Recently, many forms of security attacks against information systems (ISs) have emerged that attempt to compromise the security of information systems and organizations. Therefore, security engineering has quickly become an important field in order to develop more secure ISs because traditional software engineering is not adequate and effective for developing secure ISs. Security engineering is a field of engineering dealing in developing detailed engineering designs for secure ISs and for security of spaces. It focuses on the tools, processes, and methods needed to design, implement, and test complete systems, and to adapt existing systems as their environment evolves. Security engineering involves aspects of software engineering, cryptography, and economics, as well as mathematics and architecture.
The third international workshop on Security Engineering for Secure Information Systems (SESIS 2017) aims to share ideas on the foundations, techniques, tools and applications of security engineering. This workshop will provide a forum for computer scientists, computer engineers, software engineers, and application developers who are required to design and develop information systems with high security.
Topics of primary interest include, but are not limited to:
Security requirements analysis methods and models for ISs
Security design (modeling) methods and models for ISs
Secure coding methods and models for ISs
Security testing methods and models for ISs
Security management methods and models for ISs
Security engineering for system evaluation and assurance
Security engineering methodologies for ISs
Security risk assessment methods and models for ISs
Security architectures for ISs
Security policy for ISs
Case studies experience reports on security engineering
Security engineering support tools
02月13日
2017
02月15日
2017
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