CAGing 2014 - 3rd Track on Collaborative and Autonomic Green Computing
Topics/Call fo Papers
CAGing is a track of 23 rd WETICE annual IEEE co-sponsored International Conference on Collaboration Technologies and Infrastructure. Proceedings are published by the IEEE CS Press.
Green computing is nowadays a major challenge for a large community. For example, a datacenter consumes 2% of global electricity and this will continue to grow. The integration of green preoccupations can be done at different levels: hardware, network, operating system, applications, etc.
In parallel, the architecture of computer systems and software is becoming more and more complex and distributed. Grids and clouds are good example of those trends. The size and complexity of such a system can no longer be managed at the human level or with scripts. The use of collaborative methods and autonomic computing could solve many problems: configuration, performance, safety, availability, scalability of solution, accuracy of the solution, etc.
This track focuses on collaborative approach, autonomic models, green dynamic architecture, algorithms, middleware and experimentation with green computing concern. It aims to provide a forum for academia and industry to discuss recent and innovative results.
TOPICS
Specific topics include, but are not limited to, the following:
- collaborative green computing middleware
- autonomic computing
- green-oriented Autonomic computing
- scalability issues of green middleware
- QoS and green computing
- green-aware system configuration and reconfiguration
- green profiling applications
- green resources management and / or simulation
- component model for green computing
- cooperative resource management and control in green computing
- tools and simulators for green computing
- cross-layer and multi-level coordination of green policies
Green computing is nowadays a major challenge for a large community. For example, a datacenter consumes 2% of global electricity and this will continue to grow. The integration of green preoccupations can be done at different levels: hardware, network, operating system, applications, etc.
In parallel, the architecture of computer systems and software is becoming more and more complex and distributed. Grids and clouds are good example of those trends. The size and complexity of such a system can no longer be managed at the human level or with scripts. The use of collaborative methods and autonomic computing could solve many problems: configuration, performance, safety, availability, scalability of solution, accuracy of the solution, etc.
This track focuses on collaborative approach, autonomic models, green dynamic architecture, algorithms, middleware and experimentation with green computing concern. It aims to provide a forum for academia and industry to discuss recent and innovative results.
TOPICS
Specific topics include, but are not limited to, the following:
- collaborative green computing middleware
- autonomic computing
- green-oriented Autonomic computing
- scalability issues of green middleware
- QoS and green computing
- green-aware system configuration and reconfiguration
- green profiling applications
- green resources management and / or simulation
- component model for green computing
- cooperative resource management and control in green computing
- tools and simulators for green computing
- cross-layer and multi-level coordination of green policies
Other CFPs
- 4th Track on Adaptive and Reconfigurable Service-oriented and component-based Applications and Architectures
- 12th Track on Adaptive Computing (and Agents) for Enhanced Collaboration
- 3rd International Workshop on Engineering Safety and Security Systems
- 1st Formal Methods for Timing Verification Workshop (FMTV’ 14)
- The 2nd French Singaporean Workshop in Formal Methods and Applications (FSFMA)
Last modified: 2014-01-21 07:28:39