The very first experiment performed was based in Convolution and Correlation. Convolution gives the output system in accordance with the input whereas correlation gives the similarity between 2 input signals. The developed code was first verified using Linux GCC Compiler. Once the program was built, it was burnt on the board using Code Composer Studio v4. The output was seen using JTAG emulator interface.
Crisp description!
ReplyDeleteThere are other blogs as well. check them out.
DeleteInformative.
ReplyDeleteThere are other blogs as well. check them out.
DeleteJTAG interface helps in real time debugging of the program and the variable values stored in the memory of the processor.That's indeed a biggest advantage of using the kit.
ReplyDeleteYes, also one can see the real-time data in the debug window on the PC itself!
DeleteThey are used in most of the applications.
ReplyDeleteYes, they form the basis of DSP applications
DeleteConvolution is used to find out the output of the system
ReplyDeleteYes, and correlation shows the similarity of the signals
Deleteconvolution of two causal signals is causal signal
ReplyDeleteYes, true that
DeleteConvolution can be used for image smoothening
ReplyDeleteYes, when used for 2-D signals.
DeleteCorrelation is used to find similarity between two signals
ReplyDeleteYes, speech recognition is one of the various applications of the same.
DeleteCircular convolution are mostly used
ReplyDeleteSince, it is more efficient.
DeleteGCC Compiler is a versatile compiler which is most popularly used in linux.
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