Carlos Cares

Publications

• Mapping the variations for implementing information security controls to their operational research solutions
• Código con mal olor: un mapeo sistemático
• A Transparency Maturity Model for Government Software Tenders
• Definition and uses of the i* Metamodel
• Perspectives about paradigms in software engineering
• Influence of the paradigms of CMMI project management,Influencia de paradigmas de gestión de proyectos en CMMI
• Feature modeling languages: Denotations and semantic differences
• Towards a unified feature metamodel: A systematic comparison of feature languages
• Software call for tenders: Metrics based on speech acts
• 3MSF: A framework to select mobile office devices
• Using antimodels to define agents' strategy
• Cloud-Oriented Packaging and Delivery
• Selecting mobile office devices using a goal-oriented approach
• Agent-Oriented Engineering for Cyber-Physical Systems
• A real approach on web systems packaging and delivery
• On Optimizing the Path to Information Security Compliance
• The i* framework for goal-oriented modeling
• Comparing two quantitative approaches to select information security controls,Comparación de dos enfoques cuantitativos para seleccionar controles de seguridad de la información
• iStarML: Principles and implications
• Towards iStarML 2.0: Closing gaps from evolved requirements
• RiSD: A methodology for building i* strategic dependency models
• The i* Framework for Goal-Oriented Modeling
• Towards interoperability of i* models using iStarML
• Using measures to improve i* models for automatic interoperability in model-driven development processes
• Industrial Track (IT 2016) Preface
• Model interchange and tool interoperability in the i* framework: A proof of concept
• Call for tenders challenges in practice: A field study
• Tool interoperability using iStarML
• Top ten NFR to survive in the "brave new world" of E-government applications,Los 10 NFR de Oro para sobrevivir en el "maravilloso mundo nuevo" de las aplicaciones de gobierno electrónico
• Do developers care about code smells? A replicated study from Chile
• Goal-driven agent-oriented software processes
• IStarML: An XML-based interchange format for i* models
• Model interchange and tool interoperability in the i* framework: A proof of concept
• A comparative analysis of /*-based agent-oriented modeling languages
• Towards a framework for improving goal-oriented requirement models quality
• A comparative analysis of i* agent-oriented modelling techniques
• Methodology for the information security controls selection,Metodología para la Selección de Controles de Seguridad de la Información
• From Business Process to Data Model: A Systematic Mapping Study
• Systematic construction of i* strategic dependency models for socio-technical systems
• Conceptual distinctions for traceability of history of law,Distinciones Conceptuales para la Trazabilidad de la Historia de la Ley
• A metamodelling approach for i* model translations
• Are relevant the code smells on maintainability effort? A laboratory experiment
• An Overview of Syntactic and Semantic Issues in Software Product Lines
• On the joint use of i* with other modelling frameworks: A vision paper
• Extending tropos for a prolog implementation: A case study using the food collecting agent problem
• Computer Aided Call for Tenders: A Tool for Software Bidding
• Socio-Technical Factors in Electronic Software Biddings
• Código con ?mal olor?: un mapeo sistemático
• Assessing Transparency in eGovernment Electronic Processes
• Scientific Software Development: Qualitative background for a model
• Using Antimodels to Define Agents’ Strategy
• Workshop on Cyber-physical System Design
• Architecting Autonomous Underwater Vehicles by Adapting Software Product Lines
• Workshop sobre Parques Urbanos Inteligentes / Workshop on Smart Parks
• Cognitive Effectiveness of an Agent-Oriented Approach to Cyber-Physical Systems
• Automatic Grading Systems for Programming Assignments: Review and Critique,Sistemas Automáticos de Calificación de Tareas de Programación: Revisión y Crítica
• MASISCo—Methodological Approach for the Selection of Information Security Controls
• A Complementary Approach for Smart Contract Design Using DasContract
• Classification of Speech Acts in Public Software Tenders
• Search Based Risk Reduction Supporting the Intelligent Components Selection Process
• Taxonomía de Sistemas en Educación Superior, v1
• Componentizing Autonomous Underwater Vehicles by Physical-runnning Algorithms: Supporting Data
• Componentizing Autonomous Underwater Vehicles by Physical-runnning Algorithms: Supporting Data
• Feature Modeling Languages: Denotations and Semantic Differences
• MASISCo-Methodological Approach for the Selection of Information Security Controls
• A Real Approach on Web Systems Packaging and Delivery
• On the joint use of i with other Modelling Frameworks: a Vision Paper
• Feature Modeling Languages: Denotations and Semantic Differences
• An overview of syntactic and semantic issues in software product lines
• Top Ten NFR to Survive in the "Brave New World" of E-government Applications
• Public Bidding Software: Metrics Based on Speech Acts
• Methodology for the Information Security Controls Selection
• Towards a Unified Feature Metamodel: a Systematic Comparison of Feature Languages
• Conceptual Distinctions for Traceability of History of Law
• Software Call for Tenders: Metrics Based on Speech Acts
• Towards a Unified Feature Metamodel: a Systematic Comparison of Feature Languages
• Are Relevant the Code Smells on Maintainability Effort? A Laboratory Experiment
• Do Developers Care about Code Smells? A Replicated Study from Chile
• Selecting Mobile Office Devices using a Goal-Oriented Approach
• Multiparadigmatic Software Engineering Research
• Multiparadigmatic Software Engineering Research
• Multiparadigmatic Software Engineering Research
• Software Artifact and Documentation for "An Agent-Oriented Model-Driven Development Process for Cyber-Physical Systems"
• Software Artifact and Documentation for "An Agent-Oriented Model-Driven Development Process for Cyber-Physical Systems"