Anthony Trinh and Rich Zieminski Department of Computer Science, Columbia University { akt2105, rez2107

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Presentation transcript:

Anthony Trinh and Rich Zieminski Department of Computer Science, Columbia University { akt2105, rez2107

 Content changes require new access methods ◦ Larger content ◦ Different Content ◦ Greater reliability ◦ Concurrent Multipath Transfer using Stream Control Transmission Protocol (CMT-SMTP) ◦ Multipath Transmission Control Protocol (MPTCP)

SCTPMPTCP  Multi-Stream Protocol  Message Oriented (Multi-byte chucks)  Out of order delivery  Multi-home capable  Failover Supported  Transport Layer  Application code changes required  Processor Intensive  Multi-Stream Protocol  Multi-home capable  Failover Supported  Backward compatible with TCP ◦ Requires code changes to utilize full potential  Potential for higher delay and jitter  Requires network stack modifications

 An OS for Network Testbeds ◦ Wired and wireless test nodes ◦ Multiple OS’s, various hardware ◦ Configurable routing schemes  Configured using common simulation tools ◦ The Network Simulator 2(ns-2)

S ample ns-2 script Node configuration Technology Bandwidth (Mbit/s) Delay (ms) Packet Loss Ratio (%) Downlink Uplink Ethernet (ref) G-LTE G-HSPA g54 22 Ethernet (lan0) Delay Node (wlan1) Server (node1) Client (node0) Delay Node (wlan2) Delay Node (wlan3) Emulated Network Topology

 Future Work ◦ Varied message size testing ◦ Test other performance metrics  Delay, Jitter  Real application performance ◦ Link Aggregation  Redundant links (fault tolerant) ◦ Recovery time after failure