AbstractTo successfully be able to achieve higher data rates, advanced optical networks will require all optical ultra fast signal processing such as wavelength conversion, optical logic and arithmetic processing, etc. So, one efficient conversion scheme is essential to convert one number system to another. Modified Trinary Number (MTN) has already taken a significant role towards carry and borrows free arithmetic operations. In this paper, we proposed Mach- Zender Interferometer (MZI) based tree-net architecture is used for the conversion scheme from binary number to modified trinary number in all-optical domain
This paper presents and first scientifically substantiates the generalized theory of binomial number...
We propose and numerically investigate for the first time a novel all-optical on-off-keying to alter...
International audienceCompared with the conventional electronic computer, the Ternary Optical Comput...
A photonic analog-to-digital converter (ADC) based on a robust symmetrical number system (RSNS) was ...
Carry-free addition and borrow-free subtraction of modified signed-digit trinary numbers with optica...
A three-step Ternary optical modified signed digit (MSD) adder is proposed based on decrease-radix d...
The era of cloud computing has fuelled the increasing demand on data centers for high-performance, h...
Throughout the years, the expanded search and flow of information led to an expansion of traffic int...
Abstract — From the last century the reversible logic has formed as an unconventional form of comput...
This paper demonstrates the structure and working principle of an optical 2-bit multiplier using lit...
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 parallel arithmetic, suitable for optical computers, can be obtained using two main approaches 1) ...
Number Theoretic Transforms (NTTs) are defined in a finite ring of integers Z (_M), where M is the m...
We demonstrate all-optical conversion between two different data formats: return-to-zero (RZ) and no...
This paper presents and first scientifically substantiates the generalized theory of binomial number...
We propose and numerically investigate for the first time a novel all-optical on-off-keying to alter...
International audienceCompared with the conventional electronic computer, the Ternary Optical Comput...
A photonic analog-to-digital converter (ADC) based on a robust symmetrical number system (RSNS) was ...
Carry-free addition and borrow-free subtraction of modified signed-digit trinary numbers with optica...
A three-step Ternary optical modified signed digit (MSD) adder is proposed based on decrease-radix d...
The era of cloud computing has fuelled the increasing demand on data centers for high-performance, h...
Throughout the years, the expanded search and flow of information led to an expansion of traffic int...
Abstract — From the last century the reversible logic has formed as an unconventional form of comput...
This paper demonstrates the structure and working principle of an optical 2-bit multiplier using lit...
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 parallel arithmetic, suitable for optical computers, can be obtained using two main approaches 1) ...
Number Theoretic Transforms (NTTs) are defined in a finite ring of integers Z (_M), where M is the m...
We demonstrate all-optical conversion between two different data formats: return-to-zero (RZ) and no...
This paper presents and first scientifically substantiates the generalized theory of binomial number...
We propose and numerically investigate for the first time a novel all-optical on-off-keying to alter...
International audienceCompared with the conventional electronic computer, the Ternary Optical Comput...