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Computing with memory

Computing with memory (or in-memory computing, IMC) is a paradigm that performs computations directly within memory arrays (RAM, RRAM, PCM) rather than transferring data to a separate CPU, significantly reducing energy consumption and latency. It addresses the von Neumann bottleneck by enabling data-parallel operations, such as for neural networks and…

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Details

Berkeley IRAM project Rapid prototyping Content-addressable memory

3 related topics

Overview

Memory arrays Von Neumann bottleneck Overheads FPGAs Processor-in-memory

5 related topics

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Overview

Memory arrays Heap spraying
Von Neumann bottleneck Von Neumann architecture
Overheads Overhead (computing)
FPGAs Field-programmable gate array
Processor-in-memory

Details

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Map overview Semantic statistics

Computing with memory

Nodes11

Edges10

Triples19

Avg. degree1.82

Density0.181818

Components1

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Computing with memory

Top relations

related to Details · 19

Computing with memory → Although, An, CLBs, Computing, Due, FPGA, FPGAs, Investigations, It, LUTs, PI, PIM, Reconfigurable, Since, Such, The, The Berkeley IRAM, These, They

Important terminology Word statistics

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Important terminology

computing memory array fpga luts reducing programmable spatial model fpgas reduce performance purely data interconnect inside two-dimensional reconfigurable architecture follow

Entity relationships Subject–Predicate–Object triples

Subject	Predicate	Object	Confidence	Src
Computing with memory	related to Details	These	0.60	section
Computing with memory	related to Details	FPGA	0.60	section
Computing with memory	related to Details	The	0.60	section
Computing with memory	related to Details	It	0.60	section
Computing with memory	related to Details	LUTs	0.60	section
Computing with memory	related to Details	Computing	0.60	section
Computing with memory	related to Details	PIM	0.60	section
Computing with memory	related to Details	The Berkeley IRAM	0.60	section
Computing with memory	related to Details	Reconfigurable	0.60	section
Computing with memory	related to Details	FPGAs	0.60	section
Computing with memory	related to Details	They	0.60	section
Computing with memory	related to Details	Since	0.60	section

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