Discovering commute patterns via process mining
Ubiquitous computing has proven its relevance and efficiency in improving the user experience across a myriad of situations. It is now the ineluctable solution to keep pace with the ever-changing environments in which current systems operate. Despite the achievements of ubiquitous computing, this di...
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Published in | Knowledge and information systems Vol. 60; no. 2; pp. 691 - 713 |
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Main Authors | , |
Format | Journal Article |
Language | English |
Published |
London
Springer London
01.08.2019
Springer Nature B.V |
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Abstract | Ubiquitous computing has proven its relevance and efficiency in improving the user experience across a myriad of situations. It is now the ineluctable solution to keep pace with the ever-changing environments in which current systems operate. Despite the achievements of ubiquitous computing, this discipline is still overlooked in business process management. This is surprising, since many of today’s challenges, in this domain, can be addressed by methods and techniques from ubiquitous computing, for instance user context and dynamic aspects of resource locations. This paper takes a first step to integrate methods and techniques from ubiquitous computing in business process management. To do so, we propose discovering commute patterns via process mining. Through our proposition, we can deduce the users’ significant locations, routes, travel times and travel modes. This information can be a stepping-stone toward helping the business process management community embrace the latest achievements in ubiquitous computing, mainly in location-based service. To corroborate our claims, a user study was conducted. The significant places, routes, travel modes and commuting times of our test subjects were inferred with high accuracies. All in all, ubiquitous computing can enrich the processes with new capabilities that go beyond what has been established in business process management so far. |
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AbstractList | Ubiquitous computing has proven its relevance and efficiency in improving the user experience across a myriad of situations. It is now the ineluctable solution to keep pace with the ever-changing environments in which current systems operate. Despite the achievements of ubiquitous computing, this discipline is still overlooked in business process management. This is surprising, since many of today’s challenges, in this domain, can be addressed by methods and techniques from ubiquitous computing, for instance user context and dynamic aspects of resource locations. This paper takes a first step to integrate methods and techniques from ubiquitous computing in business process management. To do so, we propose discovering commute patterns via process mining. Through our proposition, we can deduce the users’ significant locations, routes, travel times and travel modes. This information can be a stepping-stone toward helping the business process management community embrace the latest achievements in ubiquitous computing, mainly in location-based service. To corroborate our claims, a user study was conducted. The significant places, routes, travel modes and commuting times of our test subjects were inferred with high accuracies. All in all, ubiquitous computing can enrich the processes with new capabilities that go beyond what has been established in business process management so far. |
Author | Yousfi, Alaaeddine Weske, Mathias |
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ContentType | Journal Article |
Copyright | Springer-Verlag London Ltd., part of Springer Nature 2018 Knowledge and Information Systems is a copyright of Springer, (2018). All Rights Reserved. |
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Keywords | Process mining Ubiquitous computing Commute process Commute pattern Location-based services |
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In: Proceedings of the 13th IEEE international symposium on high performance distributed computing, 2004 Van der AalstWAdriansyahAvan DongenBReplaying history on process models for conformance checking and performance analysisWiley Interdiscip Rev Data Min Knowl Discov20122218219210.1002/widm.1045 ChonJChaHLifemap: a smartphone-based context provider for location-based servicesIEEE Pervasive Comput2011102586710.1109/MPRV.2011.13 Van der AalstWvan DongenBFGüntherCWRozinatAVerbeekEWeijtersTProm: the process mining toolkitBPM (Demos)200948931 EluruNChakourVEl-GeneidyAMTravel mode choice and transit route choice behavior in montreal: insights from mcgill university members commute patternsPublic Transp20124212914910.1007/s12469-012-0056-2 Van der Aalst WMP (1997) Verification of workflow nets. In: International conference on application and theory of petri nets. 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Springer, pp 304–307 BellavistaPKüpperAHelalSLocation-based services: back to the futureIEEE Pervasive Comput200872858910.1109/MPRV.2008.34 1255_CR33 M Weske (1255_CR5) 2012 1255_CR34 X Zhu (1255_CR35) 2016; 83 C Chang (1255_CR38) 2016; 49 GD Abowd (1255_CR31) 2000; 7 W Aalst Van Der (1255_CR11) 2011 GD Abowd (1255_CR32) 2002; 1 W Reisig (1255_CR14) 2012 WMP Aalst van der (1255_CR13) 2003; 47 N Eluru (1255_CR22) 2012; 4 P Bellavista (1255_CR10) 2008; 7 D Ashbrook (1255_CR21) 2003; 7 L Rongxing (1255_CR30) 2012; 13 1255_CR15 W Aalst Van der (1255_CR12) 2009; 489 1255_CR16 1255_CR19 A Yousfi (1255_CR36) 2016; 74 A Rozinat (1255_CR18) 2008; 33 W Barfield (1255_CR2) 2015 V Kushwaha (1255_CR27) 2011; 1 1255_CR23 L Argote (1255_CR20) 2000; 82 S Dhar (1255_CR28) 2011; 54 A Yousfi (1255_CR37) 2016; 9 1255_CR8 J Chon (1255_CR26) 2011; 10 W Aalst Van der (1255_CR17) 2012; 2 P Zikopoulos (1255_CR7) 2011 1255_CR9 J Krumm (1255_CR1) 2009 1255_CR25 ZS Qian (1255_CR24) 2012; 46 A Sears (1255_CR4) 2009 1255_CR3 L Yan (1255_CR6) 2008 K Li (1255_CR29) 2012; 54 |
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Technical report, Object Management Group (2011) – reference: Van der AalstWAdriansyahAvan DongenBReplaying history on process models for conformance checking and performance analysisWiley Interdiscip Rev Data Min Knowl Discov20122218219210.1002/widm.1045 – reference: QianZSXiaoFEZhangHMManaging morning commute traffic with parkingTransp Res Part B: Methodol201246789491610.1016/j.trb.2012.01.011 – reference: DharSVarshneyUChallenges and business models for mobile location-based services and advertisingCommun ACM201154512112810.1145/1941487.1941515 – reference: Decker M, Che H, Oberweis A, Stürzel P, Vogel M(2010) Modeling mobile workflows with bpmn. In: Ninth international conference on mobile business and 2010 ninth global mobility roundtable, 2010. 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Springer, pp 407–426 – reference: ChonJChaHLifemap: a smartphone-based context provider for location-based servicesIEEE Pervasive Comput2011102586710.1109/MPRV.2011.13 – reference: AbowdGDMynattEDCharting past, present, and future research in ubiquitous computingACM Trans Comput Hum Interact200071295810.1145/344949.344988 – reference: van der AalstWMPvan DongenBFHerbstJMarusterLSchimmGWeijtersAJMMWorkflow mining: a survey of issues and approachesData Knowl Eng200347223726710.1016/S0169-023X(03)00066-1 – reference: KushwahaVOjhaMLocation based services using android mobile operating systemInt J Artif Intell Knowl Discov2011111720 – reference: BarfieldWFundamentals of wearable computers and augmented reality2015Boca RatonCRC Press10.1201/b18703 – reference: BellavistaPKüpperAHelalSLocation-based services: back to the futureIEEE Pervasive Comput200872858910.1109/MPRV.2008.34 – reference: RongxingLLinXLiangXShenXA dynamic privacy-preserving key management scheme for location-based services 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SubjectTerms | Business process management Changing environments Computer Science Data Mining and Knowledge Discovery Database Management Human-computer interaction Information Storage and Retrieval Information Systems and Communication Service Information Systems Applications (incl.Internet) IT in Business Location based services Management Regular Paper Travel time Ubiquitous computing |
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Title | Discovering commute patterns via process mining |
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