Information-centric mobile caching network frameworks and caching optimization: a survey

Jin, Hao; Xu, Dan; Zhao, Chenglin; Liang, Dong

doi:10.1186/s13638-017-0806-6

EURASIP Journal on Wireless Communications and Networking

Table 4 Optimization of information-centric mobile caching networks

From: Information-centric mobile caching network frameworks and caching optimization: a survey

Optimization goals	Network architecture	Optimization objective	Works	Research method
Network centric optimization	Mobile cellular networks	Energy consumption/Energy efficiency	[31, 93]	Optimization
		Traffic load	[30]	Trace-based simulation
		Utility function	[4]	Game theory
	Information Centric Networking	Energy consumption	[70, 88]	Optimization
		Energy consumption	[97]	Trace-based simulation
		Energy saving rate/Energy cost	[95]	Game theory
		Utility function	[96]	Game theory
		Link stress	[58]	GT-ITM(simulation )
		Link stress	[99, 100]	Test bed and synthetic workload generators
		Traffic load	[62]	Trace-based simulation
			[98]	Test bed
			[101]	GT-ITM(simulation )
			[94]	Optimization
		Network overhead	[55]	Test bed
		Network overhead	[90]	Optimization
		Number of resources	[25]	OMNET++ (simulation)
	Wireless ad-hoc networks	Total cost	[89]	Optimization
		Throughput	[47]	QualNet(simulation )
		Throughput	[59]	Test bed
	ICN WLAN/ICMANET	Traffic load	[52]	Test bed
		link traffic	[92]	Optimization
		Throughput	[102]	NS-2(simulation )
User centric optimization	Mobile cellular networks	User access delay	[29, 32, 35, 36]	Optimization
			[103]	Game theory
			[30]	Trace-based simulation
		Delay reduction	[107]	Optimization and Trace-based simulation
		Caching hit rate	[33, 34]	Optimization
		Caching hit rate	[106]	Trace-based simulation
	Information Centric Networking	Caching hit rate	[62, 104]	Optimization
			[58]	GT-ITM(simulation )
			[25]	OMNET++ (simulation)
		Delivery latency	[28]	Optimization
		Energy consumption reward	[105]	Optimization
	Wireless ad hoc networks	User access delay/ Distance in hops	[45]	NS-2(simulation )
		User access delay/ Distance in hops	[46]	Omnet++ (simulation)
		Cache hit rate	[45]	NS-2(simulation )
			[46]	Omnet++ (simulation)
			[44]	Experiment
	Hybrid work	Offloading failure probability	[53]	Optimization
	Hybrid work	video playback quality	[54]	NS-3(simulation )
	Social network based on DTN	User access delay	[43]	Trace-based simulation

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