| Informatics Havana 2020

Thematic Lines

Software Development Methodologies in different environment.
- Software architectures, patterns and frameworks.
- The Formal Methods, impact on standardization and reusability.
- Requirements engineering and Software Design (methodologies, patterns, experiences, views, etc).
- Software Modelling.
- Software Development methods and techniques.
- Programming Languages.
- Software Projects Management (risks analysis, dependencies, monitoring and control, etc).
- Embedded Software.
- Services oriented Software.
- Software Maintenance.
- Reusability.
- Agile methodologies.
- Software Quality Metrics.
- Reengineering techniques.
- Software Products Lines.
- Software Engineering and Quality for Computing in the Cloud.
- Big Data.
Software Tests.
- Methodologies for Software Tests.
- Exploratory tests.
- Automation and tools for the design and implementation of Software Tests.
- Test activities management.
- Tests in agile environments .
- Measurement of Software Tests.
- Usability tests.
- Safety tests.
- Tests in the Cloud.
- Software release tests.
- Automatic tests Generation Suites.
- Tests for embedded software.
- Software Tests, platforms and open source applications.
Evaluation and Improvement of Software Processes.
- Practical experiences in Software Processes Improvement.
- Identified Benefits in Software Processes Improvement.
- Identification and communication of ROI and the goals achievement in the Improvement Process.
- Measurement of the benefits, the impact and the scope of the Improvement Project's results.
- The working team for process improvement.
- Process Improvement in small businesses.
- High maturity levels; practical experiences.
- Agile processes improvement.
- Process Improvement in Free Software communities.
Software Quality in T.I. Service.
- Communications services quality.
- Hardware embedded applications quality.
- Software maintenance services quality.
- Software as a service.
Software Security, Privacy and Protection.
- Safety requirements.
- Design and engineering for a secure software.
- Software Vulnerabilities.
- Software Access Risks.
- Security for online applications.
- Analysis of Software security traces.
- Dynamic intrusion detection.
- System's memory protection.
- Highly confidential Software.
- Secure Computing.
- Next Generation Secure Computing.
Software Engineering and Quality for specific environments.
- Applications recovery Software for disasters.
- Mobile devices software.
- Biomedical software.
- Software for critical missions.
- Real time Software.
- Defense Software.
- Multimedia applications.
- Applications for the energy management and the environment.
- Software.
- Quality of Software for Internet of Things (IoT).
Scientific and technological parks on ICT area.
- Models of scientific and technological parks and the role they can or should play on I + D + i development.
- Evolution of scientific and technological parks.
- Scientific and technological parks as catalysts for technology development.