Digital Signal Processing Algorithm
Digital Signal Processing Algorithm
The Deform_Frac module implements a digital signal processing algorithm that adjusts an input signal based on previous values and predefined scaling factors, effectively transforming the signal in a controlled manner. The core function of this module is to modify the signal dynamically, potentially smoothing or correcting it based on its change over time. By using fixed-point arithmetic, the module handles precise adjustments that are scaled and factored to meet specific signal processing requirements. This operation can be particularly useful in applications where gradual adjustments to the signal are needed, such as in adaptive filtering, error correction, or other digital control systems that rely on fine-tuned signal manipulation. The algorithm continuously adapts the signal, accounting for both the current and previous signal states, making it suitable for scenarios where responsiveness to changes in the input is crucial for maintaining system stability or achieving desired performance characteristics. The module is designed to operate in real-time, responding to each clock cycle and ensuring that the output is consistently updated according to the designed transformation logic.