Decision-making toward prudent energy conservation is a primary issue in the power utility management while con-ceiving green environment. Presented in this paper are relevant considerations and prudent ways of decisi...Decision-making toward prudent energy conservation is a primary issue in the power utility management while con-ceiving green environment. Presented in this paper are relevant considerations and prudent ways of decision-making thereof. Examples are furnished to illustrate the underlying considerations and are discussed using practical examples. Specifically green ambient is considered and the underlying payoff resulting from each combination of strategies adopted (or courses of action taken) by the technology-option participants is evaluated. Game-theoretic pursuits are followed.展开更多
针对低功耗有损网络(low-power and lossy network,LLN)的节点移动问题,提出基于博弈论自适应调整传输速率的移动RPL路由(GT-mRPL)。GT-mRPL路由通过博弈论传输速率,进而获取高的数据分组传递率和吞吐量。在移动环境中,将节点竞争发送...针对低功耗有损网络(low-power and lossy network,LLN)的节点移动问题,提出基于博弈论自适应调整传输速率的移动RPL路由(GT-mRPL)。GT-mRPL路由通过博弈论传输速率,进而获取高的数据分组传递率和吞吐量。在移动环境中,将节点竞争发送数据过程设计成一个游戏。将通过增加传输率所获取的增益(效用函数)与因节点移动而产生的成本(移动函数)的比值看成收益函数。同时,考虑能耗对收益函数的影响。仿真结果表明,在移动环境下,提出的GT-mRPL路由降低了数据分组丢失率,提高了吞吐量。展开更多
文摘Decision-making toward prudent energy conservation is a primary issue in the power utility management while con-ceiving green environment. Presented in this paper are relevant considerations and prudent ways of decision-making thereof. Examples are furnished to illustrate the underlying considerations and are discussed using practical examples. Specifically green ambient is considered and the underlying payoff resulting from each combination of strategies adopted (or courses of action taken) by the technology-option participants is evaluated. Game-theoretic pursuits are followed.
文摘针对低功耗有损网络(low-power and lossy network,LLN)的节点移动问题,提出基于博弈论自适应调整传输速率的移动RPL路由(GT-mRPL)。GT-mRPL路由通过博弈论传输速率,进而获取高的数据分组传递率和吞吐量。在移动环境中,将节点竞争发送数据过程设计成一个游戏。将通过增加传输率所获取的增益(效用函数)与因节点移动而产生的成本(移动函数)的比值看成收益函数。同时,考虑能耗对收益函数的影响。仿真结果表明,在移动环境下,提出的GT-mRPL路由降低了数据分组丢失率,提高了吞吐量。
