Yorozu S | Nec Corp. Tsukuba Jpn

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概要

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著作論文

Development of Cryopackaging and I/O Technologies for High-Speed Superconductive Digital Systems
Superconducting Technology for Digital Applications Using Niobium Josephson Junctions(Special Issue on Superconductive Devices and Systems)
Technology Issues on Superconducting Digital Communication Circuits and Systems(Special Issue on Superconductive Electron Devices and Their Applications)
Josephson Memory Technology
Design and Demonstration of a 4×4 SFQ Network Switch Prototype System and 10-Gbps Bit-Error-Rate Measurement
Development of Passive Interconnection Technology for SFQ Circuits(Digital Applications, Superconducting Electronic Devices and Their Applications)
Logic Design of a Single-Flux-Quantum (SFQ) 2 × 2 Unit Switch for Banyan Networks(Special Issue on Superconductive Electronics)
A Single Flux Quantum (SFQ) Packet Switch Unit towards Scalable Non-blocking Router(Special Issue on Superconductive Electronics)
A Large-Scale Packet Switch System and 60-Gbps Pulse Arbitration Circuit Operation Using Single Flux Quantum Technology
A Hybrid Switch System Architecture for Large-Scale Digital Communication Network Using SFQ Technology(Special Issue on Superconductive Electronics)
A Novel, Large-Scale Packet Switch System and 60Gbps Arbiter Circuit Operation Using SFQ Technology
Improvement of time resolution of the double-oscillator time-to-digital converter using SFQ circuits
Design and Implementation of a Fully Asynchronous SFQ Microprocessor: SCRAM2
Implementation and Experimental Evaluation of a Cryocooled System Prototype for High-Throughput SFQ Digital Applications
Bit-Error-Rate Measurements of RSFQ Shift Register Memories
A New Design Approach for High-Throughput Arithmetic Circuits for Single-Flux-Quantum Microprocessors
Design and investigation of gate-to-gate passive interconnections for SFQ logic circuits
20 GHz operation of bit-serial handshaking systems using asynchronous SFQ logic circuits
Implementation of a 4 x 4 switch with passive interconnects
Advanced design approaches for SFQ logic circuits based on the binary decision diagram
Demonstration of a single-flux-quantum microprocessor using passive transmission lines
Progress of single flux quantum packet switch technology
Consideration of logic synthesis and clock distribution networks for SFQ logic circuits
Design and implementation of double oscillator time-to-digital converter using SFQ logic circuits
Superconducting digital electronics
High-speed test of SFQ-shift register files using PTL wiring
Design and implementation of SFQ programmable clock generators
Design and implementation of circuit components of the SFQ microprocessor, CORE1
18GHz Operation of an 8-bit Microprocessor Based on a Single-Flux-Quantum LSI Technology

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