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This research includes the internal BS architecture, idle components switch-off and component energy-efficiency enhancement.
Dynamic power management (DPM) is a technique to reduce power consumption of electronic systems by selectively shutting down idle components.
In order to deal with problem of intelligently determining idle components, the adoptive techniques have been developed.
Optical "white box" nodes based on the Architecture on Demand (AoD) paradigm allow for self-healing of nodal component failures due to their architectural flexibility and the ability to employ idle components for failure recovery.
Therefore, the proposed algorithm pursues an advantageous trade-off between the increase of the number of idle components which can be used as redundancy at the node level and the unwanted length increase of lightpaths re-routed to render components redundant.
The renowned technique that has been applied to system components (e.g. CPUs, cache memories) is called Supply Voltage Reduction (SVR), 2) Reducing the size of the circuit in the system, either by designing circuits with fewer transistors, or by cutting the power supplies to idle components to reduce the effective transistor count, 3) Cooling the system by applying cooling technologies.
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Intelligent self-organizing power-saving architecture (ISPA), helps in solving the problem of determining idle component, i.e., which computer needs to be shut down in order to save power.
The unused components turn off if idle period is large.
The DPM techniques at a hardware level can selectively turn off the idle system components or reduce the performance of the partially unexploited ones.
In this low-contention case, the dynamic altruism term is smaller than in the static case (owing to the idle-time component α) so users will value their own throughput utility more (and they can achieve more throughput owing to less contention), which is collectively re-enforced by the throughput component of the dynamic altruism term.
We suspect measurement error is an important component of idle status.
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