Current data recall rates from page oriented holographic memories far exceed the ability of electronics to even read or transmit the data. For database management, we must not only read those data but also query them-computationally, a far more complex task. That task is hopeless for electronics. We show here the rudiments of an optical system that can do most of the query operations in parallel in optics, leaving the burden for electronics significantly less. Even here, electronics is the ultimate speed limiter. Yet we can query data far faster in our optical/electronic system than any purely electronic system
Abstract- We describe the development a high speed, high data rate holographic memory system using a...
The high data transfer rate achievable in page-oriented optical memories demands for parallel interf...
Being responsive to unexpectedly changing era of communication and growing call for smaller and grea...
Volume holographic data storage uses the superposition of image holograms in a suitable medium to pu...
We describe the use of optical memory disks as elements in optical information processing architectu...
Processing of very large unformatted databases or information retrieval requires very large secondar...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
Volume holographic memory can offer massively parallel associative search capability in addition to ...
Operation of optical information retrieval system using a spatial Light Modulator and holographic me...
Volume holographic memories (VHMs) are a candidate technology for next-generation high-density and h...
We describe a holographic optical memory capable of storing up to 10^12 bits of information. The st...
This thesis explores the five-space experimental implementation and monolithic adaptation of the Equ...
An optical computer is a physical information processing device that uses photons to transport data ...
We consider the potential of volume holographic storage and the parallelism of optics for fast, high...
A highly efficient holographic RAM operating at optical communication wavelengths is presented. It e...
Abstract- We describe the development a high speed, high data rate holographic memory system using a...
The high data transfer rate achievable in page-oriented optical memories demands for parallel interf...
Being responsive to unexpectedly changing era of communication and growing call for smaller and grea...
Volume holographic data storage uses the superposition of image holograms in a suitable medium to pu...
We describe the use of optical memory disks as elements in optical information processing architectu...
Processing of very large unformatted databases or information retrieval requires very large secondar...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
Volume holographic memory can offer massively parallel associative search capability in addition to ...
Operation of optical information retrieval system using a spatial Light Modulator and holographic me...
Volume holographic memories (VHMs) are a candidate technology for next-generation high-density and h...
We describe a holographic optical memory capable of storing up to 10^12 bits of information. The st...
This thesis explores the five-space experimental implementation and monolithic adaptation of the Equ...
An optical computer is a physical information processing device that uses photons to transport data ...
We consider the potential of volume holographic storage and the parallelism of optics for fast, high...
A highly efficient holographic RAM operating at optical communication wavelengths is presented. It e...
Abstract- We describe the development a high speed, high data rate holographic memory system using a...
The high data transfer rate achievable in page-oriented optical memories demands for parallel interf...
Being responsive to unexpectedly changing era of communication and growing call for smaller and grea...