Search results for "Software analytics"

showing 10 items of 12 documents

An Information Systems Design Product Theory for Software Project Estimation and Measurement Systems

2009

There is relatively little research on software Project Estimation and Measurement Systems (PEMS). Commercial PEMS vary in functionality and effective- ness. Their intended users thus do not know what to ex- pect from PEMS and how to evaluate them. This paper creates an information system design product theory for the class of PEMS that prescribes the meta-requirements, the meta-design, and applicable theories for all products within the class. Meta-requirements and the meta-design are derived from the project estimation and measurement literature, experiences obtained during more than ten years of empirical work in Finnish Software Measurement Association, and a commercially available PEMS.

COSMIC software sizingComputer scienceSoftware walkthroughSoftware peer reviewSoftware development processSoftware analyticsSoftwareSoftware sizingSoftware systemSoftware verification and validationSoftware measurementSoftware design descriptionEstimationSocial software engineeringbusiness.industrySoftware developmentSoftware metricSoftware deploymentSystems development life cyclePersonal software processSoftware constructionSoftware designPackage development processSoftware engineeringbusinessSoftware project management2009 42nd Hawaii International Conference on System Sciences
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Smart Technologies in Software Life Cycle

2007

In software life cycle models traditionally the main attention is being paid to the software development, including requirement gathering (specification), design, implementation and testing. Less research is devoted to the system maintenance and operation despite the fact that these aspects take up the main part of the duration of a successful system. In the paper smart technologies are being analysed - architectural designs and software components which using meta information on system and its usage conditions are able to solve efficiently the problems of maintenance and usage: data quality and performance monitoring, software flexibility and testability, context dependant user interface. …

EngineeringSoftware analyticsbusiness.industrySoftware sizingSoftware constructionSoftware developmentSystems engineeringPackage development processSoftware systemSoftware maintenancebusinessSoftware quality
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Use and Identification of Components in Component-Based Software Development Methods

2000

New software systems are needed ever more but to keep up with this trend software developers must learn to create quality software more efficiently. One approach is to (re-)use components as building blocks of the new software. Recently there has been more interest to create component-based software development methods to support this. In this article we first set out requirements for reuse-based software development and then evaluate three component-based methods, namely Catalysis, OMT++, and Unified Process. As a conclusion we argue that evaluated methods produce prefabricated components and that component-based means that software developers can change better components to existing syste…

Resource-oriented architectureComputer scienceKnowledge engineeringReuseSoftware walkthroughcomputer.software_genreSoftware development processSoftware analyticsSoftwareSoftware verification and validationSoftware systemSoftware requirementsUnified ProcessReusabilitySocial software engineeringbusiness.industrySoftware developmentSoftware frameworkSoftware deploymentComponent-based software engineeringSoftware constructionPersonal software processPackage development processBackportingSoftware architecturebusinessSoftware engineeringcomputer
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Analysing software integration scenarios: the case of telecommunications operations software

2008

Telecom operators deploy a vast number of software systems to support their operations. Vendors of this software often integrate in their products several software systems, in order to enable innovations, minimize customer's integration efforts, etc. Different integration scenarios can be envisioned, and the issue of identifying more beneficial scenarios is of a great importance to the vendors. This paper aims at analyzing different software integration scenarios from the viewpoint of their support for innovations, and focuses on the context of telecommunications operations software. For each scenario, the overall modularity of the set of software systems is evaluated, and the expected bene…

Social software engineeringInformation Systems and ManagementResource-oriented architectureComputer sciencebusiness.industryStrategy and ManagementMechanical EngineeringSoftware developmentManagement Science and Operations ResearchSoftware analyticsSoftware sizingSoftware constructionSoftware systembusinessTelecommunicationsEngineering (miscellaneous)System integration testingInternational Journal of Management Science and Engineering Management
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Explaining Change Paths of Systems and Software Development Practices

2010

This chapter discusses how systems development practices are shaped. Based on interviews conducted in ten development organizations and previous literature, we identify eight types of change paths in systems development practices: emergence, adoption, idealization, formalization, abandonment, informalization, entropy, and disobedience. We argue that the eight change path types provide an integrated theoretical framework on the study of how systems development practices change in organizations, projects, and among individual developers in a given context. We discuss how this framework complements existing theories and concepts of the contemporary literature on systems development.

