What is a Digital Signal Processing System?
The digital signal processor comprises of different signals that are used such as audio, voice, temperature, and video processing in a digital signal and after that mathematically process the digital signal processor. A DSP performs different mathematical functions very rapidly such as addition, subtraction, multiplication & division.
DSP works with key components such as program memory, data memory, computer engine, and Input/Output.
- Program memory is used to process data by storing the programs.
- Data Memory is used to store the data that can be processed.
- Compute engine performs the mathematical operations, process the information from the data and program memory.
- Input or Output provides as different functions so that it can integrate external data sources
What is Digital Signal Processing (DSP)?
Digital Signal Processing (DSP) is a branch of engineering and applied mathematics that deals with the processing and analysis of digital signals. A digital signal is a discrete-time signal, that is represented by a sequence of numbers sampled at regular intervals. DSP involves various algorithms, techniques, and methodologies to process these digital signals to retrieve essential information or improve specific features.
Table of Content
- Digital Signal Processing
- Uses
- Block Diagram
- Architecture
- Types
- DSP Vs Microprocessor
- Fundamentals of DSP