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Effective utilization of LSI semiconductor technology allows the consideration of multiprocessor architectures. The problem of interconnecting the components of ...
Efficient implementation of one and two dimensional digital signal ...
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This paper describes the features of a multimicroprocessor architecture for digital signal processing. The use of a multiport optical memory as a design ...
The Hughes Data Flow Multiprocessor: architecture for efficient signal and data processing · Supporting Intra-Task Parallelism in Real-Time Multiprocessor ...
The disclosed multiprocessor architecture allows both processors to operate concurrently. As a result, the dual DSP system speed of processing can be two times ...
Address Generation: An efficient DSP will keep its computational units fed with data from at least two independent data-address generators.
In this research we address some of the main issues in the efficient implementation of DSP applications on high performance multiprocessor systems and propose ...
This dissertation investigates the architecture design, physical implementation, re- sult evaluation, and feature analysis of a multi-core processor for DSP ...
Digital Signal Processor Architecture refers to specialized processors designed for signal processing tasks, featuring customized instruction sets and memory ...
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Feb 17, 2023 · This Special Issue focuses on papers that demonstrate how these design challenges can be overcome using some innovative solutions.
A digital signal processor (DSP) is a specialized microprocessor chip, with its architecture optimized for the operational needs of digital signal processing.
DSP extensions in Arm CPUs make DSP functionality accessible regardless of expertise. The advancement of cutting-edge devices needs to be achievable and scalable. Reduce Complexity. Increase Efficiency.