Abstract

Methods of processing the camera output of a new photelastic slip sensor are investigated. These all involve grouping the outputs of the individual camera pixels and treating the gross output of each group as that of a single macro pixel. The grouping has the advantage of reducing noise as well as processing time and storage space, without adversely affecting resolution. The paper discusses the design of macro pixels, the problems of resolution and noise, and the different algorithms for processing the macro pixel outputs.

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