simon parsons ufuqjppjkcsclivacuk game theoretic decision theoretic agents cfp recently game decision theories proved powerful tools design autonomous agents understand interactions systems composed many agents decision theory provides general paradigm designing agents operate complex uncertain environments act rationally maximize preferences decisiontheoretic models use precise mathematical formalism define properties agents environment agents sensory capabilities ways agents actions change state environment agents goals preferences agents rationality defined behavior maximizes expectation degree preferences achieved time planning problem identified search rational optimal plan game theory adds decisiontheoretic framework idea multiple agents interacting within common environment provides ways specify agents separately jointly change environment resulting changes impact individual preferences building assumption agents rational selfinterested game theory uses notions nash equilibrium design mechanisms protocols various forms interaction communication result overall system behaving stable efficient fair manner applications intelligent agent technologies numerous prototypical agents physical like robots widely useful also agents operate virtual electronic environments like internet fetch filter information trade negotiate participate auctions behalf human users propose solutions transportation manufacturing financial allocation problems much gained bringing together researchers interested game theory decision theory present recent work application techniques agentbased computing submissions submissions due april 5 2005 please submit paper electronically 15 pages standard latex article style electronically postscript pdf piotr gmytrasiewicz piotrcsuicedu workshop website httpwwwcsuicedupiotrgtdt05html topics solicit papers dealing limited following areas developments decision theory game theory applicable agentbased systems descriptions agent systems employing game theory decision theory empirical evaluations agent systems employing game theory decision theory position statements use game theory decision theory agent systems descriptions deployed systems welcome also interested use nonstandard variants decision theory including qualitative logical approaches approaches combine decision game theories workshop open members ai community number participants limited program chairs piotr gmytrasiewicz department computer science university illinois chicago chicago il 606077053 email piotrcsuicedu simon parsons department computer information science brooklyn college city university new york 2900 bedford avenue brooklyn ny 11210 email parsonsscibrooklyncunyedu program committee cristina biccheri carnegie mellon university ka37andrewcmuedu craig boutilier university toronto ssfctcstorontoedu michael bowling university alberta awyhypbcsualbertaca prashant doshi university illinois chicago hxidfucsuicedu jon doyle massachusetts institute technology wbabkmitedu amy greenwald brown university hbtvuwqucsbrownedu jeff kephart ibm institute advanced research xxaoksbwatsonibmcom sarit kraus barilan university rnaadmacsbiuacil richard e stearns university albany csalbanyedu wynn stirling brigham young university nhefeebyuedu gerald tesauro ibm watson research center vupzvjawatsonibmcom leon van der torre vrije universiteit amsterdam qgtcbcsvunl russell vane litton prc ptjbvaneteamcom michael wooldridge university liverpool massachusetts tricpvcsumassedu organizing committee piotr gmytrasiewicz department computer science university illinois chicago chicago il 606077053 email piotrcsuicedu simon parsons department computer information science brooklyn college city university new york 2900 bedford avenue brooklyn ny 11210 email parsonsscibrooklyncunyedu simon parsons department computer information science brooklyn college city university new york 2900 bedford avenue tel 1 718 951 5520 brooklyn ny 11210 fax 1 718 951 4842 usa httpwwwscibrooklyncunyeduparsons email nznaxjsscibrooklyncunyedu wed 06 aug 2008 060530 0000 uai call papers gtdt 2005