Lectures:
Base notions from control and information systems. Application areas of control and information systems in industry, transport, biomedicine and housekeeping. Characteristics of control systems. Simple examples of control systems. Example of the complex control system.
Hardware of control systems. Data acquisition using measurement. Measurement systems. The role of sensors in measurement and control systems.
Instrumentation of control systems. Modern resources using in control systems. Applications of resources in control and information systems. The role of computers in control systems.
Connection measurement and control instrumentations with control objects. Bindings between parts of control systems. Structure solution.
Software resources of control systems. Problems of real-time, tasks and data processing in real-time.
Using information technologies in control systems. Using Intranet a Internet in control systems.
Human- machine communications in control and information systems. Visualization systems.
Basic terminology from information theory and transmission messages. Structure of messages and its statistical degree of information, basic transmission terms and quantity, transmission path.
Properties and types of telecommunications paths. Essential quantity and units used to evaluation analog channels, types and properties of the telecommunication lines. Radio mobile networks (GSM), Satellite communication systems.
Modulation of signals. Modulation methods and theirs parameters.
Principles of multiple efficient for transmission path. Analog and digital transmission systems.
The methods of security data transmission. Classification of the ways security and methods security to transmission data.
Telecommunication networks. Types of these networks, their characteristics, principles of connections.
Telecommunication services. Classification of services, characteristics non-speech services.
Laboratories:
Demonstration laboratory task in Laboratory for measuring non-electrical variables.
Demonstration laboratory task in Laboratory of electronic measurement and instruments.
Demonstration laboratory task in Laboratory of embedded control systems.
Demonstration laboratory task in Laboratory of distributed control systems.
Demonstration laboratory task in Laboratory of radio communication in the control systems.
Demonstration laboratory task in Laboratory of mobile robots control systems
Demonstration laboratory task in Laboratory of control systems using artificial intelligence.
Demonstration laboratory task in Laboratory of electronics.
Demonstration laboratory task in Laboratory of transmission systems.
Demonstration laboratory task in Laboratory of connection systems.
Demonstration laboratory task in Laboratory of communication medium.
Demonstration laboratory task in Laboratory of radio nets.
Demonstration laboratory task in Laboratory of ISDN.
Demonstration laboratory task in Laboratory of access networks.
Base notions from control and information systems. Application areas of control and information systems in industry, transport, biomedicine and housekeeping. Characteristics of control systems. Simple examples of control systems. Example of the complex control system.
Hardware of control systems. Data acquisition using measurement. Measurement systems. The role of sensors in measurement and control systems.
Instrumentation of control systems. Modern resources using in control systems. Applications of resources in control and information systems. The role of computers in control systems.
Connection measurement and control instrumentations with control objects. Bindings between parts of control systems. Structure solution.
Software resources of control systems. Problems of real-time, tasks and data processing in real-time.
Using information technologies in control systems. Using Intranet a Internet in control systems.
Human- machine communications in control and information systems. Visualization systems.
Basic terminology from information theory and transmission messages. Structure of messages and its statistical degree of information, basic transmission terms and quantity, transmission path.
Properties and types of telecommunications paths. Essential quantity and units used to evaluation analog channels, types and properties of the telecommunication lines. Radio mobile networks (GSM), Satellite communication systems.
Modulation of signals. Modulation methods and theirs parameters.
Principles of multiple efficient for transmission path. Analog and digital transmission systems.
The methods of security data transmission. Classification of the ways security and methods security to transmission data.
Telecommunication networks. Types of these networks, their characteristics, principles of connections.
Telecommunication services. Classification of services, characteristics non-speech services.
Laboratories:
Demonstration laboratory task in Laboratory for measuring non-electrical variables.
Demonstration laboratory task in Laboratory of electronic measurement and instruments.
Demonstration laboratory task in Laboratory of embedded control systems.
Demonstration laboratory task in Laboratory of distributed control systems.
Demonstration laboratory task in Laboratory of radio communication in the control systems.
Demonstration laboratory task in Laboratory of mobile robots control systems
Demonstration laboratory task in Laboratory of control systems using artificial intelligence.
Demonstration laboratory task in Laboratory of electronics.
Demonstration laboratory task in Laboratory of transmission systems.
Demonstration laboratory task in Laboratory of connection systems.
Demonstration laboratory task in Laboratory of communication medium.
Demonstration laboratory task in Laboratory of radio nets.
Demonstration laboratory task in Laboratory of ISDN.
Demonstration laboratory task in Laboratory of access networks.