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Self-Aware Monitoring Based Adaptive Systems

Fahad Ahmad

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Abstract

Monitoring based computer system should be self-aware first because self-aware computer systems will be capable of adjusting and adapting their behavior and resources thousands of times in a second automatically to find the best way for the achievement of an assigned goal.Such an ability can benefits a wide range of computer systems from embedded systems to supercomputers and is especially helpful for meeting power, performance, and resource-metering challenges in monitoring and many other fields like mobile computing, cloud computing, multicore computing and parallel operating systems.Here a framework is being proposed, called Application Pulse-rate that offers a general, standardized approach for applications to observe their performance and provides that information to external observers.Through a deep view of a self-optimizing synchronization library called Smartlocks, a controlling technique can be determined that systems use to decide which optimization actions should be taken for monitoring of environment.

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Monitoring based computer system should be self-aware first because self-aware computer systems will be capable of adjusting and adapting their behavior and resources thousands of times in a second automatically to find the best way for the achievement of an assigned goal.Such an ability can benefits a wide range of computer systems from embedded systems to supercomputers and is especially helpful for meeting power, performance, and resource-metering challenges in monitoring and many other fields like mobile computing, cloud computing, multicore computing and parallel operating systems.Here a framework is being proposed, called Application Pulse-rate that offers a general, standardized approach for applications to observe their performance and provides that information to external observers.Through a deep view of a self-optimizing synchronization library called Smartlocks, a controlling technique can be determined that systems use to decide which optimization actions should be taken for monitoring of environment.

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Available abstract

Monitoring based computer system should be self-aware first because self-aware computer systems will be capable of adjusting and adapting their behavior and resources thousands of times in a second automatically to find the best way for the achievement of an assigned goal.Such an ability can benefits a wide range of computer systems from embedded systems to supercomputers and is especially helpful for meeting power, performance, and resource-metering challenges in monitoring and many other fields like mobile computing, cloud computing, multicore computing and parallel operating systems.Here a framework is being proposed, called Application Pulse-rate that offers a general, standardized approach for applications to observe their performance and provides that information to external observers.Through a deep view of a self-optimizing synchronization library called Smartlocks, a controlling technique can be determined that systems use to decide which optimization actions should be taken for monitoring of environment.

Key concepts: Computer science, Autonomic computing, Distributed computing, Synchronization (alternating current), Multi-core processor, Cloud computing, Metering mode, Computer performance

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