PARTITIONING-BASED ALLOCATION OF DEDICATED DATA-PATHS IN THE ARCHITECTURAL SYNTHESIS FOR HIGH-THROUGHPUT APPLICATIONS. Author: GEURTS, W. NOTE, S ; CATTHOOR ...
Abstract. The goal of this paper is to extend the synthesis of real time digital signal processing. (DSP) algorithms towards the domain of high throughput.
Apr 25, 2024 · Partitioning-Based Allocation of Dedicated Data-Paths in the Architectural Synthesis for High Throughput Applications. VLSI 1991: 193-202.
An application-specific architecture for the RBN-coder with efficient ...
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Apr 1, 1993 · De Man, “Partitioning-based allocation of dedicated data-paths in the architectural synthesis for high-throughput applications,”Proc. VLSI91 ...
Partitioning-Based Allocation of Dedicated Data-Paths in the Architectural Synthesis for High Throughput Applications. VLSI 1991: 193-202; 1990. [j1]. view.
Abstract. This paper examines recon gurable pipelined datapaths (RaPiDs), a new architecture style for computation- intensive applications that bridges the ...
Missing: Throughput | Show results with:Throughput
In this paper, we propose a methodology for accelerating application segments by partitioning them between reconfigurable hardware blocks of different ...
Missing: Throughput | Show results with:Throughput
A 'Partitioning Approach' in Computer Science refers to the technique of distributing workload by dividing applications and data into different types of work.
2.1 Iterative Loop Based Scheduling and Allocation Algorithm. Step 1: The ... 2.2 Data Path Synthesis. GOD. Input. Given a final schedule and the number of ...
Missing: Throughput | Show results with:Throughput
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