Engineering Interactive Systems

Performance Analysis of an Adaptive User Interface System Based on Mobile Agents.- Combining Human Error Verification and Timing Analysis.- Formal Testing of Multimodal Interactive Systems.- Knowledge Representation Environments: An Investigation of the CASSMs between Creators, Composers and Consumers.- Consistency between Task Models and Use Cases.- Task-Based Design and Runtime Support for Multimodal User Interface Distribution.- A Comprehensive Model of Usability.- Suitability of Software Engineering Models for the Production of Usable Software.- A Model-Driven Engineering Approach for the Usability of Plastic User Interfaces.- Model-Driven Prototyping for Corporate Software Specification.- Getting SW Engineers on Board: Task Modelling with Activity Diagrams.- Considering Context and Users in Interactive Systems Analysis.- XSED - XML-Based Description of Status-Event Components and Systems.- Identifying Phenotypes and Genotypes: A Case Study Evaluating an In-Car Navigation System.- Factoring User Experience into the Design of Ambient and Mobile Systems.- Visualisation of Personal Communication Patterns Using Mobile Phones.- Integration of Distributed User Input to Extend Interaction Possibilities with Local Applications.- Reverse Engineering Cross-Modal User Interfaces for Ubiquitous Environments.- Intelligent Support for End-User Web Interface Customization.- Improving Modularity of Interactive Software with the MDPC Architecture.- Toward Quality-Centered Design of Groupware Architectures.- Programs = Data + Algorithms + Architecture: Consequences for Interactive Software Engineering.- Towards an Extended Model of User Interface Adaptation: The Isatine Framework.- Towards a Universal Toolkit Model for Structures.- Exploring Human Factors in Formal DiagramUsage.- 'Aware of What?' A Formal Model of Awareness Systems That Extends the Focus-Nimbus Model.- Service-Interaction Descriptions: Augmenting Services with User Interface Models.- A Design-Oriented Information-Flow Refinement of the ASUR Interaction Model.- On the Process of Software Design: Sources of Complexity and Reasons for Muddling through.- Applying Graph Theory to Interaction Design.- Mathematical Mathematical User Interfaces.- Coupling Interaction Resources in Ambient Spaces: There Is More Than Meets the Eye!.- Building and Evaluating a Pattern Collection for the Domain of Workflow Modeling Tools.- Do We Practise What We Preach in Formulating Our Design and Development Methods?.- Engaging Patterns: Challenges and Means Shown by an Example.- Organizing User Interface Patterns for e-Government Applications.- Including Heterogeneous Web Accessibility Guidelines in the Development Process.

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• Interacção homem-computador
• Gráficas e aplicativos de mídia digital,
• Hardware de rede
• Engenharia do software
• Modelagem computacional e simulação

HCI models;adaptation;agile modeling;cognitive architecture;corporate software development;design;design patterns;distributed user interfaces;e-government applications;efficiency;human computer interaction;human-computer interaction (HCI);intelligent;software engineering;verification