MARC record from Internet Archive

LEADER: 02058nam 2200385Ia 4500
001 ocn430946793
003 OCoLC
005 20090818112108.0
008 090818s1972 caua bt f000 0 eng d
007 cr bn|||||||||
040 $aAD#$cAD#
037 $aAD0754373$bDTI
086 0 $aD 208.14/2:NPS-53WG72111A
088 $aNPS-53WG72111A
049 $aAD#A
100 1 $aWang, Peter C. C.
245 12 $aA theorem on geometric probability and applications /$cby Peter C.C. Wang.
260 $aMonterey, Calif. :$bNaval Postgraduate School,$c1972.
300 $a22 p. :$bill. ;$c28 cm.
500 $aTitle from cover.
500 $a"20 November 1972"--Cover.
500 $a"NPS-53WG72111A"--Cover.
500 $aDTIC Identifiers: Network flows, traffic flow, transportation models .
500 $aAuthor(s) subject terms: Geometric probability, poisson process, road traffic flow, random lines.
504 $aIncludes bibliographical references (p. 16).
506 $a"Approved for public release; distribution unlimited"--Cover.
513 $aTechnical report; 1972.
520 $aRenyi has considered an interesting model of traffic flow on a divided highway which extends to infinity in one direction without traffic lights or other inhomogeneities. It is assumed that each car travels at a constant speed which is a random variable and passing is always possible without delays. Among others, Renyi has obtained some results regarding mainly the spatial distribution of cars along the highway when the temporal distribution of cars is assumed to be described by a Poisson process. The purpose of the paper is to discuss a number of results that can be related to low density traffic flow models on an infinite highway. (Author)
650 0 $aProbabilities.
650 0 $aPoisson distribution.
710 2 $aNaval Postgraduate School (U.S.)
994 $aC0$bAD#
035 $a(CStRLIN)CDKGR6057728-B
949 $lgen$nL$aQA273$b.W25$s1$tnorm$u00001$i32768001723455
926 $aNPS-LIB$bDIGIPROJ$cD 208.14/2:NPS-53WG72111A$dTECH_RPT$eNEVER$f1