10.1499 0 TD /TT5 6 0 R /TT2 1 Tf )-408(Here)-276(the)-288(scenarios)-276(ha)24(v)12(e)-276(been)-264(based)-276(on)-276(past)-288(highly)-264(demanding)-252(situations)-276(using)-276(the)-288(memory)]TJ 0 -1.2 TD /Differences [0/#0F ] 1.6358 0 TD /ProcSet [/PDF /Text ] It also presents examples to illustrate the scenario management activities. [(cer)-360(\(FO\))]TJ )-300(F)12(o)0(r)-240(instance,)-228(the)-240(comple)12(xity)-204(of)-240(man)12(y)-228(situations)-228(arises)-252(when)-228(agents)-228(are)-240(f)12(aced)-228(with)-240(man)12(y)-228(com-)]TJ /Font << [(An)-300(interaction)-276(in)36(v)24(olv)12(es)-276(a)-300(number)-264(of)-300(autonomous)]TJ /GS1 gs T* This chapter explains the major concepts of simulation scenarios, introduces a model-driven scenario development process, and discusses the main activities in scenario management in a distributed simulation with a practical slant. /TT2 1 Tf -4.764 -1.596 TD /Length 10157 -1.488 -1.596 TD 0000087760 00000 n Such an extensive use of scenarios in a distributed simulation dictates a judicious management of scenarios. /TT4 1 Tf 1.488 -1.2 TD 0 Tw )-336(In)-252(some)-264(cases)-264(it)-276(may)-252(be)-264(useful)-252(to)-264(distinguish)-240(a)-264(subset)-264(of)-264(the)-252(interaction)-252(trajectories)-252(—)-264(the)]TJ (ß)Tj endobj 0 -1.2 TD [(are)-240(f)12(airly)-240(general)-228(and)-228(might)-240(arise)-240(in)-252(the)-240(analysis)-240(of)-240(an)12(y)-240(scenario. /CreationDate (D:20050802112353+01'00') /Encoding /MacRomanEncoding )-408(Our)-276(aim)-276(in)-288(asking)-264(this)-288(question)-264(is)-288(to)-288(identify)-264(ho)24(w)-276(well)-288(the)-276(system)-276(design)-276(supports)]TJ 722 667 556 611 722 722 944 0 722 611 0 0 0 0 0 0 16.0122 0 TD 1.488 -1.2 TD 18 0 obj [(What)-240(are)-240(the)-240(goals)-252(that)-240(the)-240(signi)]TJ << /TT2 1 Tf -31.0048 -1.596 TD [(,)-252(pp.)-228(18–26.)-216(IEEE,)-240(Ne)24(w)-240(Y)108(ork. [(In)-348(the)-336(conte)12(xt)-336(of)-336(issue)-360(\(3\))-336(we)-348(check)-324(to)-348(see)-360(ho)24(w)-336(much)-324(de)24(viation)-336(is)-348(possible)-348(from)-324(this)-360(designed)-324(task. [(cant)-216(e)24(v)12(ents)-216(can)-228(trigger)-204(goals,)-228(e)24(v)12(ents)-216(can)-228(help)-216(to)-228(achie)24(v)12(e)-204(goals,)]TJ /TT2 1 Tf [(Wright,)-228(and)-228(Harrison)-216(1995\). Following Siegfried and his colleagues we can distinguish three types of scenarios that are produced in successive stages of the scenario development process: operational scenarios, conceptual scenarios and executable scenarios. BT >> From a developer’s perspective, the conceptual model prepares the basis for simulation development. )-456(W)84(e)-324(are)-300(interested)-300(therefore)-276(in)-300(scenario)-300(representations)]TJ 0.5562 0 TD /GS1 gs /Resources 16 0 R [(03:58)-1333.3(SO)-2160(you)-266.7(see)-253.3(the)-253.3(fuel)-240(gauge)-266.7(tests)-253.3(properly)-266.7(that’)53.3(s)-240(what)-253.3(w)13.3(orries)-253.3(me! T* /GS1 gs T* -10.3641 -1.188 TD )-360(Both)-252(of)]TJ -21.1497 -1.2 TD << 10.3232 0 TD /Font << 0 g 1.488 -1.2 TD /GS1 8 0 R (goals)Tj << 0000031636 00000 n [(02:41)-1333.3(FO)-2160(ah)-253.3(nasa)-253.3(nine)-266.7(oh)]TJ [(particular)-228(scenario)-240(looks)-252(lik)12(e)-252(i)0(n)-252(terms)-240(of)-252(the)-252(conceptual)-228(frame)24(w)12(ork. -30.5031 -1.2 TD T* [(Pr)48(oceedings)-312(of)]TJ The simulation scenarios are used in every step in distributed simulation life span from the beginning (analysis and design) of a distributed simulation development to the analysis of results. [(,)-216(pp.)