0000000000281040

AUTHOR

Tuukka Puranen

showing 5 related works from this author

Automatic Customization Framework for Efficient Vehicle Routing System Deployment

2017

Vehicle routing systems provide several advantages over manual transportation planning and they are attracting growing attention. However, deployment of these systems can be prohibitively costly, especially for small and medium-sized enterprises: the customization, integration, and migration is laborious and requires operations research expetise. We propose an automated configuration workflow for vehicle routing system and data flow customization, which provides the necessary basis for more experimental work on the subject. Our preliminary results with learning and adaptive algorithms support the assumption of applicability of the proposed configuration framework. The strategies presented h…

Data flow diagramSystem deploymentWorkflowSoftware deploymentComputer scienceData exchangeDistributed computingVehicle routing problemPolicy-based routingvehicle routing systemsRouting (electronic design automation)Automotive engineering
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Producing Routing Systems Flexibly Using a VRP Metamodel and a Software Product Line

2012

Routing problems occur in a wide variety of situations. Due to the heterogeneity of cases we do not yet know how to manage the complexity of addressing all the relevant aspects in logistic planning and solving the variety of different problem types in a cost-efficient way. In the last decade, we have witnessed an emergence of systematic approach into managing variation within a set of related software systems. This paper presents an application of these advances from software engineering into vehicle routing: we suggest the construction of a higher-level (meta-) model of routing problems and the application of a software product line approach. The proposed approach results in a flexible pro…

Set (abstract data type)Computer scienceDistributed computingVehicle routing problemDomain engineeringSoftware systemRouting (electronic design automation)Software product lineVariety (cybernetics)Metamodeling
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Scalable Deployment of Efficient Transportation Optimization for SMEs and Public Sector

2014

Transportation planning is central activity in logistic network design. In this study, we examine the deployment of optimization methodology to transportation planning. More specifically, we examine the adoption of system solving the well-known combinatorial optimization problem, the vehicle routing problem (VRP). Its application has resulted in efficiency gains in transportation logistics, but they have not been very widespread, and especially small-scale operators have not yet benefited from these systems. In this paper, we present a prospective case study on the issues during deployment of optimization, especially in the context of small and medium enterprises (SMEs). We propose a novel …

Transportation planningSystem deploymentRisk analysis (engineering)Software deploymentComputer scienceVehicle routing problemEnterprise architectureCombinatorial optimizationContext (language use)Metaheuristic
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Implementing a lecture feedback system using semi-ad-hoc wireless networks

2007

wireless networkslangattomat lähiverkotmobiililaitteetluennotBluetoothlangaton viestintäpalauterakenteettomat verkotlecture feedback
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Metaheuristics meet metamodels : a modeling language and a product line architecture for route optimization systems

2011

software architecturemallintaminenjärjestelmäarkkitehtuurimetamodelkuljetustietotekniikka-arkkitehtuurimetaheuristicmodel-drivenoptimointireitinoptimointijärjestelmätohjelmistoarkkitehtuurivehicle routing problemsovelluskehyksetohjelmointiproduct line
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