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...puters can contribute to the environment and overall well-being of the planet. Topics of interest are: * Power-aware software * Configurable and renewable energy * Code profiling and transformation for power management * Low power electronics * Power-aware middleware * Embedded systems, ASICs and FPGSs * Power-efficient architectures and chip designs * Power leakage and dissipation * Resource management to optimize performance and power * Power implications for portable and mobile computing * Runtime systems that assist in power saving * Power aware networking * Models for collective optimization...

...puters can contribute to the environment and overall well-being of the planet. Topics of interest are: * Power-aware software * Configurable and renewable energy * Code profiling and transformation for power management * Low power electronics * Power-aware middleware * Embedded systems, ASICs and FPGSs * Power-efficient architectures and chip designs * Power leakage and dissipation * Resource management to optimize performance and power * Power implications for portable and mobile computing * Runtime systems that assist in power saving * Power aware networking * Models for collective optimization...

...puters can contribute to the environment and overall well-being of the planet. Topics of interest are: * Power-aware software * Configurable and renewable energy * Code profiling and transformation for power management * Low power electronics * Power-aware middleware * Embedded systems, ASICs and FPGSs * Power-efficient architectures and chip designs * Power leakage and dissipation * Resource management to optimize performance and power * Power implications for portable and mobile computing * Runtime systems that assist in power saving * Power aware networking * Models for collective optimization...

...puters can contribute to the environment and overall well-being of the planet. Topics of interest are: * Power-aware software * Configurable and renewable energy * Code profiling and transformation for power management * Low power electronics * Power-aware middleware * Embedded systems, ASICs and FPGSs * Power-efficient architectures and chip designs * Power leakage and dissipation * Resource management to optimize performance and power * Power implications for portable and mobile computing * Runtime systems that assist in power saving * Power aware networking * Models for collective optimization...

...puters can contribute to the environment and overall well-being of the planet. Topics of interest are: * Power-aware software * Configurable and renewable energy * Code profiling and transformation for power management * Low power electronics * Power-aware middleware * Embedded systems, ASICs and FPGSs * Power-efficient architectures and chip designs * Power leakage and dissipation * Resource management to optimize performance and power * Power implications for portable and mobile computing * Runtime systems that assist in power saving * Power aware networking * Models for collective optimization...

...puters can contribute to the environment and overall well-being of the planet. Topics of interest are: * Power-aware software * Configurable and renewable energy * Code profiling and transformation for power management * Low power electronics * Power-aware middleware * Embedded systems, ASICs and FPGSs * Power-efficient architectures and chip designs * Power leakage and dissipation * Resource management to optimize performance and power * Power implications for portable and mobile computing * Runtime systems that assist in power saving * Power aware networking * Models for collective optimization...