COMCOM 2006 - PDF Preprint Papers

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COMCOM
2006

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Sleep scheduling for wireless sensor networks via network flow model

14 years 14 days ago

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The pervasiveness and operational autonomy of mesh-based wireless sensor networks (WSNs) make them an ideal candidate in offering sustained monitoring functions at reasonable cost...

Rick W. Ha, Pin-Han Ho, Sherman X. Shen, Junshan Z...

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Id	Views	Title	Status

1	283	Sleep scheduling for wireless sensor networks via network flow model	claim
2	213	Energy efficient information dissemination protocols by negotiation for wireless sensor networks	claim
3	194	INSENS: Intrusion-tolerant routing for wireless sensor networks	claim
4	188	Dynamic bandwidth allocation for QoS routing on TDMA-based mobile ad hoc networks	claim
5	178	SIP-based MIP6-MANET: Design and implementation of mobile IPv6 and SIP-based mobile ad hoc networks	claim
6	168	Relay node placement in large scale wireless sensor networks	claim
7	165	Analysis of a topology control paradigm in WLAN/WPAN environments	claim
8	154	Wireless sensor networks for personal health monitoring: Issues and an implementation	claim
9	154	Minimum-cost network hardening using attack graphs	claim
10	151	Characteristic analysis of internet traffic from the perspective of flows	claim
11	150	Energy-efficient coverage problems in wireless ad-hoc sensor networks	claim
12	150	Adaptive ad hoc self-organizing scheduling for quasi-periodic sensor network lifetime	claim
13	148	An adaptive bluetooth packet selection and scheduling scheme in interference environments	claim
14	147	Coverage-adaptive random sensor scheduling for application-aware data gathering in wireless sensor networks	claim
15	140	A combined delay and throughput proportional scheduling scheme for differentiated services	claim
16	138	Reducing memory fragmentation in network applications with dynamic memory allocators optimized for performance	claim
17	134	On the deployment of VoIP in Ethernet networks: methodology and case study	claim
18	129	An adaptive mobility anchor point selection scheme in Hierarchical Mobile IPv6 networks	claim
19	126	Distributed and energy-efficient target localization and tracking in wireless sensor networks	claim
20	123	Modeling the performance of flooding in wireless multi-hop Ad hoc networks	claim
21	122	A generic architecture for autonomic service and network management	claim
22	121	Load-balanced agent activation for value-added network services	claim
23	121	Application of anomaly detection algorithms for detecting SYN flooding attacks	claim
24	121	Interactive Transparent Networking: Protocol meta modeling based on EFSM	claim
25	120	Explicit routing in multicast overlay networks	claim
26	120	Energy efficient routing and scheduling for real-time data aggregation in WSNs	claim
27	120	On the impact of loss and delay variation on Internet packet audio transmission	claim
28	119	From content distribution networks to content networks - issues and challenges	claim
29	118	A novel content-aware interleaving for wireless video transmission	claim
30	117	End-to-end quality of service provisioning through inter-provider traffic engineering	claim
31	115	IPv6 deployment: Real time applications and QoS aspects	claim
32	115	Energy-efficient scheduling and hybrid communication architecture for underwater littoral surveillance	claim
33	114	A comparison of epidemic algorithms in wireless sensor networks	claim
34	114	ImTCP: TCP with an inline measurement mechanism for available bandwidth	claim
35	112	Performance modelling and evaluation of IEEE 802.11 distributed coordination function in multihop wireless networks	claim
36	112	Dynamic server selection using fuzzy inference in content distribution networks	claim
37	111	SCON: Secure management of continuity in sensor networks	claim
38	110	MULTI+: A robust and topology-aware peer-to-peer multicast service	claim
39	110	Localized routing with guaranteed delivery and a realistic physical layer in wireless sensor networks	claim
40	105	An observation-based approach towards self-managing web servers	claim
41	105	Dynamic bandwidth reservation for label switched paths: An on-line predictive approach	claim
42	103	Research challenges in QoS routing	claim
43	103	Energy efficiency of collision resolution protocols	claim
44	103	Comparison of motivation-based cooperation mechanisms for hybrid wireless networks	claim
