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Databases and Knowledge Bases
Major: Cyber Security
Code of Subject: 6.125.00.O.55
Credits: 5
Department: Information Security
Lecturer: Ph.D., Associate Professor Harasymchuk O.I.
Semester: 4 семестр
Mode of Study: денна
Learning outcomes:
• to know the basic concepts of information, data, intelligent systems, information processes and procedures to access relational databases and knowledge bases;
• to practice the basic tenets of the theory of relational databases, databases based on the object model;
• develop and support knowledge bases;
• to model and analyze information processes and procedures when developing their own databases and knowledge.
• to practice the basic tenets of the theory of relational databases, databases based on the object model;
• develop and support knowledge bases;
• to model and analyze information processes and procedures when developing their own databases and knowledge.
Required prior and related subjects:
• Programming techniques
• Information technology
• Higher mathematics,
• Working in the Internet.
• Information technology
• Higher mathematics,
• Working in the Internet.
Summary of the subject:
The system databases. Basic concepts. The architecture of the databases. Data model. The relational data model. Keys of relations. Basics of relational algebra. Relational operators on relations. The relational algebra. Coverage of functional dependencies. Normalization of relational schemas. Normal form Boyce-Codd, multivalued functional dependencies. Axioms inference for multivalued dependencies, Fourth normal form. Joining the intelligent systems knowledge representation and the conclusion of sarnami. Review of research in the field of artificial intelligence.
Recommended Books:
1. Pasechnik V. V., Reznichenko V. A. Organization of databases and knowledge bases. — K.: Publishing group VNU, 2006. — 384 p.: Il. BWC 966-552-156-X .
2. Boyko V. V. Savinkov, V. M., Designing of databases of information systems. – M.: Finance and statistics, 1989. – 351 p
3. Jackson G. Designing relational databases for use with microcomputers. – M.: Mir, 1991. – 252 S.
4. Meyer, M. the Theory of relational databases. M.: Mir, 1987. – 608 p
5. Ullman John. Database Pascal. – M.: Mashinostroenie, 1990. – 386 p.
6. Hubbard George. Automated designing of databases. M.: Mir, 1984. – 294 p.
7. Novozhenov, Yu. Object-oriented technology in the development of complex software systems. – M.: Publishing S. A., 1996.
8. Atre sh Structural campaign to the organization databases. – M.: Finance and statistics, 1983. – 320 p.
2. Boyko V. V. Savinkov, V. M., Designing of databases of information systems. – M.: Finance and statistics, 1989. – 351 p
3. Jackson G. Designing relational databases for use with microcomputers. – M.: Mir, 1991. – 252 S.
4. Meyer, M. the Theory of relational databases. M.: Mir, 1987. – 608 p
5. Ullman John. Database Pascal. – M.: Mashinostroenie, 1990. – 386 p.
6. Hubbard George. Automated designing of databases. M.: Mir, 1984. – 294 p.
7. Novozhenov, Yu. Object-oriented technology in the development of complex software systems. – M.: Publishing S. A., 1996.
8. Atre sh Structural campaign to the organization databases. – M.: Finance and statistics, 1983. – 320 p.
Assessment methods and criteria:
• written reports on laboratory work, oral questioning, examination (25%)
• final control (75 %, control event, exam): written-oral form (75%)
• final control (75 %, control event, exam): written-oral form (75%)
Databases and Knowledge Bases
Major: Cyber Security
Code of Subject: 6.125.00.O.54
Credits: 5
Department: Information Technology Security
Lecturer:
Semester: 4 семестр
Mode of Study: денна
Learning outcomes:
Required prior and related subjects:
Summary of the subject:
Recommended Books:
Assessment methods and criteria: