There exists a class of problems, called the NP-Complete problems, which are not known to be solved in any realistic (polynomial) time span and considered intractable. If we use the most powerful computer, equipped with dedicated hardware and software, depending on the input size, we cannot guarantee a solution to any NP-Comp

Dual Port RAM Dual Port Ram modules were needed as the Pilchard's FPGA operates on slower internal clock speed. The DPRam core was generated using Xilinx's CoreGen and included the enable option. For consistency, Port A was designated to manipulate data on-chip, working on a slower, internal clock. Port B was designated for data transfer between the host and the FPGA using the faster, host clock.

Some topics in this essay:
Vertex Cover, Arrays FPGA, Acceleration Background, Parameter Tractable, Grid SinRG, Graph Theory, Language VHDL, Parameter Tractability, vertex cover, Introduction PILOT, fixed parameter, ECE Department, triple acceleration, fixed parameter tractable, parameter tractable, bounded size, pilot project, component ta, set vertices, graph vertex, objective pilot, graph vertex cover,