-240(237–256.)-204(Ne)24(w)-240(Y)108(ork:)-288(V)108(a)0(n)-240(Nostrand)-228(Reinhold. 0.5562 0 TD )-432(The)-288(w)12(ork)-288(that)-288(agents)-288(do)-288(is)-300(characterised)-276(by)-288(the)]TJ << 0.5562 0 TD /Descent -250 /TT2 1 Tf (Þ)Tj endobj 11.2959 0 TD )-300(In)]TJ 35.6613 0 TD Definition of transformation is similar to programming; it requires setting the aim and design for that end. )]TJ )]TJ /TT2 1 Tf -6.1469 -3.852 TD -11.315 -1.188 TD 0 -1.188 TD 12.3214 0 TD [(order)-216(that)-228(the)-228(goal)-216(can)-228(be)-228(achie)24(v)12(e)0(d)-204(a)0(t)-228(all. << /Font << [(objects)-240(that)-240(do)-240(not)-240(enjo)12(y)-228(the)-240(status)-252(of)-240(“agents”,)-228(because)-240(the)12(y)-228(are)-240(not)-240(capable)-240(of)-228(initiating)-240(actions,)-240(may)-228(well)]TJ [(generic)-228(set)-240(of)-240(questions. -31.9881 -1.2 TD /Length 10322 -10.7557 -1.2 TD >> )-324(In)]TJ [(the)-252(broader)-228(conte)12(xt)-240(in)-252(which)-252(the)-252(action)-252(took)-240(place. 8.5367 0 TD endobj 40.2881 0 TD >> 5.8126 0 TD 0 -2.652 TD )]TJ 0 Tw /TT2 1 Tf 29.6106 0 TD )]TJ has elapsed or that a specific condition is achieved. Personas have been around since the mid-1990s in marketing. /TT4 1 Tf 0000008896 00000 n /TT5 1 Tf -40.3513 -1.188 TD [(esis)-264(is)-252(correct? /TT2 1 Tf We demonstrate the applicability of the BOM standard for a fictitious air defense scenario. (Þ)Tj -14.048 -1.2133 TD )-360(In)-264(addition,)-252(both)-252(ha)24(v)12(e)-252(lo)24(wer)24(-le)24(v)12(e)0(l)]TJ 0000085133 00000 n 0.5562 0 TD [(Our)-204(aim)-216(is)-216(to)-216(be)-216(precise)-204(about)-204(k)12(e)12(y)-204(e)24(v)12(ents)-204(of)-204(an)-216(interacti)24(v)12(e)-192(system)-216(scenario)-204(so)-216(that)-216(we)-216(can)-204(use)-216(the)-216(frame)24(w)12(ork)]TJ 0.5562 0 TD /ExtGState << 9 0 0 9 105.24 733.98 Tm 0 -1.2 TD /TT7 1 Tf [(design. /Type /Font 0 -1.2133 TD [(design)-348(cate)12(gories)-348(and)-348(to)-360(understand)-324(precisely)-360(what)-348(the)-360(implications)-348(of)-360(design)-348(decisions)-348(will)-372(be)-348(when)-360(a)]TJ /TT2 1 Tf 0.5562 0 TD (Scenario-)Tj It takes scenario development and the use of scenarios in simulation environment development put forth in IEEE Recommended, Training in a distributed simulation involves carefully designed and constructed simulation scenarios to fulfill the training requirements. 13.2969 0 TD /TT7 1 Tf Afterwards, two approaches for the formalization of a conceptual model are presented. -1.488 -1.2 TD /ExtGState << [(of)-276(source)-276(data)-276(that)-276(may)-276(form)-276(the)-276(basis)-288(of)-276(a)-288(scenario)-276(enquiry)60(. 0 Tc 0 -1.2 TD accessibility and levels of computer proficiency) May be of different field of expertise There need to be explanations and examples of different types of search … )]TJ (in)Tj /Contents 23 0 R 21.036 -4.176 TD /TT2 1 Tf /StemV 133 /TT7 7 0 R 278 722 500 500 500 500 389 389 278 500 444 667 444 444 0 0 [(Does)-264(the)-264(system)-264(pro)12(vide)-240(information)-228(that)-264(helps)-264(the)-264(operator)-240(to)-264(identify)-252(whether)-252(the)-264(hypoth-)]TJ

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