Electronic Security Systems

B232 - Summer 23/24
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B171 - Winter 17/18 B151 - Winter 15/16 B152 - Summer 15/16 B161 - Winter 16/17 B191 - Winter 19/20 B201 - Winter 20/21
This is a grouped Moodle course. It consists of several separate courses that share learning materials, assignments, tests etc. Below you can see information about the individual courses that make up this Moodle course.

Electronic Security Systems - A0M34EZS

Main course
Student survey results
Credits 5
Semesters Winter
Completion Assessment + Examination
Language of teaching Czech
Extent of teaching 2P+2L
Annotation
The subject describes the system design, electronic solutions, conception characteristics, reliability and its increasing of electronic security and safety systems. It reports solutions of electronic sensor systems and methods of security system design, usage of modern electronic components and microprocessors. It offers practical applications suitable for safety systems of houses, cars, industry companies.
Study targets
No data.
Course outlines
1. Mechanical security
2. System concepts of security systems
3. Signal interference and inner sensor system noise
4. The protection - perimeter, object, space in object
5. The subject protection, sensors of moving, sensors of occupations
6. Control units - basic types, input processing circuits
7. Output actuators, power control interface
8. Access systems including biometric
9. GSM communication, CCTV (close camera systems)
10. Car security - components and systems
11. The system reliability, methods of reliability increasing, reliability models
12. The dynamic and hybrid back up
13. The logical system error rate
14. Preparation and design of project documentation, legislation
Exercises outlines
1. The breakglass sensor, the shake sensor, the tilt sensor
2. The pyroelectric sensor (parameters and properties), optical gate, signal processing, coding
3. Smoke sensors, fire sensors, gas sensors, sensors of toxic materials - parameters and properties
4. Ultrasound sensors - directional characteristics, sensitivity, signal processing
5. The evaluate control unit, logical and control, the connection of peripherals
6. Hybrid control unit second category, the architecture, the connection of peripherals
7. The programming of hybrid control unit, the possibility of software equipment
8. The professional bus control unit, the logic and the connection
9. The communication with control unit, GSM/GPRS phone communication instrument, bus RS-485
10. Access systems with card, RFID, biometric (fingerprint)
11. CCTV systems - cameras
12. CCTV - the logic, the processing of signals, the signal record
13. The car electronic security system, the GPS system (car tracking)
14. Credit
Literature
Henley, E.J. - Kumamoto, H.: Design for reliability and Safety Control. A Prentice-Hall, 1995
Capel: Home security. Butterworth, 1994
Petruzzellis, T.: The alarm sensor and security circuit. McGraw-Hill, 1994.
Requirements
No data.

Electronic Security Systems - B2M34EZS

Student survey results
Credits 5
Semesters Winter
Completion Assessment + Examination
Language of teaching Czech
Extent of teaching 2P+2C
Annotation
The subject describes the system design, electronic solutions, conception characteristics, reliability and its increasing of electronic security and safety systems. It reports solutions of electronic sensor systems and methods of security system design, usage of modern electronic components and microprocessors. It offers practical applications suitable for safety systems of houses, cars, industry companies.
Study targets
No data.
Course outlines
1. Mechanical security
2. System concepts of security systems
3. Signal interference and inner sensor system noise
4. The protection - perimeter, object, space in object
5. The subject protection, sensors of moving, sensors of occupations
6. Control units - basic types, input processing circuits
7. Output actuators, power control interface
8. Access systems including biometric
9. GSM communication, CCTV (close camera systems)
10. Car security - components and systems
11. The system reliability, methods of reliability increasing, reliability models
12. The dynamic and hybrid back up
13. The logical system error rate
14. Preparation and design of project documentation, legislation
Exercises outlines
1. The breakglass sensor, the shake sensor, the tilt sensor
2. The pyroelectric sensor (parameters and properties), optical gate, signal processing, coding
3. Smoke sensors, fire sensors, gas sensors, sensors of toxic materials - parameters and properties
4. Ultrasound sensors - directional characteristics, sensitivity, signal processing
5. The evaluate control unit, logical and control, the connection of peripherals
6. Hybrid control unit second category, the architecture, the connection of peripherals
7. The programming of hybrid control unit, the possibility of software equipment
8. The professional bus control unit, the logic and the connection
9. The communication with control unit, GSM/GPRS phone communication instrument, bus RS-485
10. Access systems with card, RFID, biometric (fingerprint)
11. CCTV systems - cameras
12. CCTV - the logic, the processing of signals, the signal record
13. The car electronic security system, the GPS system (car tracking)
14. Credit
Literature
Henley, E.J. - Kumamoto, H.: Design for reliability and Safety Control. A Prentice-Hall, 1995
Capel: Home security. Butterworth, 1994
Petruzzellis, T.: The alarm sensor and security circuit. McGraw-Hill, 1994.
Requirements
No data.

Electronic security systems - A5M34EZS

Student survey results
Credits 4
Semesters Winter
Completion Graded Assessment
Language of teaching Czech
Extent of teaching 3P+1L