Carry-free addition and borrow-free subtraction of modified signed-digit trinary numbers with optical symbolic substitution are presented. The proposed two-step and three-step algorithms can be easily implemented by using phase-only holograms, optical content-addressable memories, a multichannel correlator, or a polarization-encoded optical shadow-casting system
A compact two-step modified-signed-digit arithmetic-logic array processor is proposed. When the refe...
AbstractAmong the different algorithms that have been proposed for the conversion of a binary number...
International audienceCompared with the conventional electronic computer, the Ternary Optical Comput...
A two-step digit-set-restricted modified signed-digit (MSD) adder based on symbolic substitution is ...
A three-step Ternary optical modified signed digit (MSD) adder is proposed based on decrease-radix d...
Abstract. This paper proposes a new means to complete the optical vector-matrix multiplication (OVMM...
Negabinary is a component of the positional number system. A complete set of negabinary arithmetic o...
A redundant binary number representation allows the algebraic sum on signed numbers in constant time...
We present, for the first time to our knowledge, a generalized lookahead logic algorithm for number ...
On the basis of signed-digit negabinary representation, parallel two-step addition and one-step subt...
AbstractSymbolic substitution, a parallel processing technique, has been proposed in computing liter...
We propose a parallel implementation method for optical symbolic substitution logic. The method uses...
AbstractTo successfully be able to achieve higher data rates, advanced optical networks will require...
A parallel arithmetic, suitable for optical computers, can be obtained using two main approaches 1) ...
The logical equivalence between two powerful optical computing techniques, namely, optical symbolic ...
A compact two-step modified-signed-digit arithmetic-logic array processor is proposed. When the refe...
AbstractAmong the different algorithms that have been proposed for the conversion of a binary number...
International audienceCompared with the conventional electronic computer, the Ternary Optical Comput...
A two-step digit-set-restricted modified signed-digit (MSD) adder based on symbolic substitution is ...
A three-step Ternary optical modified signed digit (MSD) adder is proposed based on decrease-radix d...
Abstract. This paper proposes a new means to complete the optical vector-matrix multiplication (OVMM...
Negabinary is a component of the positional number system. A complete set of negabinary arithmetic o...
A redundant binary number representation allows the algebraic sum on signed numbers in constant time...
We present, for the first time to our knowledge, a generalized lookahead logic algorithm for number ...
On the basis of signed-digit negabinary representation, parallel two-step addition and one-step subt...
AbstractSymbolic substitution, a parallel processing technique, has been proposed in computing liter...
We propose a parallel implementation method for optical symbolic substitution logic. The method uses...
AbstractTo successfully be able to achieve higher data rates, advanced optical networks will require...
A parallel arithmetic, suitable for optical computers, can be obtained using two main approaches 1) ...
The logical equivalence between two powerful optical computing techniques, namely, optical symbolic ...
A compact two-step modified-signed-digit arithmetic-logic array processor is proposed. When the refe...
AbstractAmong the different algorithms that have been proposed for the conversion of a binary number...
International audienceCompared with the conventional electronic computer, the Ternary Optical Comput...