Hardware modeling of GPU geometric pipeline rasterization based on UML and SystemC

Architecture and algorithm determine the performance of GPU, and they need be verified as soon as possible. The paper brings forward a method of modeling based on UML(Unified Modeling Language), and describes the process of modeling GPU geometry engine unit architecture and line primitive rasterizat...

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Main Authors:	Chen Jia, Tian Ze, Wu Xiaocheng, Lou Xiaoqiang
Format:	Article
Language:	zho
Published:	National Computer System Engineering Research Institute of China 2019-01-01
Series:	Dianzi Jishu Yingyong
Subjects:	UML TLM SystemC model simulation
Online Access:	http://www.chinaaet.com/article/3000096173

id	doaj-1218148a41ac437f81bb91608800b509
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spelling	doaj-1218148a41ac437f81bb91608800b5092020-11-25T01:08:08ZzhoNational Computer System Engineering Research Institute of ChinaDianzi Jishu Yingyong0258-79982019-01-01451232610.16157/j.issn.0258-7998.1816913000096173Hardware modeling of GPU geometric pipeline rasterization based on UML and SystemCChen Jia0Tian Ze1Wu Xiaocheng2Lou Xiaoqiang3AVIC Computing Technique Research Institute，Xi′an 710068，ChinaAVIC Computing Technique Research Institute，Xi′an 710068，ChinaAVIC Computing Technique Research Institute，Xi′an 710068，ChinaAVIC Computing Technique Research Institute，Xi′an 710068，ChinaArchitecture and algorithm determine the performance of GPU, and they need be verified as soon as possible. The paper brings forward a method of modeling based on UML(Unified Modeling Language), and describes the process of modeling GPU geometry engine unit architecture and line primitive rasterization algorithm in detail. Model and simulation are implemented in SystemC language. The model verifies the correctness of architecture and algorithm, and its own effectiveness and feasibility, provides reference to RTL design.http://www.chinaaet.com/article/3000096173UMLTLMSystemCmodel simulation
collection	DOAJ
language	zho
format	Article
sources	DOAJ
author	Chen Jia Tian Ze Wu Xiaocheng Lou Xiaoqiang
spellingShingle	Chen Jia Tian Ze Wu Xiaocheng Lou Xiaoqiang Hardware modeling of GPU geometric pipeline rasterization based on UML and SystemC Dianzi Jishu Yingyong UML TLM SystemC model simulation
author_facet	Chen Jia Tian Ze Wu Xiaocheng Lou Xiaoqiang
author_sort	Chen Jia
title	Hardware modeling of GPU geometric pipeline rasterization based on UML and SystemC
title_short	Hardware modeling of GPU geometric pipeline rasterization based on UML and SystemC
title_full	Hardware modeling of GPU geometric pipeline rasterization based on UML and SystemC
title_fullStr	Hardware modeling of GPU geometric pipeline rasterization based on UML and SystemC
title_full_unstemmed	Hardware modeling of GPU geometric pipeline rasterization based on UML and SystemC
title_sort	hardware modeling of gpu geometric pipeline rasterization based on uml and systemc
publisher	National Computer System Engineering Research Institute of China
series	Dianzi Jishu Yingyong
issn	0258-7998
publishDate	2019-01-01
description	Architecture and algorithm determine the performance of GPU, and they need be verified as soon as possible. The paper brings forward a method of modeling based on UML(Unified Modeling Language), and describes the process of modeling GPU geometry engine unit architecture and line primitive rasterization algorithm in detail. Model and simulation are implemented in SystemC language. The model verifies the correctness of architecture and algorithm, and its own effectiveness and feasibility, provides reference to RTL design.
topic	UML TLM SystemC model simulation
url	http://www.chinaaet.com/article/3000096173
work_keys_str_mv	AT chenjia hardwaremodelingofgpugeometricpipelinerasterizationbasedonumlandsystemc AT tianze hardwaremodelingofgpugeometricpipelinerasterizationbasedonumlandsystemc AT wuxiaocheng hardwaremodelingofgpugeometricpipelinerasterizationbasedonumlandsystemc AT louxiaoqiang hardwaremodelingofgpugeometricpipelinerasterizationbasedonumlandsystemc
_version_	1725184100795416576

Hardware modeling of GPU geometric pipeline rasterization based on UML and SystemC

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