Add to ORKGTwo novel architectures for designing modulo 2n-1 squarers are given. The first one does not perform any encoding on the input operand, while the second one uses Booth-encoding. Pre-layout estimates indicate that both architectures result in area and/or delay efficient modulo 2n-1 squarers. The non-encoded modulo squarers are more suitable for small values of n while the Booth-encoded modulo squarers are more suitable for medium and large values of n. Index Terms — Squaring operation, modulo 2n-
Efficient modulo 2n+1 adders are important for several applications including residue number system,...
Abstract—2n 1 is one of the most commonly used moduli in Residue Number Systems. In this paper, we ...
up the execution of very-large word-length repetitive multiplications found in applications like pub...
Squarers modulo M are useful design blocks for digi-tal signal processors that internally use a resi...
Abstract—Multi-moduli architectures are very useful for reconfigurable digital processors and fault-...
Abstract — A new modulo 2k + 1 squarer architecture is proposed for operands in the normal represent...
In this work, an efficient hardware architecture of modulo 2n + 1 squarer is proposed and validated....
Novel architectures for designing modulo 2n+1 subtractors are introduced, for both the normal and th...
Residue Number System (RNS) is often adopted to implement long and repetitive multiplications of cry...
Abstract—Multi-moduli architectures are very useful for reconfigurable digital processors and fault-...
A new technique is presented for designing a parallel squarer that uses both the Boothencoding and t...
It is shown that a diminished-1 adder, with minor modi¯cations, can be also used for the modulo 2n þ...
Abstract—A family of diminished-1 modulo 2n + 1 adders is proposed in this manuscript. All members o...
Abstract Novel architectures for designing modulo 2n + 1 subtractors and com-bined adders/subtractor...
In this work we propose a new method for designing modulo 2"+I multipliers for diminished-I ope...
Efficient modulo 2n+1 adders are important for several applications including residue number system,...
Abstract—2n 1 is one of the most commonly used moduli in Residue Number Systems. In this paper, we ...
up the execution of very-large word-length repetitive multiplications found in applications like pub...
Squarers modulo M are useful design blocks for digi-tal signal processors that internally use a resi...
Abstract—Multi-moduli architectures are very useful for reconfigurable digital processors and fault-...
Abstract — A new modulo 2k + 1 squarer architecture is proposed for operands in the normal represent...
In this work, an efficient hardware architecture of modulo 2n + 1 squarer is proposed and validated....
Novel architectures for designing modulo 2n+1 subtractors are introduced, for both the normal and th...
Residue Number System (RNS) is often adopted to implement long and repetitive multiplications of cry...
Abstract—Multi-moduli architectures are very useful for reconfigurable digital processors and fault-...
A new technique is presented for designing a parallel squarer that uses both the Boothencoding and t...
It is shown that a diminished-1 adder, with minor modi¯cations, can be also used for the modulo 2n þ...
Abstract—A family of diminished-1 modulo 2n + 1 adders is proposed in this manuscript. All members o...
Abstract Novel architectures for designing modulo 2n + 1 subtractors and com-bined adders/subtractor...
In this work we propose a new method for designing modulo 2"+I multipliers for diminished-I ope...
Efficient modulo 2n+1 adders are important for several applications including residue number system,...
Abstract—2n 1 is one of the most commonly used moduli in Residue Number Systems. In this paper, we ...
up the execution of very-large word-length repetitive multiplications found in applications like pub...