'Intermittent connectivity' diaporamas de présentation

Mobile Database Systems

Vijay Kumar Computer Sc. Telecommunications University of Missouri-Kansas City 5100 Rockhill Road Kansas City, MO 64110, USA kumar@cstp.umkc.edu. Mobile Database Systems. Mobile Database Systems. Outline Fully Connected Information Space Personal Communication System (PCS)

1.46k views • 126 slides

Mobile Database Systems

Mobile Database Systems. Vijay Kumar Computer Sc. Telecommunications University of Missouri-Kansas City 5100 Rockhill Road Kansas City, MO 64110, USA kumar@cstp.umkc.edu. Mobile Database Systems. Outline Fully Connected Information Space Personal Communication System (PCS)

2.31k views • 98 slides

Mobile Database Systems

Mobile Database Systems. Vijay Kumar Computer Sc. Telecommunications University of Missouri-Kansas City 5100 Rockhill Road Kansas City, MO 64110, USA kumar@cstp.umkc.edu. Mobile Database Systems. Outline Fully Connected Information Space Personal Communication System (PCS)

1.14k views • 98 slides

Mobile Database Systems

Mobile Database Systems. Vijay Kumar Computer Sc. Telecommunications University of Missouri-Kansas City 5100 Rockhill Road Kansas City, MO 64110, USA kumar@cstp.umkc.edu. Mobile Database Systems. Outline Fully Connected Information Space Personal Communication System (PCS)

1.19k views • 98 slides

Wireless networks routing: Approaches

857 views • 43 slides

Mobile Computing

Mobile Computing. Panos Papadimitratos Wireless Networks Lab Department of Electrical Engineering Cornell University. Problem Context. Mobile Computing Environment. Limited Bandwidth High Latency Intermittent Connectivity Lower Reliability Low Physical Security

868 views • 41 slides

Fundamental Lower Bound for Node Buffer Size in Intermittently Connected Wireless Networks

Fundamental Lower Bound for Node Buffer Size in Intermittently Connected Wireless Networks. Yuanzhong Xu, Xinbing Wang Shanghai Jiao Tong University , China. Outline. Introduction Motivations Objectives Model and Assumption Percolation of Active Nodes Lower Bound In Supercritical Case

564 views • 38 slides

Capacity Scaling in Free-Space-Optical Mobile Ad-Hoc Networks

Capacity Scaling in Free-Space-Optical Mobile Ad-Hoc Networks. Mehmet Bilgi University of Nevada, Reno. Agenda. RF and FSO Basics FSO Propagation Model FSO in Literature Mobility Model and Alignment Simulation Results Conclusions Future Work. RF and FSO Illustration.

479 views • 27 slides

Capacity Scaling in Free-Space-Optical Mobile Ad-Hoc Networks

Capacity Scaling in Free-Space-Optical Mobile Ad-Hoc Networks. Mehmet Bilgi University of Nevada, Reno. Agenda. RF and FSO Basics FSO Propagation Model FSO in Literature Mobility Model and Alignment Simulation Results Conclusions Future Work. RF and FSO Illustration.

286 views • 27 slides

Delay Tolerant Networking

Delay Tolerant Networking. Dave Wick RVS Group University of Berne. Overview. Motivating a Delay Tolerant Network DTN Framework Routing Ideas Real World Applikation: Zebranet Summary & Outlook. Overview. Motivating a Delay Tolerant Network DTN Framework Routing Ideas

717 views • 25 slides

673 views • 24 slides

Goal

Cabernet: Vehicular Content Delivery Using WiFi Jakob Eriksson, Hari Balakrishnan, Samuel Madden MIT CSAIL MOBICOM '08 Network Reading Group, NRL, UCLA Presented by: Manu Bansal Oct 17, 2008. Goal. Vehicular content delivery using open 802.11 APs, downlink (main) and uplink

361 views • 24 slides

423 views • 23 slides

Middle Boxes

562 views • 19 slides

AAWG Meeting Elements of a Vision

AAWG Meeting Elements of a Vision. Milan Milenkovic, Director, Distributed Systems Architecture CTG, Intel Corporation 10/15/2002. Vision: Modular, Internet-scale resource and service pool. Virtualization, dis-aggregation

284 views • 16 slides

V2V applications: End to end or broadcast-based? Panel VANET 2007, Sept 10, 2007

V2V applications: End to end or broadcast-based? Panel VANET 2007, Sept 10, 2007. Mario Gerla Computer Science Dept, UCLA www.cs.ucla.edu. End to end vs broadcast based. VANET E2E networking (without infrastructure) extremely challenging: An urban VANET may have over 100,000 nodes

768 views • 13 slides

Email: the Cinderella protocol?

Email: the Cinderella protocol?. Graham Klyne Head of Strategic Research Content Security Group. (This presentation has additional detail in the notes page view). Why Cinderella?.

281 views • 12 slides

Will Ivancic NASA Glenn Research Center

214 views • 6 slides

Microsoft EMIC

175 views • 1 slides

Java : Device to DataCenter

Java : Device to DataCenter. Charles Shih & Naveen Asrani Oracle.

88 views • 0 slides