Two FPGA based implementations of random number generators intended for embedded cryptographic applications are presented. The first is a true random number generator (TRNG) whic...
Kuen Hung Tsoi, K. H. Leung, Philip Heng Wai Leong
A second generation of an embedded input device for kinetically challenged persons is presented. The new system can detect O(n2 ) free motions in space with O(n) hardware, and has...
A module has been implemented in Field Programmable Gate Array (FPGA) hardware that scans the content of Internet packets at Gigabit/second rates. All of the packet processing ope...
James Moscola, John W. Lockwood, Ronald Prescott L...
Most commercial and academic floating point libraries for FPGAs provide only a small fraction of all possible floating point units. In contrast, the floating point unit generat...
A massively parallel single instruction multiple data stream (SIMD) processor designed specifically for cryptographic key search applications is presented. This design aims to ex...
Stanley Y. C. Li, Gap C. K. Cheuk, Kin-Hong Lee, P...
Hybrid architectures, which are composed of a conventional processor closely coupled with reconfigurable logic, seem to combine the advantages of both types of hardware. They pres...
Hardware simulation of channel codes offers the potential of improving code evaluation speed by orders of magnitude over workstation- or PC-based simulation. We describe a hardwar...
Dong-U Lee, Wayne Luk, John D. Villasenor, Peter Y...
Although domain-specialized FPGAs can offer significant area, speed and power improvements over conventional reconfigurable devices, there are several unique and unexplored design...
FPGAs have appealing features such as customizable internal and external bandwidth and the ability to exploit vast amounts of fine-grain parallelism. In this paper we explore the ...