<P><FONT face=Tahoma>Computer systems are becoming ubiquitous and provide enormous computational potential for science, engineering, medicine, finance, and entertainment. 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–generation computing technologies. ACSAC has been held annually since 1996 to allow leading research groups to present their current research activities and their latest results. </FONT><BR><B>Keywords:</B><FONT face=Tahoma> </FONT></P> <P><FONT face=Tahoma> Instruction–level parallelism (ILP) and thread–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–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–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–specific systems</FONT><BR><FONT face=Tahoma> Impact of VLSI scaling and advanced submicron design</FONT><BR><FONT face=Tahoma> High–availability, high–reliability and fault tolerant architectures</FONT><BR><FONT face=Tahoma> Hardware/software partitioning, co–design and co–verification</FONT><BR><FONT face=Tahoma> Self–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–generation computing technologies</FONT></P>
Abbrevation
ACSAC
City
Hsinchu
Country
Taiwan
Deadline Paper
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