"Applications of VANETs: Present & Future"
written by Vishal Kumar, Shailendra Mishra, Narottam Chand,
published by Communications and Network, Vol.5 No.1B, 2013
has been cited by the following article(s):
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[10] Energy Efficient Routing Protocols in Vanets
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[11] Security Challenges, Authentication, Application and Trust Models for Vehicular Ad Hoc Network-A Survey
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[12] A survey on routing protocols for vehicular Ad Hoc networks
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[13] Antenna Array Based Localization Scheme for Vehicular Networks
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[14] VANET Security Analysis on the Basis of Attacks in Authentication
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[15] An Overview of Vehicular Networking and Cyber-Physical Systems
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[16] A Multiobjective Strategy to Allocate Roadside Units in a Vehicular Network with Guaranteed Levels of Service
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[17] A survey and comparative study of QoS aware broadcasting techniques in VANET
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[18] DDoS Attack Detection in SDN-based VANET Architectures
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[19] Comparative Analysis of Sybil Attack Detection Techniques in VANETs
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[20] VANET: Architectures, research issues, routing protocols, and its applications
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[21] Infrastructure-less Vehicular Communication System Using Li-Fi Technology
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[22] Comparative study of topology-based routing protocols in vehicular ad hoc network using IEEE802. 11p
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[23] Improved Vehicular Information Network Architecture Using Fuzzy Based Named Data Networking (NDN)
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[24] Extended Kalman Filter approach to Crowd Sensing in VANET using Content-Centric Technique
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[25] Performance study of IEEE 802.11 p in blind corner scenario
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[26] RECMAC: Reliable and efficient cooperative cross-layer MAC scheme for vehicular communication based on random network coding technique
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[27] VANET and its Security Aspects: A Review
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[28] Nature inspired route optimization in vehicular adhoc network
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[29] Routing Challenges and Solutions in Vehicular Ad hoc Networks
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[30] Traffic Collision Avoidance in VANET Using Computational Intelligence
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[31] A comprehensive survey of network coding in vehicular ad-hoc networks
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[32] Effects of DDoS Attacks on Inter-Vehicle Communication-A Survey
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[33] Data scheduling in VANET: A survey
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[34] Recent Advances in Connected Vehicles via Information-Centric Networking
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[35] A Review to Various Routing Protocols for VANET
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[36] A street-centric routing protocol based on microtopology in vehicular ad hoc networks
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[37] Connected Car: technologies, issues, future trends
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[38] Priority based data scheduling in VANETs
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[39] Enhancing the VANET Network Layer
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[40] A novel approach of using security enabled Zigbee in vehicular communication
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[41] Accuracy Analysis of Short-term Traffic Flow Prediction Models for Vehicular Clouds
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[42] Detection and Prevention of Distributed Denial of Service Attacks in VANETs
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[43] Safety-critical applications for vehicular networks
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[44] Preliminary performance evaluation of IEEE 802.11 p in blind corner scenario
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[45] Clustering based Routing Protocols in Vehicular Ad-hoc Networks: A Review
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[46] NETCODE: an XOR-based warning dissemination scheme for vehicular wireless networks
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[47] VNMS: vehicular network messaging system
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[48] Clustering enhancement for VANETs in highway scenarios
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[49] Year of Publication: 2016
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[50] A New Comprehensive RSU Installation Strategy for Cost-Efficient VANET Deployment
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[51] 车载自组织网络单接口多信道的切换方法
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[52] A Fast Clustering Algorithm for VANETs
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[53] IMPLANTABLE DRUG DELIVERY SYSTEM
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[54] Bandwidth-aware Breach-free Barrier Construction with VANET nodes for Realtime Fugitive Search
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[55] A Comprehensive Review on Recent Issues and Applications in VANETS
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[56] Comparative Study on Sybil Attack Detection Schemes
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[57] Application of continuous technologies to manufacture solid dispersions of active pharmaceutical ingredients
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[58] Secured short time automated toll fee collection for private group transportation
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[59] A Novel Model for Traffic Hurdle Detection with Quick VANET Cluster Updation Model
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[60] Effect of Selfish Behavior on Network Performance in VANET
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[61] Key Management Technique for group communication in Vehicular Ad Hoc Networks
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[62] Fault Tolerance Mechanism using Clustering for Power Saving in Wireless Sensor Networks
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[63] Simulation based Evaluation of Proactive and Reactive Routing Protocols in Realistic Vehicular Network
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[64] EFFECT OF MOBILITY AND NODE DENSITY ON THE PERFORMANCE OF ROUTING PROTOCOLS IN VANETS USING INTELLIGENT DRIVER MODEL
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[65] Energy efficient cache invalidation in a mobile environment
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