Parallel circuit based on Chien search algorithm and Fornie algorithm
A search algorithm and Forney algorithm technology, applied in the field of decoding, can solve the problems of insufficient processing speed and large hardware resource consumption, and achieve the effect of improving circuit processing speed and reducing hardware resource consumption.
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[0039] The specific implementation manners of the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments.
[0040] 1. Money Search Algorithm and Forney Algorithm Process
[0041] The essence of the money search algorithm is to find the root of a finite field polynomial. Because the number of items of the polynomial is limited, the element of each item in the polynomial is evaluated. If the result of the polynomial is 0, then the value of this element is the root of the polynomial. Then the position of the element is the wrong position. Taking the RS code as an example, the money search algorithm processes the input error position polynomial, and searches for errors by verifying the form of the root of each position according to the error position polynomial.
[0042] The error location polynomial based on the money search algorithm is:
[0043] σ(α i ) = σ 0 +σ 1 alpha i +σ 2 (α i ) 2 +…+σ n-k-1 (α i...
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