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The book "Digital Processing and Multiprocessing" will cover many topics related to digital signal processing (DSP) and multiprocessing systems. The foundations of digital signal processing are covered in this book, along with discrete time signals and systems, Fourier analysis, filter design, and digital signal processing methods. Text of DSP methods for signal modulation and demodulation, spectral analysis, convolution, and filtering. An explanation of multiprocessing designs, such as distributed multiprocessing, asymmetric multiprocessing, and symmetric multiprocessing (SMP, AMP). Topics like parallel computing models, parallel programming paradigms, and parallel algorithms are discussed. Coverage of parallel computing architectures, parallel programming frameworks, and parallel algorithms for signal processing applications in DSP applications. The principles of developing multiprocessing systems for DSP applications, include software (such as task scheduling, load balancing, and synchronisation) and hardware (such as multi-core processors, interconnects, and memory hierarchy). Hardware/software co-design, real-time operating systems, and real-time signal processing algorithms are examples of technologies for real-time DSP applications. Useful applications of multiprocessing and digital processing in a range of fields, including control systems, biological signal processing, audio and picture processing, and telecommunications.