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Computer Methods of Analysis and Constructional Design of Electronic Means
Major: Information Security Systems and Automation of Information Processing
Code of Subject: 7.125.02.O.2
Credits: 5
Department: Information Security
Lecturer: PhD, Associate Professor Horpenyuk Andriy Yaroslavovych
Semester: 1 семестр
Mode of Study: денна
Learning outcomes:
• Knowledge and understanding of contemporary approaches to the design of electronic cybersecurity;
• Possession of computer methods for analysis and design of electronic devices cybersecurity means VHDL;
• To be able to carry out the design of electronic means cybersecurity VHDL;
• To be able to analyze cyber security of electronic means of VHDL;
• Identify, classify and describe cybersecurity devices VHDL tools.
• Possession of computer methods for analysis and design of electronic devices cybersecurity means VHDL;
• To be able to carry out the design of electronic means cybersecurity VHDL;
• To be able to analyze cyber security of electronic means of VHDL;
• Identify, classify and describe cybersecurity devices VHDL tools.
Required prior and related subjects:
Prerequisites:
• Mathematical analysis,
• Higher algebra,
• Programming Technologies;
• Circuitry of devices of technical defense of information;
• Basics of cryptographic protection.
• Mathematical analysis,
• Higher algebra,
• Programming Technologies;
• Circuitry of devices of technical defense of information;
• Basics of cryptographic protection.
Summary of the subject:
Equal representation and VLSI design process. Models in the design of VLSI systems. Operators and data language VHDL. The basic design patterns in the language VHDL. Behavioral description of object modeling. Structural description of object modeling. Features design in VHDL. Using VHDL designs for simulation.
Recommended Books:
1. Суворова Е.А., Шейнин Ю.Е. Язык VHDL для проектирования систем на СБИС: Учебное пособие. / ГУАП, СПб., 2001 – 212 с.
2. Мясников В.А., Игнатьев М.Б., Кочкин А.А., Шейнин Ю.Е. Микропроцессоры: системы программирования и отладки. М: Энергоатомиздат, 1985. – 272 с.
3. ГОСТ Р 50754-95. Язык описания аппаратуры цифровых систем VHDL. Описание языка.
4. Джоунс Г. Программирование на языке ОККАМ. – М.,: Мир, 1989. – 208 с.
2. Мясников В.А., Игнатьев М.Б., Кочкин А.А., Шейнин Ю.Е. Микропроцессоры: системы программирования и отладки. М: Энергоатомиздат, 1985. – 272 с.
3. ГОСТ Р 50754-95. Язык описания аппаратуры цифровых систем VHDL. Описание языка.
4. Джоунс Г. Программирование на языке ОККАМ. – М.,: Мир, 1989. – 208 с.
Assessment methods and criteria:
• oral examination, homework, assessment of students activity during the course (30%)
• final control (70 %, exam): written-oral form (70%)
• final control (70 %, exam): written-oral form (70%)
Computer Methods of Analysis and Constructional Design of Electronic Means (курсовий проект)
Major: Information Security Systems and Automation of Information Processing
Code of Subject: 7.125.02.O.6
Credits: 3
Department: Information Security
Lecturer: PhD, Associate Professor Horpenyuk Andriy Yaroslavovych
Semester: 1 семестр
Mode of Study: денна
Learning outcomes:
• Knowledge and understanding of contemporary approaches to the design of electronic cybersecurity;
• Possession of computer methods for analysis and design of electronic devices cybersecurity means VHDL;
• To be able to carry out the design of electronic means cybersecurity VHDL;
• To be able to analyze cyber security of electronic means of VHDL;
• Identify, classify and describe cybersecurity devices VHDL tools.
• Possession of computer methods for analysis and design of electronic devices cybersecurity means VHDL;
• To be able to carry out the design of electronic means cybersecurity VHDL;
• To be able to analyze cyber security of electronic means of VHDL;
• Identify, classify and describe cybersecurity devices VHDL tools.
Required prior and related subjects:
Prerequisites:
• Mathematical analysis,
• Higher algebra,
• Programming Technologies;
• Circuitry of devices of technical defense of information;
• Basics of cryptographic protection.
• Mathematical analysis,
• Higher algebra,
• Programming Technologies;
• Circuitry of devices of technical defense of information;
• Basics of cryptographic protection.
Summary of the subject:
Behavioral and structural VHDL descriptions by means of affine ciphers DES and conversion stages according to the version number for the record books.
Recommended Books:
1. Суворова Е.А., Шейнин Ю.Е. Язык VHDL для проектирования систем на СБИС: Учебное пособие. / ГУАП, СПб., 2001 – 212 с.
2. Мясников В.А., Игнатьев М.Б., Кочкин А.А., Шейнин Ю.Е. Микропроцессоры: системы программирования и отладки. М: Энергоатомиздат, 1985. – 272 с.
3. ГОСТ Р 50754-95. Язык описания аппаратуры цифровых систем VHDL. Описание языка.
4. Джоунс Г. Программирование на языке ОККАМ. – М.,: Мир, 1989. – 208 с.
2. Мясников В.А., Игнатьев М.Б., Кочкин А.А., Шейнин Ю.Е. Микропроцессоры: системы программирования и отладки. М: Энергоатомиздат, 1985. – 272 с.
3. ГОСТ Р 50754-95. Язык описания аппаратуры цифровых систем VHDL. Описание языка.
4. Джоунс Г. Программирование на языке ОККАМ. – М.,: Мир, 1989. – 208 с.
Assessment methods and criteria:
• Protection course project 100%