45	101	A combined group/tree approach for scalable many-to-many reliable multicast	claim
46	100	Routing and wavelength assignment for core-based tree in WDM networks	claim
47	100	A secure alternate path routing in sensor networks	claim
48	99	The PFTK-model revised	claim
49	99	A robust packet scheduling algorithm for proportional delay differentiation services	claim
50	99	Applying 4-regular grid structures in large-scale access networks	claim
51	98	An adaptive multirate congestion control protocol for multicast communications	claim
52	98	On the fairness of dynamic bandwidth allocation schemes in Ethernet passive optical networks	claim
53	98	High-speed IP address lookup using balanced multi-way trees	claim
54	97	Energy-efficient differentiated directed diffusion (EDDD) in wireless sensor networks	claim
55	96	An open source traffic engineering toolbox	claim
56	96	Design and implementation of a dynamic protocol framework	claim
57	96	Dynamic cache reconfiguration strategies for cluster-based streaming proxy	claim
58	95	E-Span and LPT for data aggregation in wireless sensor networks	claim
59	94	Estimation of network distances using off-line measurements	claim
60	93	A novel method for QoS provisioning with protection in GMPLS networks	claim
61	93	On scalability properties of the Hi3 control plane	claim
62	92	Loss and Delay Measurements of Internet Backbones	claim
63	89	Quantifying the effects of recent protocol improvements to TCP: Impact on Web performance	claim
64	89	Hierarchical routing in multi-domain optical networks	claim
65	88	A lightweight secure protocol for wireless sensor networks	claim
66	88	Using attack graphs for correlating, hypothesizing, and predicting intrusion alerts	claim
67	87	Monitoring access link capacity using TFRC probe	claim
68	87	Practical utilities for monitoring multicast service availability	claim
69	86	Locating network monitors: Complexity, heuristics, and coverage	claim
70	86	A flexible contention resolution scheme for QoS provisioning in optical burst switching networks	claim
71	86	Study on nominee selection for multicast congestion control	claim
72	85	Seamless continuity of PS-services in WLAN/3G interworking	claim
73	82	Traffic engineering with OSPF-TE and RSVP-TE: Flooding reduction techniques and evaluation of processing cost	claim
74	82	Radio resource management for a mobile network with TD-CDMA	claim
75	81	Multiple link failures survivability of optical networks with traffic grooming capability	claim
76	81	A case for tree evolution in QoS multicasting	claim
77	80	A flexible handover mechanism for seamless service continuity in heterogeneous environments	claim
78	80	A framework for seamless service interworking in ad-hoc networks	claim
79	80	Overlay subgroup communication in large-scale multicast applications	claim
80	80	EpiChord: Parallelizing the Chord lookup algorithm with reactive routing state management	claim
81	80	The prediction-based routing in optical transport networks	claim
82	80	Grooming of non-uniform traffic on unidirectional and bidirectional rings	claim
83	79	How many sensors for an acceptable breach detection probability?	claim
84	78	Personalization of internet telephony services for presence with SIP and extended CPL	claim
85	78	Performance optimization of an adaptive wireless push system in environments with locality of demand	claim
86	77	SIP as a unified signalling solution in a beyond 3G system	claim
87	77	Cross-layer application-specific wireless sensor network design with single-channel CSMA MAC over sense-sleep trees	claim
88	76	Seamless multicast mobility support using fast MIPv6 extensions	claim
89	76	MultiGate6: An IPv6 multihoming gateway using a hybrid approach	claim
90	75	Finding a least hop(s) path subject to multiple additive constraints	claim
91	75	SSL/TLS session-aware user authentication - Or how to effectively thwart the man-in-the-middle	claim
92	71	Efficient and robust geocasting protocols for sensor networks	claim
93	70	Secret instantiation in ad-hoc networks	claim
94	68	Networks of Excellence	claim
95	68	Estimating the source-destination traffic matrix of a VPN from access-link loads	claim
96	67	Performance analyses of three geography-based location strategies for PCS networks	claim
97	65	SIM-based subscriber authentication mechanism for wireless local area networks	claim
98	62	Self-monitoring of wireless sensor networks	claim
99	60	Real-time service provisioning for mobile and wireless networks	claim
100	56	Retransmission policies for multihomed transport protocols	claim

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