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1	Uma ontologia para a descri??o da sem?ntica da IMML Lira, Heremita Brasileiro 28 July 2006 (has links) Made available in DSpace on 2014-12-17T15:47:56Z (GMT). No. of bitstreams: 1 HeremitaBL.pdf: 2830784 bytes, checksum: 9be09d8550fa0d1ce0a1a08185ccbdbd (MD5) Previous issue date: 2006-07-28 / This work presents an ontology to describe the semantics of IMML (Interactive Message Modeling Language) an XML-based User Interface Description Language. The ontology presents the description of all IMML elements including a natural language description and semantic rules and relationships. The ontology is implemented in OWL-DL, a standard language to ontology description that is recommended by W3C. Our main goal is to describe the semantic using languages and tools that can be processed by computers. As a consequence, we develop tools to the validation of a user interface specification and also to present the semantic description in different views / Este trabalho apresenta uma ontologia para a descri??o da sem?ntica da IMML (Interactive Message Modeling Language), uma linguagem baseada em XML para a descri??o de interfaces de usu?rios. A ontologia apresenta a descri??o dos elementos da IMML incluindo uma descri??o em linguagem natural e tamb?m as rela??es e regras sem?nticas. Esta ontologia est? implementada em OWL-DL, a linguagem padr?o para a constru??o de ontologias recomendada pelo W3C. A descri??o da sem?ntica na forma de uma ontologia permite que a mesma seja descrita em uma linguagem que pode ser processada por computadores. Como conseq??ncia, podemos construir ferramentas para validar semanticamente uma especifica??o e construir diferentes representa??es para a sem?ntica Sem?ntica Ontologia IMML User interface description language Semantic Ontology IMML
2	Supporting flexible workflow processes with a progression model Stavness, Nicole Ann 02 March 2005 <body>Users require flexibility when interacting with information systems to contend with changing business processes and to support diverse workflow. Model-based user interface design can accommodate flexible business processes by integrating workflow modelling with other modelling approaches. We present a workflow model, the progression model, to help in developing systems that support flexible business processes. <p> The progression model tracks a users interaction with an application as a set of data elements we refer to as a workflow transaction. The steps a user takes to create a workflow transaction and the state of the workflow transaction at each step is made explicit. By making the workflow status and workflow transaction state explicit, the user can change the order of the steps in a process, manage multiple workflow transactions, keep track of data as it is accumulated, and so on. The intent is to provide the user with a mechanism to deal with partial information, interrupted and concurrent workflow transaction entry, and the processing of multiple workflow transactions. <p> This thesis describes the progression model, an XML-compliant notation to specify the progression model, and a prototype system. </body> Process Model Information System Model-based User Interface Design Use Case Task Model Workflow Model Software Engineering User Interface Description Language Interactive System Data Model Workflow XML Business Process
3	Supporting flexible workflow processes with a progression model Stavness, Nicole Ann 02 March 2005 (has links) <body>Users require flexibility when interacting with information systems to contend with changing business processes and to support diverse workflow. Model-based user interface design can accommodate flexible business processes by integrating workflow modelling with other modelling approaches. We present a workflow model, the progression model, to help in developing systems that support flexible business processes. <p> The progression model tracks a users interaction with an application as a set of data elements we refer to as a workflow transaction. The steps a user takes to create a workflow transaction and the state of the workflow transaction at each step is made explicit. By making the workflow status and workflow transaction state explicit, the user can change the order of the steps in a process, manage multiple workflow transactions, keep track of data as it is accumulated, and so on. The intent is to provide the user with a mechanism to deal with partial information, interrupted and concurrent workflow transaction entry, and the processing of multiple workflow transactions. <p> This thesis describes the progression model, an XML-compliant notation to specify the progression model, and a prototype system. </body> Process Model Information System Model-based User Interface Design Use Case Task Model Workflow Model Software Engineering User Interface Description Language Interactive System Data Model Workflow XML Business Process
4	Gera??o de interfaces de usu?rio de sistemas Web para m?ltiplos dispositivos com o uso de componentes de IU Sousa, Lirisnei Gomes de 20 August 2007 (has links) Made available in DSpace on 2014-12-17T15:48:13Z (GMT). No. of bitstreams: 1 LirisneiGS.pdf: 852828 bytes, checksum: d8e0d9662bced4742e1d852cf03d78a8 (MD5) Previous issue date: 2007-08-20 / Coordena??o de Aperfei?oamento de Pessoal de N?vel Superior / This work presents an User Interface (UI) prototypes generation process to the softwares that has a Web browser as a plataform. This process uses UI components more complex than HTML elements. To described this components more complex this work suggest to use the XICL (eXtensinble User Interface Components Language). XICL is a language, based on XML syntax, to describe UI Components and IUs. XICL promotes extensibility and reusability in the User Interface development process. We have developed two compiler. The first one compiles IMML (Interactive Message Modeling Language) code and generates XICL code. The second one compiles XICL code and generates DHTML code / Este trabalho apresenta um processo de gera??o de prot?tipos de Interfaces de Usu?rio (IU) para software que tem como plataforma operacional um navegador Web. Este processo faz o uso de componentes de interface de usu?rio mais complexos que os elementos HTML. Para descrever estes componentes mais complexos este trabalho sugere o uso da linguagem XICL (eXtensible User Interface Components Language). A XICL ? uma linguagem, baseada em XML, para a descri??o de componentes de IU e de IUs. A XICL permite reusabilidade e extensibilidade no desenvolvimento de interfaces de usu?rios. Foram desenvolvidos dois compiladores, um que gera c?digo XICL a partir de c?digo IMML (Interactive Message Modeling Language) e outro que a partir de XICL gera DHTML Design de Interface do Usu?rio Desenvolvimento baseado em componentes IMML User Interface Design User Interface Description Language Component Based Development IMML

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