The simulation of processors over simple architectures is important for enabling test and verification prior to the expensive implementation involved in the development of new hardware technologies.
In particular, the problem of new hardware with adequate computational capability and time intensive, cost-ineffective manual implementations in advanced power quality metering algorithms is studied in [6].
Although, one randomised comparison did demonstrate a benefit to 2-D vs 3-D (Dearnaley et al, 1999), in general, there has been rapid and uncontrolled marketing, demand, dissemination, and implementation of new and promising technologies (both hardware and software) before their effectiveness and comparative value have been rigorously evaluated.
Our evaluation of the new hardware and software reviewed aspects of patient safety, utilisation of resources and staff satisfaction by comparing operational processes before and after implementation.
This paper presents the design and VLSI implementation of a new digital hardware structure which performs the conversion, in real-time, of the R, G and B color co-ordinates to the CIE L∗u∗v∗ perceptually uniform color space.
We propose a new hardware implementation of basic MPI primitives.
In this paper, a new hardware implementation of the RC4 algorithm using FPGA is proposed.
High Performance Computing (HPC) is a technology that allows the implementation of efficient algorithms on powerful new hardware resources.
That's why we proposed a new hardware implementation on Field Programmable Gate Array (FPGA) of bat algorithm, it is a new proposed meta-heuristic for global optimization.
Several new hardware implementations (IPs) have been proposed for the various processing elements of video codec's.
