PERFORMANCE ENHANCEMENT THROUGH COMMUNICATION OFFLOADING FOR ENERGY EFFICIENCY ON MOBILE CLOUD COMPUTATION

RECENTLY, THERE HAS BEEN AN ENORMOUS INCREASE IN MOBILE DATA USAGE WITH WIDESPREAD SMARTPHONE PROLIFERATION SIMILAR DEVICES AND THE GROWING POPULARITY OF VIDEO STREAMING SERVICES. CLOUD COMPUTING IS THE STRUCTURAL DESIGN IN WHICH VIRTUAL MACHINES, CLOUD SERVERS, HOSTS, AND TRADERS PARTICIPATE TO EXECUTE ANY JOB ON THE CLOUD. THE MIGRATION OF THE VIRTUAL MACHINE IS THE MAJOR PROBLEM THAT HAS BEEN EMPHASIZED DURING THIS SECTION. BECAUSE OF THE OVERHEAD OF VIRTUAL MACHINES, THE TASK'S EXECUTION TIME IS INCREASED. INFORMATION AND COMMUNICATION TECHNOLOGY HAVE EMERGED TREMENDOUSLY IN THE PAST FEW YEARS, MAINLY DUE TO THE INTRODUCTION OF SMARTPHONES. HOWEVER, LIKE ITS PREDECESSORS, THE NEW TECHNOLOGY CAME WITH ITS LIMITATIONS AS WELL. THE HANDHELD GADGETS WE CALL SMARTPHONES FACE SOME SEVERE CHALLENGES IN PERFORMANCE (COMPUTATION), STORAGE, AND ENERGY. FIRST, TWO CHALLENGES ARE SOMEHOW ELIMINATED BY THE INCREASE IN PROCESSING POWER AND IMPROVEMENT IN OPERATING SYSTEMS. ENERGY MANAGEMENT IS ONE OF THE MOST DEMANDING PROBLEMS IN SMARTPHONE. THIS RESEARCH AIMS TO TACKLE THE ISSUE BY USING THE CLOUD COMPUTING CONCEPT. THE PRIMARY FEATURE OF SMARTPHONE IS TO COMMUNICATE. THE LARGER THE COMMUNICATION IS, THE HIGHER WOULD BE THE ENERGY CONSUMPTION. IN THIS RESEARCH, WE PROPOSE A NOVEL APPROACH FOR OFFLOADING, AND THIS METHOD IS THE RIGHT SOLUTION TO RESOLVE THE ENERGY CONSUMPTION ISSUE FOR COMMUNICATION-INTENSIVE APPLICATIONS. TO DEMONSTRATE OUR PROPOSED METHOD'S EFFECTIVENESS, WE PERFORMED DIFFERENT ANALYSIS TESTS.