JohnAugustine BrianPutnam SasankaRoy Largest Empty Circle Centered on a Query Line CoRR abs/0809.2651 2008 BrianBishop KevinMcDaid Spreadsheet End-User Behaviour Analysis CoRR abs/0809.3587 2008 NatalieDutrow DavidANix DerickHolt BrettMilash BrianDalley ErickWestbroek TimothyJParnell BradleyRCairns Dynamic transcriptome of Schizosaccharomyces pombe shown by RNA-DNA hybrid mapping Nature Genetics 40 977-986 2008 DerekFlood KevinMcDaid FergalMcCaffery BrianBishop Evaluation of an Intelligent Assistive Technology for Voice Navigation of Spreadsheets CoRR abs/0809.3571 2008 DavidGoldberg DavidNichols BrianM.Oki DouglasTerry Using collaborative filtering to weave an information tapestry Commun. ACM ACM Press 35 61–70 1992 BrianR.Hunt TimSauer JamesA.Yorke Prevalence: a translation-invariant ``almost every'' on infinite-dimensional spaces Bull. Amer. Math. Soc. (N.S.) 27 217–238 1992 We present a measure-theoretic condition for a property to hold ``almost everywhere'' on an infinite-dimensional vector space, with particular emphasis on function spaces such as $C^k$ and $L^p$. Like the concept of ``Lebesgue almost every'' on finite-dimensional spaces, our notion of ``prevalence'' is translation invariant. Instead of using a specific measure on the entire space, we define prevalence in terms of the class of all probability measures with compact support. Prevalence is a more appropriate condition than the topological concepts of ``open and dense'' or ``generic'' when one desires a probabilistic result on the likelihood of a given property on a function space. We give several examples of properties which hold ``almost everywhere'' in the sense of prevalence. For instance, we prove that almost every $C^1$ map on $R^n$ has the property that all of its periodic orbits are hyperbolic. AzzariC.Jarrett BrianM.Dennis NusEye: designing for social navigation in syndicated content ACM Press 17–19 2005 JoonKoh Young-GulKim BrianButler Gee-WooBock Encouraging participation in virtual communities Commun. ACM ACM Press 50 68–73 2007 AliMortazavi BrianA AWilliams KennethMcCue LorianSchaeffer BarbaraWold Mapping and quantifying mammalian transcriptomes by RNA-Seq Nature Methods 5 621-628 2008 D.Passemard BrianH.Kleiner Competitive advantage in global industries Management Research News MCB University Press Limited 23 111–117 2000 Attempts to define competitive advantage within an industry. Identifies the need for a competitive strategy specific to the enterprise and industry concerned. Considers the structure of the industry, the scope of profitability and positioning of the company. Looks at competitive advantage within global industries in relation to global strategy, early reactions and alliances. Suggests the winners will need to be progressive, innovative, quality firms which continue to react quickly to new developments, take risks and invest.