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Subject : Skills Course: Mathematics in cyber security Welcome to Swayam Prabha! Description: Welcome to CH 36: IIT ...

Video from PQCrypto 2022 conference Title: LRPC codes with multiple syndromes: near ideal-size KEMs without ideals Authors: ...

continued discussion of classical linear codes from the previous lecture. Parity check matrix; codewords as vectors living in the ...

Okay so these set of equations when collected together in a matrix form what's called a parity check matrix okay so it's very easy to ...

M even if I have a parity check Matrix with entries from F2 power m i can define a binary code in the following fashion okay I can ...

Paper by Magali Bardet, Pierre Briaud, Maxime Bros, Philippe Gaborit, Vincent Neiger, Olivier Ruatta, Jean-Pierre Tillich ...

Week 11: Lecture 54: Error control coding: Linear block codes.

In this video, we define a BCH code and provide some properties and examples. This is lecture 32 (part 3/3) of the lecture series ...

With parity check matrix I'm sorry. Okay well let's see this explanation we'll see okay so it's very uh this is half huh this is half yeah ...

... a closer look at the generator matrix and the parity check matrix. Syndrome decoding is presented in its matrix form by example, ...

Week 12: Lecture 56: Error control coding: Perfect codes.

Week 12: Lecture 57: Error control coding: Hamming codes.

... the uh block length and suppose I already have a parity check Matrix okay so I already have a parity check Matrix I already have ...

Lecture 06: Introduction to Binary Block Codes Topics covered: Introduction to Binary Block Codes Instructor: Prof. David Forney ...

011 okay so this is a parity check Matrix for uh what are the parameters of this code NK and D what are NK and. D of a 63 3 code ...

Assumed see I came up with this parity check Matrix that's fine but then I said K is actually Four what have I assumed when I went ...

Okay okay so that's my uh parity check matrix okay so towards the end of last class I pointed out a couple of problems with this ...

... I defined ldpc codes was what any code with a sparse parity check Matrix and then I said I'm going to look at regular codes okay ...

Okay okay so what are the parameters of this code this is a parity check Matrix remember okay so it's got to be n - K by n what is n ...