2015年5月_IEEE_DCA-TRACE_CMH-TRACE_CDCA-TRACE

//2015年5月_IEEE_DCA-TRACE_CMH-TRACE_CDCA-TRACE
{
	Title{
		//Cooperative Load Balancing and Dynamic Channel Allocation for Cluster-Based Mobile
	}
	Abstract{
		evolve进化 		tight紧		jitter抖动		coordinated协调		infrastructure基础设施
		cooperative合作				applicable适用的					utilize利用	
		extensive广泛的
	}
	1.//Introduction
	{
		tactical战术	rescue救援		relief救援		resource资源	intensive密集的
		collaboration协作				overhead开销	regulated监管	cellular细胞
		eliminate消除	identical相同的 payload有效载荷	integrating集成 intrinsically本质上
		incorporate合并
	}
	2.//Related Work
	{
		alternatively另外		distinct截然不同
	}
	3.//Bandwidth Efficiency Techniques for Coordinated MAC Protocols
	{
		MH-TRACE //Multi hop time reservation using adaptive control for energy efficiency
		1.//Dynamic Channel Allocation Algorithm
		2.//Cooperative Load Balancing
	}
	4.//Applying Distributed Channel Allocation And Cooperative Load Balancing To Trace
	{
		1.//Protocol Overview:MH-TRACE
		{
			时隙分配
		}
		2.//Dynamic Channel Allocation for TRACE
		{
			DCA-TRACE
		}
		3.//Collaborative Load Balancing for TRACE
		{
			保持已有连接，避免丢包，直至从其他簇首获得新的时隙分配
			//When the cooperative load balancing is triggered, 
			//the node that is currently using a data slot from the heavily loaded CH 
			//contends for data slots from other nearby CHs 
			//while keeping and using its reserved data slot 
			//until it secures a new data slot from another CH.
		}
	}
	5.//Performance Evaluation
	{
		1.//System Model
		{
			//ns-2仿真  http://www.karyon-project.eu/wp-content/uploads/2013/11/ns-2
			// \ v2\ 35\ 802\ 15\ 4\gts\ extension.zip, 
			//accessed: 2014-04-16可下载IEEE802.15.4的NS2仿真
			//路由层参看文献“Multicasting vs. broadcasting:What are the trade-offs?” 
			// in Global Telecommunications Conference (GLOBECOM 2010), 2010 IEEE
			//the RTS/CTS and ACK mechanisms are disabled. 
			//Similarly, no ACK mechanism is used in the TRACE protocols either
			每25毫秒产生一个数据包
			//802.11 is 2Mbps
			//802.15.4 is 250Kbps
			//the node speeds are chosen from a uniform random distribution 
			//between 0.0 m/s and 5.0 m/s with zero pause time
		}
		2.//Single Hop Network
		{
			//a single hop connected network in which 100 nodes, 
			//including 40 sources, 
			//are stationary and distributed over a 100 m x 100 m region with a uniform grid formation. 
			//Considering a receiving range of 250 m
			//the packet size of 100 bytes
		}
		3.//Localized Load Distribution
		4.//Random Load Distribution
	}
	6.//Discussions and Conclusions
	References
}