BibSonomy publications for /user/gresch/softwareSat Dec 11 23:06:20 CET 2010Science578372-74{The Geometry of Musical Chords}3132006analysis music musik software A musical chord can be represented as a point in a geometrical space called an orbifold. Line segments represent mappings from the notes of one chord to those of another. Composers in a wide range of styles have exploited the non-Euclidean geometry of these spaces, typically by using short line segments between structurally similar chords. Such line segments exist only when chords are nearly symmetrical under translation, reflection, or permutation. Paradigmatically consonant and dissonant chords possess different near-symmetries and suggest different musical uses. Mon Jun 28 09:37:13 CEST 2010Bratislava, SlovakiaProc. of the 15th International Conference on Systems, Signals and Image Processing (IWSSIP)June197--200Identification of errors-in-variables systems using data clustering2008algorithm clustering data fraeser software 25--28Sat Jun 27 00:19:05 CEST 2009IET SoftwareAugust4304--320Story Driven Approach to Software Evolution22008evolution modeling ontology process software story From a maintenance perspective, only software that is well understood can evolve in a controlled and high-quality manner. Software evolution itself is a knowledge-driven process that requires the use and integration of different knowledge resources. The authors present a formal representation of an existing process model to support the evolution of software systems by representing knowledge resources and the process model using a common representation based on ontologies and description logics. This formal representation supports the use of reasoning services across different knowledge resources, allowing for the inference of explicit and implicit relations among them. Furthermore, an interactive story metaphor is introduced to guide maintainers during their software evolution activities and to model the interactions between the users, knowledge resources and process model.Mon Nov 10 21:35:52 CET 2008Systems, Man, and Cybernetics, Part C: Applications and Reviews, IEEE Transactions onMay 3319-333The Pervasive Workflow: A Decentralized Workflow System Supporting Long-Running Transactions382008bpm develop long-running-transactions pervasive software workflow Thu Oct 09 16:00:49 CEST 2008Theor. Comput. Sci.1&2161-176A Framework for a Theory of Automated Learning.1631996article bibtex cornelia education framework learning software theory Thu Oct 09 15:54:06 CEST 2008London, UKPFE '01: Revised Papers from the 4th International Workshop on Software Product-Family Engineering282--293Easing the Transition to Software Mass Customization2002article customization mass software transition Thu Aug 07 10:10:29 CEST 2008Los Alamitos, CA, USAIEEE Transactions on Software Engineering9642-663Toward the Reverse Engineering of UML Sequence Diagrams for Distributed Java Software322006develop imported java reverse-engineering sequence_diagram software uml Sun Jul 20 15:03:22 CEST 2008Stanford, CAProceedings of the International Semantic Web Working SymposiumThe {E}mergent {S}emantic {W}eb: {A} {C}onsensus {A}pproach for {D}eriving {S}emantic {K}nowledge on the {W}eb2001article develop knowledge semantic software Thu Aug 16 20:40:28 CEST 2007Los Alamitos, CA, USAIEEE Software424-25The Well-Tempered Architecture242007architecture bach booch development goedel modeling music patterns software Sun Jan 28 12:38:25 CET 2007Diploma ThesisAutomatische JUnit Testgenerierung aus UML-Szenarien mit Fujaba2004fujaba ooa computing modeling develop junit mda software uml Sun Jan 28 12:37:43 CET 2007Software and Systems ModelingNovember4399--423Automated support for deriving test requirements from UML statechartsV42005computing develop modeling statecharts software requirements uml test Sun Jan 28 12:36:19 CET 2007AOSDconf/aosd/2005159-168Mylar: a degree-of-interest model for IDEs.2005java develop eclipse software mylar collaboration Wed Jan 03 17:16:18 CET 2007Autonomous Agents and Multi-Agent SystemsMay3203--236{TROPOS}: An Agent-Oriented Software Development Methodology82004agent develop methodology software Our goal in this paper is to introduce and motivate a methodology, called Tropos,1 for building agent oriented software systems. Tropos is based on two key ideas. First, the notion of agent and all related mentalistic notions (for instance goals and plans) are used in all phases of software development, from early analysis down to the actual implementation. Second, Tropos covers also the very early phases of requirements analysis, thus allowing for a deeper understanding of the environment where the software must operate, and of the kind of interactions that should occur between software and human agents. The methodology is illustrated with the help of a case study. The Tropos language for conceptual modeling is formalized in a metamodel described with a set of UML class diagrams