Z. Ulman

Fast division in residue arithmetic

Z. Ulman, M. Czyzak, J.M. Zurada, 1991, [1991] IEEE Pacific Rim Conference on Communications, Computers and Signal Processing Conference Proceedings.

FPGA implementation of reverse residue conversion based on the new Chinese Remainder Theorem II- Part II: experimental results

Z. Ulman, M. Czyzak, R. Smyk, 2012 .

Effective RNS scaling algorithm with the Chinese remainder theorem decomposition

Jozef Zurada, Z. Ulman, J. Zurada, 1993, Proceedings of IEEE Pacific Rim Conference on Communications Computers and Signal Processing.

Pipelined scaling of signed residue numbers with the mixed-radix conversion in the programmable gate array

Z. Ulman, M. Czyzak, R. Smyk, 2013 .

Scaling of numbers in residue arithmetic with the flexible selection of scaling factor

Z. Ulman, M. Czyzak, R. Smyk, 2013 .

Scaling of signed residue numbers with mixed-radix conversion in FPGA with extended scaling factor selection

Z. Ulman, M. Czyzak, R. Smyk, 2013 .

Pipelined division of signed numbers with the use of residue arithmetic for small number range with the programmable gate array

Z. Ulman, M. Czyzak, R. Smyk, 2013 .

Pipelined division of signed numbers with the use of residue arithmetic in FPGA

Z. Ulman, M. Czyzak, R. Smyk, 2013 .

Highly parallel, fast scaling of numbers in nonredundant residue arithmetic

Zenon D. Ulman, Maciej Czyzak, Z. Ulman, 1998, IEEE Trans. Signal Process..

Sign Detection and Implicit-Explicit Conversion of Numbers in Residue Arithmetic

Zenon D. Ulman, Z. Ulman, 1983, IEEE Transactions on Computers.