Erasmus ECTS Information Package

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Erasmus ECTS Information Package Faculty of EEEA 0550 Radiotechnical Systems for Remote Monitoring ECTS credits: 5 Weekly classes: 2lec+0sem+0labs+2ps Assessment: exam Type of exam: written and oral Department involved: Department of Telecommunications Faculty of Electrical Engineering, Electronics and Automation Lecturer: Assoc. Prof. Krasimir Petrov Manev, MEng, PhD, Dept. of Telecommunications, tel. 888 780, E-mail: kmanev@ecs.uni-ruse.bg Abstract: The students receive knowledge about the main constructing principles of various radiotechnical systems – systems for information extraction, for information transfer, systems for radiolocation, radionavigation, and space and satellite systems. Course content: Contemporary radiotechnical systems. Basic concepts and definitions for general systems. System classification principles and definition of radiotechnical complexes. Remote monitoring systems. Methods for remote monitoring. Information processing in systems for global monitoring. Teaching and assessment: There are 2 hours of lectures and 2 hours of practical exercises every week. Investigations are conducted on laboratory models. 0551 Radar and Navigation Systems ECTS credits: 5 Weekly classes: 2lec+0sem+0labs+2ps Assessment: exam Type of exam: written Departments involved: Department of Telecommunications Faculty of Electrical Engineering, Electronics and Automation Lecturers: Assoc. Prof. Mihail Petkov Zhelyazov, MEng, PhD, Dept. of Telecommunications, tel. 888 381, E-mail: mjeliazov@mail.bg Abstract: The course objective is to acquaint the students with methods of contemporary radiolocation and radionavigation, the basic principles of radiolocation observation, the optimum discovering of flying objects, processing and transfer of radiolocation information, the special features of contemporary radiolocation and radionavigation appliances, considering their construction and practical usage. Course content: Basic types of radiolocation signals and their mathematical description. Methods for discovering radiolocation signals and objects. Statistical characteristics, devices for optimum discovering, processing and transfer of information. Special features of active, passive and optical radiolocation. Functional and principle schemes for the construction of navigational systems, considering their destination. Teaching and assessment: There are 2 hours of lectures and 2 hours of practical exercises weekly. The practical exercises provide knowledge and skills in the area of disposal, work and handling of radiolocation observation systems. The students gain practical knowledge of the structure, working principles, processing of information principles of the regional and global navigation systems. 261
Erasmus ECTS Information Package Faculty of EEEA 0552 Industrial Communications ECTS credits: 5 Weekly classes: 2lec+0sem+0labs+2ps Form of assessment: continuous Type of exam: written Department involved: Department of Telecommunications Faculty of Electrical Engineering, Electronics and Automation Lecturers: Assoc. Prof. Yoana Emilova Ruseva, MEng, PhD, Dept. of Telecommunications, tel.: 888 677, 888 823 Е-mail: iruseva@ecs.uni-ruse.bg Assoc. Prof. Nina Vasileva Bencheva, MEng, PhD, Dept. of Telecommunications, tel.: 888 677, 888 823 E-mail: nbencheva@ecs.uni-ruse.bg Assistant Professor Ventsislav Petkov Keseev, MEng, Dept. of Telecommunications, tel.: 888 750, E-mail: vkeseev@uni-ruse.bg Abstract: The course objective is to acquaint the students with the structure, methods and ways for programming, configuring and maintenance of the most widely spread industrial data networks. The main point of this subject is to help the students understand the practical aspects of industrial networks as a main instrument for building open architecture systems. The course investigates field industrial network for communication with intelligent units. The discussed network specifications have been selected because they are widely used in industrial automation. Course content: Industrial plant control system architecture of today. Common concepts and characteristics of industrial data networks. Specific methodology for industrial data network. Real time information model. OSI (Open System Interconnect) model and network model in industrial network systems. Physical, Data link and application level. Industrial field networks: HART, Foundation Fieldbus, CAN, Profibus, Modbus. Field devices control with a standard protocol (Manufacturing Message Specification – MMS). Industrial networks of ‘control’ level. Objectoriented models in control level (ControlNet) and information level (Ethernet/Industrial Protocol) OPC. Teaching and assessment: The lecture topics enable the students to get acquainted with the main theory before doing the practical exercises. For industrial networks component investigation students compose and debug programs using available software. Lectures discuss mainly the design of the apparatus part, while the practical exercises focus on the process accessibility and the reaction time of network devices. 0560 Specialized Microprocessor Systems ECTS credits: 3 Weekly classes: 3lec+0sem+0labs+3ps Assessment: exam Type of exam: written Departments involved: Department of Telecommunications Faculty of Electrical Engineering, Electronics and Automation Lecturers: Prof. Angel Sotirov Smrikarov, MEng, PhD, Dept. of Computing, tel.: 888 249, 888 743, E-mail: asmrikarov@ecs.uni-ruse.bg Abstract: The Specialized Microprocessor Systems course aims to familiarize the students of the Telecommunication Systems degree course with some contemporary digital signal processor families and the structure of basic digital signal processors. It provides general information about systems for automation of the design and testing microprocessor systems based on DSP. The Specialized Microprocessor Systems course is related to the following subjects: Impulse and Digital Devices, Microprocessor Systems, Computer Architecture and to the Diploma project. Course content: Key features of the TMS320 DSP family. DSP architecture. Central processing unit. Bus structure. Internal memory organization. Data addressing. Program memory addressing. Pipeline operation. On-chip peripherals. Serial ports. External bus interface. DSP applications. Teaching and assessment: The lectures review mainly the hardware design, while the practical exercises focus on the development of the software of microprocessor systems based on DSP. The practical exercises are carried out in a computer laboratory equipped with a DSP developing environment based on PC and specialized demonstration boards. At the beginning of each laboratory exercise an entrance test is conducted to check the students’ preparation. 262
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