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Title: Digital Signal Processing
Description: Sequences (unit sample, unit step, exponential...), frequency domain, discrete time systems (ideal, linear, time invariant), characteristics of those systems (casualty, stability, etc), LTI Systems, impulse response, differential equations, Fourier Transforms, Z Transform and properties, convergence, sampling, linear phase FIR, filters.
Description: Sequences (unit sample, unit step, exponential...), frequency domain, discrete time systems (ideal, linear, time invariant), characteristics of those systems (casualty, stability, etc), LTI Systems, impulse response, differential equations, Fourier Transforms, Z Transform and properties, convergence, sampling, linear phase FIR, filters.
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Title: Digital Signal Processing
Description: Sequences (unit sample, unit step, exponential...), frequency domain, discrete time systems (ideal, linear, time invariant), characteristics of those systems (casualty, stability, etc), LTI Systems, impulse response, differential equations, Fourier Transforms, Z Transform and properties, convergence, sampling, linear phase FIR, filters.
Description: Sequences (unit sample, unit step, exponential...), frequency domain, discrete time systems (ideal, linear, time invariant), characteristics of those systems (casualty, stability, etc), LTI Systems, impulse response, differential equations, Fourier Transforms, Z Transform and properties, convergence, sampling, linear phase FIR, filters.