Programmable photonic integrated circuits have developed as a key component for a variety of applications, including advancing optical computing, programmable logic operation, and quantum information ...

Group Sequential Design with Sample Size Re-estimation (GSD-SSR) offers a robust framework for ensuring the success of clinical studies while providing significant economic benefits.

Applications for using a single pushbutton to advance a circuit to its next logical state are legion. Typically, there are just “on” and “off” states, but there can be more. The heart of the circuit ...

Sequential lamination is a fundamental manufacturing technique in an era of modern PCB fabrication and is a concept that must be especially understood when manufacturing high-density interconnect (HDI ...

The venerable Stephen Woodward recently published the design idea (DI) “Flip ON flop OFF” that converts a momentary push button to a classic push-on, push-off switch. Figure 1 is an attempt to go ...

This operation is easy to achieve with a simple flip-flop constructed with old-school logic to create a “bistable” circuit. That means it will happily remain stable in one of two states unless ...

This project demonstrates the design and implementation of a four-bit register using D flip-flops and 4x1 multiplexers in Verilog. The register can operate in four different modes depending on the ...

DNA computing leverages molecular reactions to achieve diverse information processing functions. Recently developed DNA origami registers, which could be integrated with DNA computing circuits, allow ...

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