JiST – Java in Simulation Time - Evernote

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jist execution model • entity methods are an event interface • simulation time invocation • non-blocking; invoked at caller entity time; no continuation • like co-routines, but scheduled in simulation time • entity references replaced with separators • event channels; act as state-time boundary • demarcate a TimeWarp-like process, but at finer granularity JiST – Java in Simulation Time 8
a basic example • the “hello world” of event simulations JiST – Java in Simulation Time class HelloWorld implements JistAPI.Entity { public void hello() { JistAPI.sleep(1); hello(); System.out.println("hello world, " + "time=" + JistAPI.getTime() ); } } • demo! Java Stack overflow @hello JiST hello world, time=1 hello world, time=2 hello world, time=3 etc. * 9
Page 1 and 2: JiST - Java in Simulation Time Virt
Page 3 and 4: what is a simulation? • unstructu
Page 5 and 6: the jist approach • JiST - Java i
Page 7: jist object model • program state
Page 11 and 12: jist micro-benchmark: event through
Page 13 and 14: SWANS • Scalable Wireless Ad hoc
Page 15 and 16: SWANS components JiST - Java in Sim
Page 17 and 18: SWANS performance t=15m nodes time
Page 19 and 20: performance summary • SWANS scala
Page 21 and 22: ewriter • rewriter properties •
Page 23 and 24: configurability • configurability
Page 25 and 26: capturing continuations • mark en
Page 27 and 28: ewriter flexibility • simulation
Page 29 and 30: JiST - Java in Simulation Time Virt
Page 31 and 32: JiST features in SWANS • SWANS is
Page 33 and 34: distribution and concurrency • pa
Page 35 and 36: java deficiencies JiST - Java in Si
Page 37 and 38: jist api JiST - Java in Simulation
Page 39 and 40: example: scripts JiST - Java in Sim
Page 41: ewriter overhead JiST - Java in Sim

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