Discrete Convolution Computation Experiment
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Resource Overview
Detailed Documentation
Discrete convolution computation experimental procedure:
1. Launch the main interface.
2. Navigate to the "Discrete Convolution Computation" sub-experiment under Experiment 5.
3. Input finite-length sequence x(n) and finite-length sequence h(n). In code implementation, these sequences would typically be represented as arrays or vectors, potentially requiring padding for convolution operations.
4. Click the confirm button. This trigger would execute convolution algorithms such as direct computation via sum-of-products or optimized FFT-based methods.
5. Display convolution results both numerically as computed values and graphically as a sequence plot. The numerical output shows the convolution sum y(n) = Σx(k)h(n-k), while the graphical representation uses plotting functions to visualize the resulting sequence's amplitude versus index.
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