ID 原文 译文
51147 仿真表明，和随机价格激励相比，所提出的NGPSO算法能使源节点和中继节点达到最优收益; Simulation shows that compared with random price incentives, NGPSO proposed algorithm can make the source node and relay node to achieve the optimal benefits;
51148 和中继节点固定功率转发相比，所提出的NGPSO算法，能显著提高源节点的能量效率和中继节点的收益， Compared with fixed relay node power forward NGPSO algorithm proposed by the authors can significantly improve the energy efficiency of source node and relay node,
51149 同时在适当设置中继节点转发功率的搜索空间时，可以保证总的能量效率。 at the same time in the appropriate set forward power relay nodes, the search space can guarantee the overall energy efficiency.
51150 在通信系统的接收端采用与发送端不同的跳频序列，用户的地址码就是这两个序列组成的序列偶。 In the communication system of receiving end and sending end use different frequency hopping sequence, the user's address code is the sequence of the two sequences.
51151 在以跳频序列偶为地址码的跳频通信系统中，跳频序列偶的自相关函数和互相关函数满足的理论界是判断跳频序列偶和跳频序列偶集好坏的标准。 In frequency hopping sequence accidentally to address code of frequency hopping communication system, frequency hopping sequence accidentally autocorrelation function and cross-correlation function meet the theoretical circle is judging frequency hopping sequence and frequency hopping sequence pair set standards of good or bad.
51152 提出了跳频序列偶和跳频序列偶的汉明相关函数的概念，给出了由跳频序列偶的汉明相关值、频隙个数、序列的长度、序列偶的个数构成的理论界。 Proposes the frequency hopping sequence and frequency hopping sequence accidentally, the concept of hamming correlation function, is given by the frequency hopping sequence occasionally hamming correlation value, frequency gap number, the length of the sequence, the sequence of number theory.
51153 针对认知用户在频谱切换过程中无法实时地获取授权用户到达率与服务率的问题，提出了基于隐式马尔可夫模型的参数估计算法。 Cognitive users against in the process of spectral switch unable to real-time access to authorized users of the arrival rate and the service rate, was proposed based on hidden markov model parameter estimation algorithm is proposed.
51154 首先利用排队论对授权用户队列进行建模与分析，推导出授权用户队列状态转移概率; First use of queues on authorized user queue for modeling and analysis, authorized users queue state transition probability is deduced;
51155 其次利用能量感知算法检测授权用户队列真实状态，获得可观测序列值; Secondly, authorized users were detected by energy awareness queue true state, obtain an observation sequence value;
51156 然后利用隐式马尔可夫模型描述两种随机过程，即授权用户队列状态变化随机过程和可观测序列随机过程; Then hidden markov model is used to describe two kinds of random process, the authorized user queue status change random process and an observation sequence random process;