Optical interconnection using photorefractive dynamic holograms clickable element to expand
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An introduction and comparative overview to the state of the art of two-dimensional spatial
light modulator technology is provided, touching on the basic operation and performance of …

Analog optical solutions of numerical problems tend to be fast, simple, and inaccurate.
Digital optical or electronic solutions to the same problems tend to be slower, harder, and …

Optics is under serious consideration with regard to the implementation of parallel
multiprocessing systems, especially those involving a high degree of interprocessor …

We propose and demonstrate the use of a Fourier transform to achieve maximum energy
efficiency in a photorefractive optical interconnection. The results of experimental …

Integrated fiber-optic coupler for very large scale integration interconnects clickable element
to expand a topic LOGIN OR CREATE ACCOUNT PRISM SUBMISSION × Optica is …

There is growing interest in highly interconnected networks of very simple processing
elements within artificial intelligence circles. These networks are referred to as connectionist …

Analog electrooptical processors are best suited for applications demanding high
computational throughput with tolerance for inaccuracies. Matrix preconditioning is one such …

An effective use for analog optical vector processors is in the implementation of robust
computational algorithms that require a high throughput rate but exhibit tolerance for …

The cross-talk noise in reconfigurable interconnection, which results from the nonuniform
amplification in photorefractive two-wave mixing in the Fourier domain, in which maximum …