2003Unpublished venueRequires access

Optical techniques for reconfiguring microwave phased arrays

N.V. Jespersen, P.R. Herczfeld

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Abstract

The authors outline the fundamentals of phased-array beamforming and indicate how these concepts can use optical control signaling. They explore a simple parallel optical processing scheme which has the potential of being extended to the control of larger phased-array systems. The method of very rapid control adjustment examined here has the potential of providing almost instantaneous beam reconfiguration, in very large phased arrays, without the heavy computational burden normally associated with such systems.>

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What this paper is about

The authors outline the fundamentals of phased-array beamforming and indicate how these concepts can use optical control signaling. They explore a simple parallel optical processing scheme which has the potential of being extended to the control of larger phased-array systems. The method of very rapid control adjustment examined here has the potential of providing almost instantaneous beam reconfiguration, in very large phased arrays, without the heavy computational burden normally associated with such systems.>

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Available abstract

The authors outline the fundamentals of phased-array beamforming and indicate how these concepts can use optical control signaling. They explore a simple parallel optical processing scheme which has the potential of being extended to the control of larger phased-array systems. The method of very rapid control adjustment examined here has the potential of providing almost instantaneous beam reconfiguration, in very large phased arrays, without the heavy computational burden normally associated with such systems.>

Key concepts: Beamforming, Phased array, Control reconfiguration, Phased-array optics, Microwave, Computer science, Phase shift module, Electronic engineering

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