Improvements in optical technology will enable the construction of high bandwidth, low latency switching networks. These networks have many applications in massively parallel processing. However current circuit switching and packet switching techniques are not quite suitable for controlling such networks. Time division multiplexing (TDM) schemes can improve the performance of circuit switched o...

To fully exploit the performance of optics in parallel processor interconnection networks, the connections must be entirely optical. This requires the use of circuit switching. Techniques such a s time division multiplexing TDM can be used to provide a large number of circuits without the need for program directed control operations. We describe two protocols for dynamically establishing circui...

In this paper a Near State Pulse Width Modulation (NSPWM) algorithm with reduced switching frequency is presented for vector controlled induction motor drives for reduced common mode voltage/currents. The proposed algorithm utilizes a group of three neighbor voltage vectors to construct the reference voltage space vector. In the proposed algorithm in each sector any one of the phases is clamped...

This paper deals with Metropolis Monte Carlo analysis of the all-optical switching. The laser-induced magnetization dynamics with various laser pulse fluencies and durations are followed by analysis of probable transitions occurred in the sample. The calibration of Monte Carlo steps with physical time was performed by comparison with a reference dynamics described by Landau–Lifshitz–Bloch equat...

INTRODUCTION To evaluate the possibility that switching from reference biologic medicines to biosimilars could lead to altered clinical outcomes, including enhanced immunogenicity, compromised safety, or diminished efficacy for patients, a systematic literature review was conducted of all switching studies between related biologics (including biosimilars). METHODS A systematic search was cond...

A novel multi-reference capacitor switching scheme for ultralow power successive approximation register (SAR) ADCs is proposed. By using 5 references, the proposed switching scheme only dissipates 10.6 CVREF average energy and requires 256 unit capacitors, which are reduced by 99.2% and 87.5%, compared to the conventional structure. Besides, the common-mode voltage of the comparator input is ap...