Paper Info
Title
Server Side C-DASH: Ubiquitous Hardware/Software Codesign Environment
Abstract
We have developed a processor development environment C-DASH (C-like Design Automation Shell). C-DASH generates HW (Hardware) and SWDE (Software Development Environment) from a processor definition file. To use C-DASH, each user must install C-DASH into local PC. When developing a processor as a team there is often a problem of file consistency, such as when another developer changes the same files you have. To solve this problem a collaborative development environment is required. This paper describes the implementation of a server side ubiquitous codesign environment for an ISA simulator. A server side codesign environment makes it unnecessary to install C-DASH onto local hosts, and makes codesign environment into device independent, and collaborative development becomes easier. A developer can upload a processor definition file via a web browser and develop an ISA (Instruction Set Architecture) simulator.
Year
DOI
Venue
2006
10.1109/MDM.2006.142
MDM
Keywords
Field
DocType
developer change,processor development environment c-dash,collaborative development environment,codesign environment,software codesign environment,server side codesign environment,ubiquitous hardware,isa simulator,processor definition file,file consistency,server side ubiquitous codesign,collaborative development,server side c-dash,design automation,instruction sets,instruction set architecture,development environment,pervasive computing,service oriented architecture,collaboration,computer architecture,programming,software development environment
Server-side,Computer science,Instruction set,Upload,Electronic design automation,Ubiquitous computing,Hardware software,Service-oriented architecture,Operating system,Dash
Conference
ISSN
ISBN
Citations 
1551-6245
0-7695-2526-1
1
PageRank 
References 
Authors
0.40
5
3
Name
Order
Citations
PageRank
Hideaki Yanagisawa1256.17
Minoru Uehara252596.87
Hideki Mori35811.09