DEEPANKAR MEDHI PDF

Deepankar Medhi. MathSciNet According to our current on-line database, Deepankar Medhi has 12 students and 14 descendants. We welcome any. Proceedings of the 2nd ACM workshop on Security of ad hoc and sensor , , A unified approach to network survivability for teletraffic networks. Deepankar Medhi’s 3 research works with 21 citations and reads, including: Scalable Survivable ATM Group Communications. Deepankar Medhi has.

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Design of deepankaar communication networks. SterbenzDeep Medhi: Provisioning dynamic and critical demand structures for geographically correlated failures – Using multi-disaster approach. Daniel Guimaraes do LagoEdmundo R. MadeiraDeep Medhi: Shuai ZhaoDeep Medhi: Application performance optimization using application-aware networking.

An adaptive allocation scheme for load balancing and SLA maintenance in multi-location data center networks.

Deepankar Medhi – The Mathematics Genealogy Project

KasslerDeep Medhi: Cost-efficient resource scheduling under QoS constraints for geo-distributed data centers. An adaptation aware hybrid client-cache approach for video delivery with dynamic adaptive streaming over HTTP.

Energy-Efficient dynamic virtual network traffic engineering for north-south traffic in multi-location data center networks.

Xuan LiuDeep Medhi: Network and Service Management 14 2: Rakesh TripathiS. VigneshVenkatesh TamarapalliDeep Medhi: Network and Service Management 14 4: Optimal connectivity to cloud data centers.

Swatesh PakhareDeep Medhi: Software defined smart home alert management system for smart communities. Gaurav AgrawalDeep Medhi: Normal and Survivable Design. Bug detection, debugging, and isolation middlebox for software-defined network controllers.

BeardJames P. Creating network resilience against disasters using Service Level Agreements.

Service priority adaptiveness for emergency traffic in smart cities using software-defined networking. Dynamic virtual network restoration with optimal standby virtual router selection. Parikshit JuluriDeep Medhi: Computer Communication Review 45 5: A Geographic Multi-Topology Routing approach and its benefits during large-scale geographically correlated failures.

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Yufei ChengM.

dblp: Deep Medhi

Analysing GeoPath diversity and improving routing performance in optical networks. Rodrigo Ruas OliveiraDaniel S. Opportunistic resilience embedding ORE: Toward cost-efficient resilient virtual networks. Geodiverse routing with path delay and skew requirement under area-based challenges. Network and Service Management 12 2: BeardDeep Medhi: Finding geographic vulnerabilities in multilayer networks using reduced network state enumeration. Look-ahead rate adaptation algorithm for DASH under varying network environments.

Design of a software-defined resilient virtualized networking environment. Real-time network anomaly detection system using machine learning. OliveiraIyad KatibNelson L. Segment aware rate adaptation algorithm for dynamic adaptive streaming over HTTP. High speed network impacts and power consumption estimation for cloud data centers.

Disaster resilience in communication networks [Guest Editorial]. Disaster resilience in communication networks: ScoglioJustin P. RohrerEgemen K. BavierCort BuffingtonJames P.

Mathematics Genealogy Project

Network infrastructure, implementation experience, and experimentation. A framework, implementation, and a testbed for a trustworthy future Internet. Network and Service Management 11 4: On traffic fairness in data center fabrics.

Optimal standby virtual routers selection for node failures in a virtual network environment. Enabling Software-Defined Networking based intrusion prevention system in clouds. Krishna Mohan AgrawalT. VenkateshSeepankar Medhi: A dynamic popularity-based partial caching scheme for video on demand service in IPTV networks.

Optimised heuristics for a geodiverse routing protocol. Using Multi-Topology Routing to improve routing during geographically correlated failures.

Applications with multiple parallel flows: Assessing their unfair advantage with proportional fair sharing TCP. Multipath Routing from a Traffic Deepankad Perspective: How Beneficial Is It? Mustafa TekinayCory C. A database oriented management for asynchronous and consistent reconfiguration in Software-Defined Networks. Integrated campus network monitoring and management. Impact of virtual bridging on virtual machine placement in data center networking.

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International Teletraffic Congress Iyad KatibDeep Medhi: Network protection design models, a heuristic, and a study for concurrent single-link per layer failures in three-layer networks. Computer Communications 36 6: Todd GardnerCory C. Using network measure to reduce state space enumeration in resilient networks. OwensDeep Medhi: Temporal bandwidth-intensive virtual network allocation optimization in a data center network. Viewing YouTube from a metropolitan area: What do users accessing from residential ISPs experience?

An experimental study on dynamic network reconfiguration in a virtualized network environment using autonomic management. Deeepankar behavior based policy management for adaptive trustworthiness assignment in future network.

Haiyang Qian deepahkar, Deep Medhi: Data center resource management with temporal dynamic workload. Probability-based adaptive forwarding strategy in named data networking. Network and Service Management 9 3: A geo-distributed mobile cloud computing platform. On energy-aware aggregation of dynamic temporal demand in cloud computing. Constructing a virtual networking environment in a Geo-distributed mdehi layer-2 networking environment G-PLaNE.

A framework for deepznkar and policy management for a secure Internet and its proof-of-concept implementation. Design and performance of future networks. Iyad KatibD.

Optimizing Node Capacity in Multilayer Networks. Special issue on Management Issues in the Future Internet. Journal of Communications and Networks 13 6: Message from the New Editor-in-Chief. A hierarchical model to evaluate quality of experience of online services hosted by cloud computing.

Integrated Network Management deepan,ar BavierJames P. Network virtualization in GpENI: