<P><SPAN style=″FONT–FAMILY: Arial″>Embedded systems are driving an information revolution with their pervasion in our everyday lives. The increasingly ubiquitous embedded systems pose a host of technical challenges different from those faced by general–purpose computers because they are more constrained in terms of timing, power, area, memory and other resources. Embedded software optimization becomes a major concern for embedded system design.<BR><?xml:namespace prefix = o ns = ″urn:schemas–microsoft–com:office:office″ /></SPAN></P> <P><B>Keywords:</B> </P> <LI> <DIV align=left>Software optimization techniques for power, timing, memory minimization</DIV> <LI> <DIV align=left>Code size optimization techniques</DIV> <LI> <DIV align=left>Software design and optimization for multi–core, parallel and heterogeneous embedded systems</DIV> <LI> <DIV align=left>Software management for memory systems</DIV> <LI> <DIV align=left>Real–time software design and optimization</DIV> <LI> <DIV align=left>Trustworthy computing in embedded software</DIV> <LI> <DIV align=left>Secure embedded software design</DIV> <LI> <DIV align=left>Application–specific embedded software design and optimization</DIV> <LI> <DIV align=left>Code generation and optimization for embedded processors</DIV> <LI> <DIV align=left>Compilation for reconfigurable architectures</DIV> <LI> <DIV align=left>Design space exploration and minimization</DIV> <LI> <DIV align=left>Embedded Java optimization</DIV> <LI> <DIV align=left>Profiling and analysis techniques for embedded software</DIV> <LI> <DIV align=left>Verification and testing techniques for embedded software</DIV> <LI> <DIV align=left>Power/energy estimation tools for embedded software</DIV> <LI> <DIV align=left>System–level power/energy management</DIV> <LI> <DIV align=left>Case studies<BR></DIV></LI>
Abbrevation
ESO
City
Shanghai
Country
China
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Abstract