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Nov 27, 2009 · Examples of non von Neumann machines are the dataflow machines and the reduction machines. In both of these cases there is a high degree of parallelism, and instead of variables there are immutable bindings between names and constant values. non von Neumann is usually reserved for machines that represent a radical departure from the von Neumann ...
non von Neumann architecture Any computer architecture in which the underlying model of computation is different from what has come to be called the standard von Neumann model (see von Neumann machine).
The article discusses emerging non-von Neumann computer architectures and their integration in the computing continuum for supporting modern distributed applications, including artificial intelligence, big data, and scientific computing.
Jun 17, 2024 · Any computer architecture in which the underlying model of computation is different from what has come to be called the standard von Neumann model (see von Neumann machine). A non von Neumann machine may thus be without the concept of sequential flow of control (i.e. without any register corresponding to a “program counter” that indicates ...
Jan 31, 2022 · We define neuromorphic computers as non-von Neumann computers whose structure and function are inspired by brains and that are composed of neurons and synapses. Von Neumann computers are...
Jul 9, 2020 · Data-centric computation and the scalability limits of current computing systems call for the developments of alternative to von Neumann architecture.
Data-centric computation and the scalability limits of current computing systems call for the developments of alternative to von Neumann architecture.
1.10 NON–VON NEUMANN MODELS. Until recently, almost all general-purpose computers followed the von Neumann design. That is, the architecture consisted of a CPU, memory, and I/O devices, and they had single storage for instructions and data, as well as a single bus used for fetching instructions and transferring data. von Neumann computers ...
Jan 1, 2024 · As the demand for computation and reprogramming increased, the von Neumann architecture emerged, introduced by John Neumann in 1945. This architecture separates the CPU from memory, enabling re-programmable operations.
Abstract: We present a new non-von Neumann architecture, termed "Superstrider," predicated on no more than current projected improvements in semiconductor components and 3D manufacturing technologies, which should offer orders of magnitude advances in both energy efficiency and performance for many high-utility problem classes. The architecture ...
