Non Binary II | Quiz#2 | ||||||
| 13th | Modern Decoding Methods for RS Codes | HW#7 due | ||||||
| 14th | Modern Decoding Methods for RS Codes | HW#8 due | ||||||
| 15th | Reed Muller Codes | |||||||
| 16th | Summary of Course | Final | ||||||