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TU Berlin

Inhalt des Dokuments

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  • dual_degree [1]
  • menue [2]
    • Telecommunication Networks Group [3]
    • News [4]
    • Members [5]
      • Alumni [6]
    • Teaching [7]
      • Modules [8]
        • B.Sc. Module [9]
        • M.Sc. Module [10]
        • Bachelor-Studium bei TKN [11]
      • Summer 2018 [12]
      • Winter 2017/18 [13]
      • Summer 2017 [14]
      • Winter 2016/17 [15]
      • Summer 2016 [16]
      • Winter 2015/16 [17]
      • Summer 2015 [18]
      • Winter 2014/15 [19]
      • Modalities of Exams [20]
      • Student Projects [21]
      • Bachelor Master Theses [22]
    • Research [23]
      • Projects [24]
        • ongoing projects [25]
        • completed project [26]
      • Equipment [27]
        • TKN Wireless Indoor Sensor network Testbed [28]
        • Cognitive Radio Learning Platform (CORAL) [29]
        • Berkeley Emulation Engine (BEE2) [30]
        • IEEE 802.11 prototype boards [31]
        • CREW [32]
      • Software - Tools [33]
        • Software [34]
          • Experimental Code [35]
            • ResFi [36]
            • WiFi Channel Tools [37]
            • Assessing the Transmission of VoIP Packets [38]
            • Mongolia: An Auditory Testing Environment to Study the Importance of a VoIP Packet [39]
            • HMIPv6 for Linux [40]
            • EvalVid -­‐ A Video Quality Evaluation Tool-­‐set [41]
            • Snuffle and EasySnuffle [42]
            • Object oriented implementation of protocols like TCP, RIP and RTP with Channels [43]
            • MOMBASA Software Environment (Mobility Support -­‐ A Multicast-­‐Based Approach) [44]
          • Simulation Models [45]
            • An IEEE 802.11e EDCF and CFB Simulation Model for NS-­‐2.26 [46]
            • The Eifel Algorithm for Linux and NS2 [47]
            • MixIM and MF: Frameworks for Simulation of Wireless and Mobile Networks in OMNET++ [48]
            • Mobile IPv6 Simulation in OMNeT++ [49]
            • A realisitic VoIP traffic generation and evaluation tool for OMNeT++ [50]
            • An IEEE 802.11 WLAN Simulation Model for CSIM18 [51]
          • Tools [52]
            • AKAROA-­‐2 for OMNeT++ [53]
            • Combination of AKAROA-­‐2 and NS-2 [54]
            • BatchDistribution [55]
            • OPNET [56]
        • Traces [57]
          • Measuring the Impact of Slow User Motion on Packet Loss and Delay over IEEE 802.11b Wireless Links -­‐ Traces [58]
          • Traces of Wireless Measurements IEEE 802.11 PHY [59]
          • MPEG-­‐4 and H.263 Video Traces for Network Performance Evaluation [60]
        • Archive [61]
          • An experimental Setup for measuring Power Consumption in WLANs [62]
          • RaDevil -­‐ rapid wireless MAC prototyping (slides: conceptual, technical) [63]
      • Videos [64]
        • LtFi: Cross-technology Communication LTE-U and IEEE 802.11 [65]
        • BIGAP - Seamless Handover in High Performance [66]
        • Body Area Network [67]
        • Better WLAN with Robots [68]
        • TWIST Tutorial [69]
        • Smartifying the Wireless Networks [70]
        • Forschung/Research international [71]
        • Context Awareness [72]
        • Interview DW-TV [73]
    • Publications [74]
      • All Publications [75]
      • Books [76]
      • Journal Papers and Book Chapters [77]
      • Conference Proceedings [78]
      • TKN Technical Report Series [79]
      • Standardisation [80]
      • Patents [81]
      • Miscellaneous [82]
        • Non Refereed Workshops and Seminar [83]
        • Other Technical Reports [84]
        • Talks at Workshops Seminars [85]
        • Tutorials [86]
      • Search Publications [87]
    • Visitor Information [88]
    • Internals [89]
      • rooms,telephones [90]
      • TKN Library [91]
      • Archive [92]
        • SS2011 [93]
        • WS 2010/2011 [94]
      • former lectures, restricted [95]
      • Retreat, restricted [96]
      • all_labs, restricted [97]
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