Though the concept of reconfigurable computing has been floating around for years and has attracted the attention of several researchers and vendors, there still is no commonly accepted definition of ...

To reinterpret something imaginatively – in other words, in a creative and innovative way The word “reimagine” is one of those words loved by marketing people and often loathed by engineers. But, in ...

Most complex embedded digital systems use one or more ASICs to secure the high level of functionality that is required. Until recently, designers of such systems were forced to consider a new ...

One of the bigger announcements this past week, at least in terms of hype, was Tuesday’s news that IBM will work with a small start-up called Rapport to provide a massively parallel, reconfigurable ...

The reimagining of IT networks will begin when reconfigurable computing solutions like field-programmable gate arrays (FPGAs) are available to all IT organizations. In my last column, I wrote about ...

There is little doubt that this is a new era for FPGAs. While it is not news that FPGAs have been deployed in many different environments, particularly on the storage and networking side, there are ...

DENVER — A small Utah startup has reawakened the potential of FPGA-based reconfigurable computing by releasing an algorithmic synthesis language and a desktop supercomputer that use the language on ...

(Nanowerk Spotlight) Reconfigurable computing (RC) can be specialized to a particular task through its universal programmability, offering large flexibility and short time from design to realization.

As a PI of the NSF Center for Robots and Sensors for the Human Well-Being (RoSe-HUB), Prof. Voyles directs RoSe-HUB co-sponsored projects based on some of this work. This site also reflects work as a ...

With so many new technologies vying for attention, it can be difficult for CISOs to know which ones merit attention. Will this solution save time? Will it make our organisation more productive, or ...

Most complex embedded digital systems use one or more ASICs to secure the high level of functionality that is required. Until recently, designers of such systems were forced to consider a new ...