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Introduction

Network transport protocols such as TCP/IP have been designed under the assumption that an endpoint is connected to a single network and is addressed by only one Network Layer address. But today, with the popularity of resilience-critical applications, such as e-commerce, e-health and emergency services, there is more and more interest in having multi-homed endpoints, where systems are connected to multiple networks and are therewith able to support the necessary resilience. The management of multi-homing creates challenges for applications and underlying protocols as well. For the best application performance, multiple approaches, situated on different protocol layers, should work cooperatively. Multi-homed Transport Layer protocols such as SCTP are available for quite some time. However, in the last period, and with the recent progress by the IETF related with Multi-Path TCP (MPTCP), which adds multi-homing functionalities to the standard TCP protocol, multi-homed Transport Layer protocols have become a hot research topic. In addition to it, multiple large research projects are working on approaches on the Session Layer (e.g. HIP) and Network Layer (e.g. LISP, ILNP) and are dealing with similar issues. Furthermore, multi-homing is an interesting topic for interconnection networks (e.g. Infiniband). Here, it has to be mentioned that Cross-Layer Optimization in this field may lead to further improvements. The intent of our workshop is to bring people from research and industry together in order to provide a discussion forum for state-of-the-art topics related with multi-homing on Data Link, Network, Transport, Session and Application Layers. The workshop will include full-paper sessions as well as a poster session (with short presentations) to introduce preliminary ideas as well as work in progress.

Call for paper

Submission Topics

The main topics to be addressed include (but are not limited to): Network Resilience by Multi-Homing Network Architectures for Multi-Homed Systems Performance Evaluation of Multi-Homed Systems Deployment of Multi-Homed Protocols in Existing Networks with Middleboxes Design and Implementation of Multi-Homed Systems Testbeds for Multi-Homed Systems Load Sharing and Load Balancing for Multi-Homed Systems Mobility for Multi-Homed Systems Protocols with Multi-Homing Support Congestion and Flow Control of Multi-Homed Systems Quality of Service for Multi-Homed Systems Multi-Homing for Interconnection Networks Security of Multi-Homed Systems Application Deployment and Support for Legacy Applications Cross-Layer Optimization for Multi-Homed Systems Multi-Homing in the Context of the Future Internet
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Important Date
  • Conference Date

    Mar 25

    2015

    to

    Mar 27

    2015

  • Mar 27 2015

    Registration deadline

Sponsored By
IEEE Computer Society
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