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Joint transmit power and physical carrier sensing adaptation based on loss differentiation for high density IEEE 802.11 WLAN

14 years 16 days ago

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In high density (HD) IEEE 802.11 WLAN, packet loss can occur due to co-channel interference (asynchronous interference) or collisions (synchronous interference). In order to effec...

Hui Ma, Jing Zhu, Sumit Roy, Soo Young Shin

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Id	Views	Title	Status

1	280	Joint transmit power and physical carrier sensing adaptation based on loss differentiation for high density IEEE 802.11 WLAN	claim
2	192	Research on multicast routing protocols for mobile ad-hoc networks	claim
3	176	ARQ-based cross-layer optimization for wireless multicarrier transmission on cognitive radio networks	claim
4	166	Classification of access network types: Ethernet, wireless LAN, ADSL, cable modem or dialup?	claim
5	163	Loss-resilient window-based congestion control	claim
6	162	A cache-based internet protocol address lookup architecture	claim
7	140	Congestion control in utility fair networks	claim
8	138	Analysis of bandwidth efficiency in overlay multicasting	claim
9	128	Autonomous security for autonomous systems	claim
10	127	Decentralized detection of global threshold crossings using aggregation trees	claim
11	126	Design and evaluation of flow handoff signalling for multihomed mobile nodes in wireless overlay networks	claim
12	126	Graph transformation approaches for diverse routing in shared risk resource group (SRRG) failures	claim
13	118	Modeling and computing throughput capacity of wireless multihop networks	claim
14	117	Packet-switched network selection with the highest QoS in 4G networks	claim
15	117	Broker-placement in latency-aware peer-to-peer networks	claim
16	116	A multiple power-level approach for wireless sensor network positioning	claim
17	111	Dynamic CPU provisioning for self-managed secure web applications in SMP hosting platforms	claim
18	110	The eternal sunshine of the sketch data structure	claim
19	110	Multihop cellular networks: Technology and economics	claim
20	109	CoCONet: A collision-free container-based core optical network	claim
21	108	Finding a dense-core in Jellyfish graphs	claim
22	108	An approach to the identification of network elements composing heterogeneous end-to-end paths	claim
23	106	Efficient virtual-backbone routing in mobile ad hoc networks	claim
24	106	TCP with gateway adaptive pacing for multihop wireless networks with Internet connectivity	claim
25	106	Optimization models and methods for planning wireless mesh networks	claim
26	105	Nanonetworks: A new communication paradigm	claim
27	100	Stability-throughput tradeoff and routing in multi-hop wireless ad hoc networks	claim
28	100	Building resilient low-diameter peer-to-peer topologies	claim
29	100	Packet forwarding with source verification	claim
30	100	An efficient and secure event signature (EASES) protocol for peer-to-peer massively multiplayer online games	claim
31	98	Description and simulation of dynamic mobility networks	claim
32	97	Towards real-time dynamic spectrum auctions	claim
33	97	Cooperative content dissemination in multi-channel WLAN hotspots	claim
34	96	Deadline-based scheduling in support of real-time data delivery	claim
35	95	Enabling open-source cognitively-controlled collaboration among software-defined radio nodes	claim
36	93	A fast algorithm for computing minimum routing cost spanning trees	claim
37	92	Energy-aware node placement, topology control and MAC scheduling for wireless sensor networks	claim
38	89	A root cause analysis toolkit for TCP	claim
39	88	Evaluating Steiner-tree heuristics and diameter variations for application layer multicast	claim
40	87	Dynamic IP configuration of terminals in broadcasting networks	claim
41	87	ABridges: Scalable, self-configuring Ethernet campus networks	claim
42	87	Energy-conservation in 802.11 WLANs via transmission-strategy-aware airtime allocation	claim
43	87	A multi-layer network model based on ITU-T G.805	claim
44	86	Enhanced bulk scheduling for supporting delay sensitive streaming applications	claim
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46	84	A router-based technique to mitigate reduction of quality (RoQ) attacks	claim
47	83	Mitigating transient loops through interface-specific forwarding	claim
48	83	A framework for fast RFID tag reading in static and mobile environments	claim
49	81	A survey on resource discovery mechanisms, peer-to-peer and service discovery frameworks	claim
50	80	Practical large-scale latency estimation	claim
51	77	SCPS: A self-configuring power-saving protocol for wireless ad hoc networks	claim
52	77	Approximate analysis of LRU in the case of short term correlations	claim
53	76	Fast retransmit and fast recovery schemes of transport protocols: A survey and taxonomy	claim
54	76	Efficient path protection in bi-directional WDM systems	claim
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56	76	Equilibrium analysis through separation of user and network behavior	claim
57	74	Routing and scheduling connections in networks that support advance reservations	claim
58	73	Resilient network admission control	claim
59	73	A game-theoretic analysis of the implications of overlay network traffic on ISP peering	claim
60	72	Formal testing from timed finite state machines	claim
61	69	REFACING: An autonomic approach to network security based on multidimensional trustworthiness	claim
62	65	Enhancing VoIP service for ubiquitous communication in a campus WLAN with partial coverage	claim
63	63	Time-efficient distributed layer-2 auto-configuration for cognitive radio networks	claim
64	62	TMCP: Two-layer multicast communication protocol for Bluetooth radio networks	claim
65	59	Internet traffic modeling by means of Hidden Markov Models	claim
66	50	Special issue on wireless multimedia sensor networks	claim

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