FFT algorithm is implemented with Quantum-dot Cellular Automata nanotechnology. Novel STQCA structure is introduced for the implementation of the FFT which reduces the area of the proposed design greatly. The latency and power dissipation of the layout are also significantly less compared to existing works.
This work proposes as a relevant design case, the QCA implementation of Fast Fourier Transform (FFT) Algorithm. A novel architecture for partial parallel FFT�...
Abstract—Quantum dot Cellular Automata (QCA) is an emerg- ing nanotechnology paradigm that is currently being investigated as a possible CMOS substitute.
Presenting novel designs for a Ripple Carry Adder, a Subtractor, and a Pipelined Array Multiplier using the Five-input Majority Gate (MAJ5) in Quantum-dor�...
An innovative method has been introduced to implement FFT using QCA named Stack-Type Quantum-dot Cellular Automata (STQCA). This novel architecture reduces the�...
Presenting novel designs for a Ripple Carry Adder, a Subtractor, and a Pipelined Array Multiplier using the Five-input Majority Gate (MAJ5) in Quantum-dor�...
An innovative method has been introduced to implement FFT using QCA named Stack-Type Quantum-dot Cellular Automata (STQCA). This novel architecture reduces the�...
Dame, that implements a Hartree-Fock mathematical model of the physics of a. QCA array. The simulation was performed for an assumed cell size of 20 nm and.
STQCA-FFT: A fast fourier transform architecture using stack-type QCA approach with power and delay reduction ... implementation of the new radix-2 DIT FFT�...
Jan 7, 2020 � A Hybrid of VLSI and QCA Circuit Modules would perform a parallel, systolic computation of an FFT. ... Tech Briefs. Implementing Permutation�...