Social software engineeringKnowledge managementbusiness.industryComputer scienceSoftware developmentcomputer.software_genreSoftware development processSoftware analyticsExtreme programming practicesBest coding practicesSystems development life cycleGoal-Driven Software Development Processbusinesscomputer
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Group Decision-Making Processes in Industrial Software Evolution

2007

Software evolution decision-making is important. Decisions can be made by an individual or a group. Currently it is not known how decision-making is organized in software industry. However, that knowledge is needed to improve the decision-making processes. Therefore, we have studied 29 decision making experts, who were involved in software evolution decision-making. The study was performed with qualitative methods, which enabled the gathering of versatile information concerning the views of the decision-makers. The study revealed group decisions are widely used both in private and public organizations and attitudes towards them are generally positive or neutral. The study provided informati…

Software Engineering Process GroupEngineeringSoftware analyticsSocial software engineeringKnowledge managementTeam software processbusiness.industryPersonal software processbusinessR-CASTSoftware evolutionGroup decision-makingInternational Conference on Software Engineering Advances (ICSEA 2007)
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Scenarios on Adoption of Open Source Software in the Communications Software Industry

2011

We examine the trends and developments affecting the adoption of open source software in the communications software industry. Based on expert interviews and scenario analysis, four alternative and possibly co-existing scenarios are derived. The analysis suggests that communication service providers will mostly deploy open source software in infrastructure software. Alternative developments include use of open source software in launching new services and in cloud computing. The present study is relevant particularly for technology managers considering open source strategies.

Software analyticsEngineering managementSocial software engineeringEngineeringCrowdsourcing software developmentbusiness.industrySoftware deploymentSoftware as a serviceSoftware technical reviewSoftware developmentbusinessSoftware peer reviewSoftware engineering
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Diffusion of software technology innovations in the global context

2003

This study examines how software businesses are acquiring new software technology innovations (STIs) in rapidly changing globalized business environment characterized by rapidly shortening software technology life cycles, changing customer demands, and intense competition. It was executed through both theoretical and empirical investigations and analyses. It describes one case company as an example of the diffusion of STI and develops a framework for the diffusion of software technology innovation. The research findings are useful for both further research and industrial settings.

Software analyticsSocial software engineeringKnowledge managementProcess managementbusiness.industrySoftware deploymentPersonal software processSoftware developmentPackage development processbusinessSoftware peer reviewSoftware qualityProceedings of the 35th Annual Hawaii International Conference on System Sciences
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Geo-visual analytics for urban design in the context of future Internet

2009

The internet, where much of the information has reference to location, together with the latest generation of geographical web services, represent a very large information space that can be used for planning and design. The wealth of information accessible, which requires new forms of interaction and management of the data available, has brought in recent year to the growth of the domain of visual analytics. In addition, the availability of 3D geobrowsers provides the technological means for interactive 3D environments which can be used to access large-scale geographical information. This technological scenario is paving the way to 3D web-based, geo-visual analytics tools for land planning …

Web analyticsVisual analyticsbusiness.industryComputer scienceSettore ICAR/10 - Architettura TecnicaLand-use planningIndustrial and Manufacturing EngineeringWorld Wide WebSoftware analyticsAnalyticsInformation spaceModeling and Simulation3D geobrowsers interoperability procedural modelling planningThe InternetbusinessCultural analytics
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Smart Technologies for Improved Software Maintenance

2015

Steadily increasing complexity of software systems makes them difficult to configure and use without special IT knowledge. One of the solutions is to improve software systems making them “smarter”, i.e. to supplement software systems with features of self-management, at least partially. This paper describes several software components known as smart technologies, which facilitate software use and maintenance. As to date smart technologies incorporate version updating, execution environment testing, self-testing, runtime verification and business process execution. The proposed approach has been successfully applied in several software projects.

business.industryComputer scienceSoftware developmentSoftware maintenancecomputer.software_genreSoftware analyticsSoftware constructionOperating systemPackage development processBackportingSoftware systemSoftware verification and validationbusinessSoftware engineeringcomputerAnnals of Computer Science and Information Systems
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