2015年1月總結(jié)與vehicular netwrok相關(guān)文章

1、2014年vehicular network相關(guān)的文章（特別少，只有幾篇）Related paper:TitleMain contentIssue DateSailing over Data Mules inDelay-Tolerant NetworksRouting protocol in delay tolerant networks: ORION. Makes use of ARMA for prediction and geographical coordinates for optimal data packet forwarding. (end-to-end delay, pack

2、et delivery ratio, hop count.)Issue 1January 2014Multi-Packet Opportunistic Large ArrayTransmission on Strip-ShapedCooperative Routes or NetworksAnalyze multi-packet OLA transmission within a single flow along strip-shaped networks or OLA-based cooperative Routes. When multiple packets are transmitt

3、ed from the same source using the same channel before the previous packet has cleared the network, which is called spatial pipelining, intraflow interference is produced by OLAs transmitting co-channel packets.Multi-Player Game Theoretic MAC Strategies for Energy Efficient Data DisseminationDesign M

4、edium Access Control (MAC) policies in order to provide the terminals with energy efficient solutions without compromising the dissemination completion time. Propose noncooperative game theoretic channel access strategies by estimating equilibrium points that achieve balance between conserving energ

5、y and completing the data dissemination.Issue 2January 2014(Angelos Antonopouls and Christos Verikoukis)Agile Broadcast Services: Addressing the Wireless Spectrum Crunch via Coalitional Game TheoryCooperation strategies for broadcast services sharing a common wireless channel.the grand coalition for

6、med by all providers cooperating to avoid simultaneous transmissions is both sum-rate optimal and stable. Propose an orthogonal access method where service providers are granted exclusive access to a subset of the available channelsHaejoon Jung,Mary Ann Weitnauer(Georgia Institute of Technology, Atl

7、anta, GA, 30332 USA)Power Allocation Strategies in Energy Harvesting Wireless Cooperative NetworksMultiple source-destination pairs communicate with each other via an energy harvesting relay.Focus on the relays strategies to distribute the harvested energy among the multiple users and their impact o

8、n the system performance.A Grid-Based On-Road Localization System in VANET with Linear Error PropagationPropose a novel Grid-based On-road localization system (GOT), where vehicles with and without accurate GPS signals self-organize into a Vehicular Ad Hoc Network (VANET), exchange location and dist

9、ance information and help each other to calculate an accurate position for all the vehicles inside the network.(Tan Yan, Wensheng Zhang, and Guiling Wang)Reliable Periodic Safety Message Broadcasting in VANETs Using Network CodingPropose a sublayer in the application layer of the WAVE stack to incre

10、ase the reliability of safety applications. Our design uses rebroadcasting of network coded safety messages, which considerably improves the overall reliability. It also tackles the synchronized collision problemIssue 3January 2014(Behnam Hassanabadi and Shahrokh Valaee)A Mean Field Game Theoretic A

11、pproach forSecurity Enhancements in Mobile Ad hoc NetworksPropose a novel game theoretic approach with multiple players for security in MANETs(mobile ad hoc networks)(Yanwei Wang, F. Richard Yu,)Carleton University, Ottawa, ON, CanadaA QoS-Aware Underwater Optimization Framework for Inter-Vehicle Co

12、mmunication using Acoustic Directional TransducersOptimizes communications by delaying packet transmissions in order to wait for a favorable network topology (thus trading end-to-end delay for energy and/or throughput).Baozhi Chen and Dario PompiliCooperative Positive Orthogonal Code-Based Forwardin

13、g for Multi-Hop Vehicular NetworksPresents the cooperative POC-based forwarding (CPF) protocol for highway vehicular networks, which extends the repetition-based POC-MAC protocol for multi-hop transmissions.Issue 7January 2014(Le Zhang, Behnam Hassanabadi, and Shahrokh Valaee)University of Toronto,C

14、anadaData Dissemination With SideInformation and FeedbackPut forward IC problem(Index coding, which can be regarded as a special class of network coding, deals with the problem of sending a number of packets to a group of receivers, each of which requests one packet and may have some other packets i

15、n its cache.) and heuristic algorithm to disseminate dataMingjun Dai, Kenneth W. Shum,Chi Wan Sung, Shenzhen University, ChinaItems: Multi-antenna Systems: multiple antennas produces multiple channels. Half-Duplex Amplify-and-Forward Relaying: Power Allocation Strategieslarger multi-input multi-outp

16、ut (MIMO) channels: Imperfect CSI (Imperfect CSI)Virtual Multiple-Input Single-Output (MISO)device-to-device assisted virtual MIMO (VMIMO) systemamplify-and-forward (AF) multi-branch multi-hop (MBMH) wireless relay systems (WRS); Cognitive Radio Networks: primary users, secondary users, multi-channe

17、l, channel allocation schemesCooperative Cellular Network: Base Station (BS)-Relay Station (RS) linksSubcarrier(副載波); multiuser orthogonal frequency division multiplexing(OFDM) systems in downlink transmission.full-duplex wireless communication; passive self-interference suppression(被動(dòng)的自干擾抑制)Wireles

18、s Sensor network: Node localization, maximum likelihood criterion, non-convexity, sensor deployment, distributed angle estimation, spectrum efficiency; interference management;device-to-device communication network, mobile users and basestationsCoalitional Game Theory(聯(lián)盟博弈理論)，用的特別多Slotted Random Access (RA) schemes: Slotted Aloha and Diversity Slotted AlohaAdmission control in multi-hop wireless networks.Hybrid Energy