A real time algorithm for the machine to machine communication-smart warrior system
Chanakya Kumar, Hussain Falih Mahdi · 2017
M2M Communication is characterized by involving a myriad number of smart devices sharing information, monitoring and making efficient and intelligent decision without human intervention. Machine to Machine Communication (M2M-SWS) is a new concept of M2M Communication where entire battle field is not only controlled but also monitored by smart sensors. M2M is going to be a market-changing force for a wide variety of real-time monitoring applications, such as E-healthcare, Homes Automation system, Environmental monitoring and industrial automation as it is supporting to a large number of characteristics and achieving better cost efficiency. In this article we reviewed the different prospect of M2M Communication and introduce a new application scenario-M2M smart warrior system (M2M-SWS) [1]. In this paper an efficient sleep algorithms to control over power consumption in proactive way have been proposed. It is basically a probability based prediction algorithm same as our previous algorithm. In the previous TYM algorithm we used soft hand off method to predict the next location and save power instead we used the target prediction algorithm to predict next location of the Target. The proposed algorithm TYM-2 used for target prediction scheme by using Kinematics rule and theory of Probability so that both major issues i.e. Reliability and Energy efficiency should be covered.