Abbrevation
ACSAC
City
Hsinchu
Country
Taiwan
Deadline Paper
Start Date
End Date
Abstract

<P><FONT face=Tahoma>Computer systems are becoming ubiquitous and provide enormous computational potential for science, engineering, medicine, finance, and entertainment&#046; The ACSAC conference provides a forum for presenting research on most aspects of computer system architecture, with a focus on parallel architectures, computation models, reconfigurable systems, high performance architectures, compilers, power aware techniques, ubiquitous computing architectures and next&#8211;generation computing technologies&#046; ACSAC has been held annually since 1996 to allow leading research groups to present their current research activities and their latest results&#046; </FONT><BR><B>Keywords:</B><FONT face=Tahoma> </FONT></P> <P><FONT face=Tahoma> Instruction&#8211;level parallelism (ILP) and thread&#8211;level parallelism (TLP)<BR> Processor architectures and microarchitectures</FONT><BR><FONT face=Tahoma> Parallel architectures and computation models</FONT><BR><FONT face=Tahoma> Reconfigurable computing systems</FONT><BR><FONT face=Tahoma> Memory systems</FONT><BR><FONT face=Tahoma> OS for emerging architectures</FONT><BR><FONT face=Tahoma> High&#8211;performance I/O architectures</FONT><BR><FONT face=Tahoma> Compilers and tools for all of the above</FONT><BR><FONT face=Tahoma> Benchmarking and measurement of real systems</FONT><BR><FONT face=Tahoma> OS and architecture support for secure computing</FONT><BR><FONT face=Tahoma> Architectures for high&#8211;productivity embedded systems</FONT><BR><FONT face=Tahoma> Simulation and performance evaluation</FONT><BR><FONT face=Tahoma> Hardware support for OS and compilers</FONT><BR><FONT face=Tahoma> Energy efficient and power aware techniques</FONT><BR><FONT face=Tahoma> Interconnect networks and network interfaces</FONT><BR><FONT face=Tahoma> Methodologies and architectures for application&#8211;specific systems</FONT><BR><FONT face=Tahoma> Impact of VLSI scaling and advanced submicron design</FONT><BR><FONT face=Tahoma> High&#8211;availability, high&#8211;reliability and fault tolerant architectures</FONT><BR><FONT face=Tahoma> Hardware/software partitioning, co&#8211;design and co&#8211;verification</FONT><BR><FONT face=Tahoma> Self&#8211;timed/globally asynchronous locally synchronous designs</FONT><BR><FONT face=Tahoma> Mobile system designs and implementations</FONT><BR><FONT face=Tahoma> Ubiquitous computing and architectures</FONT><BR><FONT face=Tahoma> Next&#8211;generation computing technologies</FONT></P>