An Efficient Heterogeneous Framework Technique for Optimizing Energy in Green Cloud Computing

Nowadays, technology is upgrading that leads to focus more on green cloud computing where saving of the energy or reduction of unnecessary wastage of energy is considered as a significant factor. The approaches that are proved to be efficient in energy management are considered for combining best features of two models into new model. The new model is constituted based on best characteristics of existing top approaches. This leads to form healthier environment, where pollution free, efficiently best manage the energy even in case of working over a system or device in addition to not using it for a while and enhance the appearance. In this, the existing energy saving mechanisms is described and novel approach is derived using few measures taken from each approach. The comparison also made over hybrid approach over individual approach that contributed in forming the hybrid approach based on saving of energy, performance of the processor, user-friendliness of the approach in terms of supporting coefficient, and memory consumed. Hence, the proposed hybrid framework is much useful for existing all scenarios and future too in order to sustain energy efficient environment. The devices or machines that exist today, their energy is to be reduced in marginal manner that leads to reduce global warming in terms of avoiding the scenarios of producing more energy in the environment that increases heat that results global warming. The reduction of energy by the devices that emits to be done using this kind of hybrid energy saving frameworks.