Scheme for carrying out modular calculations based on...

H - Electricity – 04 – L

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H04L 9/30 (2006.01) G06F 7/72 (2006.01)

Patent

CA 2228493

A scheme for carrying out modular calculations which is capable of carrying out modular calculations using redundant binary calculation even when a number of bits of the mantissa (dividend) is larger than a number of bits of the modulus (divisor). In this scheme, the divisor c in the divisor register is left shifted by (i-j) digits when a number of digits j of the divisor c is less than a number of digits i that can be stored in the divisor register, and the modular reduction a mod c is calculated up to (i-j)-th decimal place using the dividend a and the left shifted divisor c. Alternatively, the divisor c given in h-ary notation in the divisor register is left shifted by (i-j) digits when a number of digits j of the divisor c is less than a number of digits i that can be stored in the divisor register, while the dividend a given in h-ary notation in the dividend register is left shifted by (k-~) digits when a number of digits ~ of the dividend a is less than a number of digits k that can be stored in the dividend register, where k ~ i. Then, the modular reduction a mod c is calculated up to a digit of [(k-~)-(i-j)]-th power of h using the left shifted dividend a and the left shifted divisor c to obtain a remainder, and this remainder is right shifted by (k-~) digits.

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