GitHub

STMicroelectronics.example_hal_pka_modular_exponentiation_fast.sha1

f82ba5f2128d3b058ccb4ab72dbec3efcf82cd41 NUCLEO-C5A3ZG/ewarm/project/hal_pka_modular_exponentiation_fast.ewp 55e0888a84b2433cffee231c042c9660f42e398d NUCLEO-C5A3ZG ...
GitHub

STMicroelectronics.example_hal_pka_modular_exponentiation_crt.sha1

55e0888a84b2433cffee231c042c9660f42e398d NUCLEO-C5A3ZG/ewarm/project/hal_pka_modular_exponentiation_crt.ewd ac3fde76dbdceb648f2891bbcfb8a38a90a59b70 NUCLEO-C5A3ZG ...
IEEE

Low power modular integer exponentiation using discrete logarithm transformation

Abstract: Exponentiation is an important mathematical operation in many areas, and is constantly being researched for more efficient methods. This paper presents a power efficient implementation of ...
IEEE

High throughput parallel montgomery modular exponentiation on FPGA

Abstract: Modular exponentiation is the key operation in public key cryptosystems such as RSA (Rivest, Shamir Adelman). It is implemented by repeated modular multiplications which are time consuming ...
LinkedIn

How can you apply modular exponentiation in algorithm design?

Modular exponentiation is the process of finding the value of a^b mod n, where a, b, and n are positive integers. This means that you raise a to the power of b, and then divide the result by n and ...
LinkedIn

How can modular arithmetic help you perform fast exponentiation?

Exponentiation is the operation of raising a base to a power, such as 2^3 = 8. It is widely used in cryptography, computer science, and mathematics, but it can be computationally expensive when the ...