6th International Conference on Software Engineering and Development (ICSED 2024)

The 6th International Conference on Software Engineering and Development (ICSED 2024) covers topics such as:

• Design tools for developing software
  • Programming mechanisms
  • Formal specifications in software
  • Programming languages
  • Requirement specification languages
  • Web service based software
  • Automation of software design and implementation
  • Merging partial behavioral models
  • Scenario-based model synthesis
  • Scenario-based model synthesis
• Fundamentals in software development
  • Software analysis and model checking
  • Software architecture, patterns, frameworks
  • Requirements engineering and design
  • Software architectural scalability
  • Software modeling
  • Software design
  • Software validation and verification
  • Software process and workflow
  • Software safety and security
  • Software security, privacy, safeness
  • Software vulnerabilities
  • Security, privacy and safeness in software
  • Software trace analysis
  • Assessing risks in software
  • Dynamic detection of likely invariants
  • Software uncertainties
  • Trends and achievements
  • High confidence software
  • Fast data-pressing algorithms
  • Machine learning-oriented software
  • Software for Cyber-physical systems
  • Special software for Industry 4.0 applications
  • Deep-software for data analytics
  • Internet-of-Things (IoT)-oriented software
  • Green-oriented software engineering
  • Software for pervasive systems
  • Interactive Big data processing
  • Mobile applications-oriented software
• Specialized software advanced applications
  • Software for mobile vehicles
  • Database related software
  • Biometrics related software
  • Biomedical-related software
  • E-health related software
  • Mission critical software
  • Multimedia software applications
  • Crisis-situation software
• Open source software
  • OSS development and debugging
  • Open source software (OSS) methodologies
  • OSS roles and responsibilities
  • Performance of OSS
  • Distribution of decision-making
  • OSS incremental development
  • Experience reports and lessons learned
  • Operational boundaries
  • Open source licensing
• Software engineering for service computing
  • Service level reuse paradigm
  • Service computing technologies
  • SaaS development methods and techniques
  • Cloud computing development methods
  • QoS models for service computing
  • Service computing paradigm
  • Approaches to service process improvement
  • Testing methods for service computing
  • Approaches to Big Data Software Engineering
• Mechanisms for software development
  • Co-design and codeplay
  • Software composition
  • Adaptive software
  • Software dependencies
  • Policy-driven software design
  • Context-sensitive software
  • Parallel and distributed software
  • Embedded software
  • Software rejuvenation
• Software performance
  • Software performance engineering
  • Software performance modeling
  • Web-service based software performance
  • Performance testing
  • Methods for performance improvements
  • Performance of rule-based software
  • Empirical evaluation of defects
  • Error ranking via correlation