The Anole framework involves three modules: energy profiler is a module used for estimating application energy consumption, energy-aware APIs that state applications by using the energy information and energy-aware policy which applies the energy adaptation of operating system by including service and hardware adaptations.
As power-driven adaptation of shared resources affects multiple threads at once, the efficiency in a tile-organized many-core processor architecture hinges on the ability to co-schedule compatible threads to tiles in tandem with hardware adaptations per tile and per core.
Unfortunately, as core count grows, the complexity of both the adaptation hardware and the power management algorithms increases exponentially.
This technique assumes adaptation of hardware architecture to fit its structure to the currently performed algorithm.
Approaches for reducing the power consumption in DSL can be classified into three categories[19]: the optimization of hardware components; dynamic rate adaptation (e.g., by spectral optimization); and low-power modes.
Loudness was further transformed in both hardware and software for adaptation to the hearing range.
SDRCS requires no extra hardware for localization, transmission power adaptation or multi-channel transmission.
To support late-bound, runtime adaptation to various hardware platforms, the SCORE runtime employs a paged reconfiguration discipline.
Comparisons of the adaptation time between hardware and software approaches have demonstrated the suitability of the FPGA implementation of the proposed HPOPSO for attending specific requirements of embedded system applications.
The disadvantages of IMRT include increased radiation scattering to surrounding non-target tissues and the complexity of radiation planning, which requires adaptation of the hardware of linear accelerators, skilled physicist support, and increased delivery time for treatment.
