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Andreas F. Molisch

  1. Femtocaching and Device-to-Device Collaboration: A New Architecture for Wireless Video Distribution.

    Tue, 04/10/2012 - 15:01 — SomNambul
    Authors: Andreas F. Molisch, Giuseppe Caire, Alexandros G. Dimakis, Negin Golrezaei
    Subjects: Networking and Internet Architecture
    Abstract

    We present a new architecture to handle the ongoing explosive increase in the
    demand for video content in wireless networks. It is based on distributed
    caching of the content in femto-basestations with small or non-existing
    backhaul capacity but with considerable storage space, called helper nodes. We
    also consider using the mobile terminals themselves as caching helpers, which
    can distribute video through device-to-device communications. This approach
    allows an improvement in the video throughput without deployment of any
    additional infrastructure.

  2. FemtoCaching: Wireless Video Content Delivery through Distributed Caching Helpers.

    Wed, 09/21/2011 - 15:01 — SomNambul
    Authors: Andreas F. Molisch, Giuseppe Caire, Alexandros G. Dimakis, Negin Golrezaei, Karthikeyan Shanmugam
    Subjects: Networking and Internet Architecture
    Abstract

    We suggest a novel approach to handle the ongoing explosive increase in the
    demand for video content in wireless/mobile devices. We envision femtocell-like
    base stations, which we call helpers, with weak backhaul links but large
    storage capacity. These helpers form a wireless distributed caching network
    that assists the macro base station by handling requests of popular files that
    have been cached. Due to the short distances between helpers and requesting
    devices, the transmission of cached files can be done very efficiently.

  3. Cooperative Routing for Wireless Networks using Mutual-Information Accumulation.

    Thu, 08/27/2009 - 13:23 — SomNambul
    Authors: Stark C. Draper, Lingjia Liu, Andreas F. Molisch, Jonathan S. Yedidia
    Subjects: Information Theory
    Abstract

    Cooperation between the nodes of wireless multihop networks can increase
    communication reliability, reduce energy consumption, and decrease latency. The
    possible improvements are even greater when nodes perform mutual information
    accumulation using rateless codes. In this paper, we investigate routing
    problems in such networks. Given a network, a source, and a destination, our
    objective is to minimize end-to-end transmission delay under energy and
    bandwidth constraints.

  4. Cooperative Routing for Wireless Networks using Mutual-Information Accumulation.

    Thu, 08/27/2009 - 13:23 — SomNambul
    Authors: Stark C. Draper, Lingjia Liu, Andreas F. Molisch, Jonathan S. Yedidia
    Subjects: Information Theory
    Abstract

    Cooperation between the nodes of wireless multihop networks can increase
    communication reliability, reduce energy consumption, and decrease latency. The
    possible improvements are even greater when nodes perform mutual information
    accumulation using rateless codes. In this paper, we investigate routing
    problems in such networks. Given a network, a source, and a destination, our
    objective is to minimize end-to-end transmission delay under energy and
    bandwidth constraints.

Math-arch

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