Blubaugh, David A. wrote: > Bill, > > > Let me first say that my FPGA experiences are of the following nature: > > 1.) Developed control algorithms onto a FPGA that were utilized to > control a switch-reluctance motor (three-phase as well six-phase). > > 2.) I am currently in the process of developing a specialized > Multidimensional FFT processor that can be utilized to determine the > frequency content and angle of arrival of a target via a linear sensor > array. > > I believe that you are deeply mistaken about that I would be the only > person to use such a system. The FPGA market will only increase as more > embedded systems utilize more and more FPGAs for the processing needs, > since embedded system are being task with more computationally intensive > tasks, such as for example, image digital signal processing within > portable digital cameras. Electrical and Computer Engineers could start > to utilize SAGE for system programming and development, not just only > mathematicians or physicists doing their own selected work. > > Also, I think that you may have the wrong idea of porting SAGE to be > executed within a FPGA. What I had in mind was to have MyHDL embedded > within SAGE, where sage could handle the graphical plot outputs of what > is being generated by MyHDL. To be absolutely clear, SAGE could be used > to handle the graphs for the simulation side of what the logic that is > being generated by MyHDL embedded within the SAGE framework. This could > help in testing algorithms as they are being generated into verilog FPGA > logic, by having a graphical experience within the entire development > process. > > > If you have any more additional questions, please contact me as soon as > possible. > > Why not use LabView, it seems to have good FPGA support ? cheers, Stef
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