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A Circuit-Based Scalable and Low-Complex Optical Datacenter Network
The ever‐increasing bandwidth requirements of modern datacenters have led researchers to propose networks based upon optical circuit switches, but these proposals face significant deployment challenges. In particular, previous proposals dynamically configure circuit switches in response to changes in workload, requiring network‐wide demand estimation, centralized circuit assignment, and tight time synchronization between various network elements— resulting in a complex and unwieldy control plane. Moreover, limitations in the technologies underlying the individual circuit switches restrict both the rate at which they can be reconfigured and the scale of the network that can be constructed; a new approach is necessary.
A Scalable MEMS-based “Selector Switch” for High Performance Computing Networks
Brief description not available
Smart Antenna System for 802.11A Applications
Scalable Commodity Data Center Network Architecture
A NEW METHOD TO OBTAIN A WAVEFORM FOR THE ENVELOPE MODULATOR: SUPPLY-MODULATED RF POWER AMPLIFIER WITH REDUCED BANDWIDTH POWER SUPPLY WAVEFORM
Web Server with Differentiated Quality of Service