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Hybrid systems combine large-area electronics (LAE) with silicon-CMOS ICs for sensing and computation, respectively. In such systems, interfacing a large number of distributed LAE sensors with the CMOS domain poses a key limitation. This paper presents an architecture that aims to greatly reduce both the number of physical connections and the time for accessing all of the sensors. Each sensor modulates...
Hybrid systems combine Large-Area Electronics (LAE) and silicon CMOS ICs for sensing and computation, respectively. Such systems are limited in number of sensors by the interfaces required between LAE and CMOS. One solution is active matrices; however, these are best suited to highly-regular sensor arrangements due to many speed/power-limiting data lines, and ultimately provide only a square-root...
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