My work is described as follows:1. We characterize the standardized sleep mode in IEEE 802.16e. And then we build the system models for the energy chi hair straightener consumption and the average packet delay affected by sleep-mode using statistics. At last, we give the simulation on the analytical result by MATLAB and a conclusion.2. In IEEE802.16e, the exponential increase algorithm of sleep window brings on long response time in low traffic scenario, this paper presents chi flat iron exponential weight smooth increase algorithm to solve this problem, It decrease the polo shirts average response time by slowing the increasing sleep window, We have hardware design of Sleep_time_caculator, the whole system's hardware framework and the state shift analysis. The new algorithm improve on the chi flat iron performance when the incoming data rate is small, it decrease the average wating time at the same time with proper average energy consumption.3. Based on the IEEE802.16e, we characterize a new chi hair straighteners sleep mode considering uplink and downlink data transfer; we assume that the uplink data will terminate the sleep mode immediately. We make the model, analyze the influences on energy consumption and the sleep time using statistics and then do associated hardware design. At last we give the simulation on the analytical results by Matlab.
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