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<p>VisitOrvic: roacrolget</p> <hr /> <div>acelletodar<br /> {{TOC}}<br /> <br /> <br /> == Event Scheduler ==<br /> <br /> * Implement a &quot;Calendar Queue&quot; event scheduler. The reference paper is: ''Randy Brown, Calendar Queues: A Fast 0(1) Priority Queue Implementation for the Simulation Event Set Problem, CACM, 31(10):1220-1227, October 1988.''<br /> <br /> * Implement a &quot;Dynamic Calendar Queue&quot; event scheduler. The reference paper is: ''JongSuk Ahn, SeungHyun Oh, &quot;Dynamic Calendar Queue,&quot; ss, p. 20, Thirty-Second Annual Simulation Symposium, 1999.''<br /> <br /> == Software Integration ==<br /> <br /> Tom Henderson (tomh@tomh.org) is looking for volunteers to lead or assist on these code integration projects:<br /> * ns-2 integration with ns-3. (we need to explore different ways to do this)<br /> <br /> * [http://www.quagga.net Quagga] or [http://www.xorp.org XORP] routing integration (Do not reinvent dynamic routing daemons-- reuse existing ones)<br /> ** Prior related work: quagga OSPFv3 (IPv6) integration with GTNetS (Tom Henderson and Boeing)<br /> ** Prior related work: quagga BGP integration with GTNetS <br /> <br /> * network simulation cradle: Linux and FreeBSD code running in ns: http://research.wand.net.nz/software/nsc.php<br /> <br /> * protolib/agent J: Naval Research Lab (NRL) has developed a number of nice open source abstraction libraries for ns-2. One is called &quot;protolib&quot; and it allows for C-based routing daemons to run in ns-2, OPNET, and also as a userspace daemon. There is a related one called &quot;Agent J&quot; that allows Java-based apps to run in ns-2 (or also on top of real sockets). http://downloads.pf.itd.nrl.navy.mil/protolib/<br /> <br /> * NIST WiMax ns-2 port to ns-3</div>

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