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Subject Specifications for the Book of Subjects |
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Study programme |
Traffic |
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Option field (Module) |
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Type and level of study |
Ph.D studies |
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Name of subject |
Modeling and design of smart sensors |
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Lecturer (for classes) |
Nenad J. Jevtić |
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Lecturer/teaching associate (for practical classes) |
Nenad J. Jevtić |
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Lecturer/teaching associate (for OTC) |
Nenad J. Jevtić |
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ESPB |
7 |
Status of subject (compulsory/optional) |
otional |
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Admission requirement(s) |
no requirements |
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Subject aims |
Mastering the procedures and tools for modeling, simulation and practical realization of smart sensors. Introducing students with characteristics of smart sensors, their architecture, implementation models and possibilities for their networking. |
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Subject outcome |
After passing the final exam, the student should be able to independently select a suitable sensor and an appropriate interface for network connection in accordance with the given requirements, then to create a simulation model and perform the practical realization of the smart sensor. In addition, the student should be able to design a complex sensor system for application in various sensor network applications. |
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Subject contents |
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Theoretical teaching |
Basic sensor characteristics. Hardware and software architecture for smart sensors. Methods for connecting the sensor with the controller. Sensor signal processing. Types of network interfaces and basic protocols for network communication. Analysis of wireless interfaces and their applications in complex sensor networks. Models for simulating wireless interfaces and real wireless sensor networks. Simulations of wireless networks within the network simulators NS3 and OMNET ++. Models for smart sensors and actuators implementation. Overview of basic standards for the implementation of smart sensors. Sensor modeling according to ISO / IEC / IEEE 21451. Applications of smart sensors and sensor networks. |
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Practical
teaching |
theoretical and practical independent research work |
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Literature/Reading list |
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1 |
Y. Lin, C. Kyung, H. Yasuura, Y. Liu, "Smart Sensors and Systems", Springer, 2015. |
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2 |
F. Randy, "Understanding Smart Sensors", 3rd Edition, Artech House, 2013. |
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3 |
R. Jurdak, "Wireless Ad Hoc and Sensor Netwoks", Springer 2007. |
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4 |
M. Bhuyan, "Intelligent Instrumentation: Principles and Applications", CRC Press, 2017. |
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5 |
N. Jevtić, "Automatic configuration of distributed measurement systems based on transducer electronic data sheets", Ph.D thesis, University of Belgrade, School of electrical engineering, 2015. |
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Number of active teaching classes per week during semester/term/year |
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Lectures |
Practical classes |
OFT |
Study research work |
Other classes |
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3 |
0 |
0 |
1 |
6 |
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Teaching methods |
Lectures ex-catedra. |
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Knowledge assessment (the maximum number of credits is 100) |
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Preexamination obligations |
points |
Final examination |
points |
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the student’s activity during lectures |
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written examination |
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practical teaching |
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oral examination |
50 |
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tests |
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seminars |
50 |
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