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City Budapest / Sydney / / Company Dell / Heterogeneous Wireless Mobile Networks / Cisco / Networked Systems / Intelligent Transport Systems Telecommunications / / Country Hungary / France / Australia / / / Event FDA Phase / / Facility Automation Research Institute / OpenVPN tunnel / IPv6 tunnel / / IndustryTerm decision algorithms / decision algorithm / Internet resources / wireless access technologies / implement algorithms / cross-layer optimized algorithm / handoff solution / radio access technologies / access network / network flow mobility algorithms / state management / proposed cross-layer optimized decision algorithm / predictive handover management / measured network / level mobility management protocols / static flow assignment algorithm / adaptive decision algorithm / heterogeneous mobile networks / flow mobility management / Wireless Mobile Communication / handover decision algorithms / network interface management / Internet / proposed flow mobility decision algorithm / wireless connections / real-time network measurement module / flow binding solution / visited networks / handover decisions based on network / heterogeneous and overlapping wireless networks / flow-based mobility handling algorithms / wireless networks / client-based mobility management / mature and widespread solution / multi-access mobile devices / heterogeneous network / fine-grained mobility management solution / 3G/4G networks / multi-access communications / wireless networking / 3G network / mobility management solution / fine-grained mobility management / access networks / mobility management / metropolitan area networks / flow level mobility management / cost-based and combined solutions / opensource web server / theoretical content centric networking / / OperatingSystem L3 / Linux / Android / GNU / / Organization Budapest Univ. of Technology and Economics / Sciences / Computer and Automation Research Institute / SFA / European Union / ‡Hungarian Academy of Sciences / / Person Francois Hoguet / R. Wakikawa / V / Ricardo Silva / / Product Socat / Android OS / TelephonyManager API / HTC Desire Smartphone / MIP6D-NG / CyanogenMod5 Android / MIPD6-NG / IPv6 / / ProgrammingLanguage Java / / ProvinceOrState Minnesota / / Region Asia-Pacific / / Technology decision algorithms / network flow mobility algorithms / Linux / API / proposed flow mobility decision algorithm / Quality of Service / introduced algorithm / 9 Router / flow-based mobility handling algorithms / decision algorithm / mobile devices / adaptive decision algorithm / java / RSSI algorithm / existing algorithms / cross-layer optimized algorithm / static flow assignment algorithm / 3G / radio access technologies / IPv6 / implement algorithms / handover decision algorithms / Handoff Algorithm / Smartphone / GPS / Android / mobile device / UDP / TCP/IP / proposed cross-layer optimized decision algorithm / Wi-Fi / level mobility management protocols / Handover Algorithm / VHO algorithms / Smartphones / wireless access technologies / IPv4 / simulation / VOIP / web server / / URL http / SocialTag 
Android-based Testbed and Demonstration Environment for Cross-layer Optimized Flow Mobility Norbert Varga†, László Bokor†, András Takács‡ † Budapest Univ. of Technology and Economics, Dept. of Networked Syst