The proposed processor uses a unified hardware structure, equipped with multiple custom variable-precision arithmetic units, to implement various variable- ...
The performance is improved through the explicitly parallel technology of VLIW instruction and by dynamically varying the precision of intermediate computation.
This paper presents a special-purpose Very Large Instruction Word (VLIW) architecture for variable precision floating-point arithmetic (VV-Processor) on FPGA.
This paper explores the capability of FPGA solutions to accelerate scientific applications with variable-precision floating-point (VP) arithmetic.
Missing: Specific Arbitrary
Feb 2, 2021 · I am searching a soft-core opensource CPU with VLIW architecture. I want to calculate large number operations. Like 256 bit addition,multiplication etc.
Missing: Specific Arithmetic.
Zhou, “FPGA-specific custom VLIW architecture for arbitrary precision floating-point arithmetic,” IEICE TRANSAC-. TIONS on Information and Systems, vol. 94 ...
This paper presents a special-purpose Variable-Precision Floating-Point Arithmetic Processor (VPFPAP) based on Very Large Instruction Word (VLIW) structure. The ...
Missing: Specific Architecture Arbitrary
Jul 4, 2014 · The custom VLIW processor can achieve high scalability. Under the control of specific VLIW instructions, the basic units are combined into ...
Missing: Arbitrary | Show results with:Arbitrary
Apr 13, 2022 · In this work, we show how a Karatsuba-based arbitrary precision floating point (APFP) multiplier implemented on a single FPGA device can ...
FPGA-Specific Custom VLIW Architecture for Arbitrary Precision Floating-Point Arithmetic ... VLIW Processor for Variable-Precision Floating-Point Arithmetic.
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