Spread Spectrum Communications Research Lab
Hassan Aghaei Nia
Spread spectrum communications research (SSCR) lab is situated at 2nd floor of Aburaihan building, under supervision of Dr. Hassan Aghaeinia. Our research is in the general areas of communication systems and image processing, with particular emphasis on wireless communications.
Center for Electromagnetic Compatibility
Parisa Dehkhoda
The Center for Electromagnetic Compatibility Center (CEMC) at Amirkabir University of Technology was founded in 2010 with a grant from Iran Telecommunication Research Center (ITRC). It is an impartial entity for carrying out a comprehensive range of conducted and radiated electromagnetic Interference (EMI) and electromagnetic susceptibility (EMS) tests to verify that electronic/electrical equipment operates compatibly in the vicinity of each other. The following list outlines a number of EMC tests that are currently performed at CEMC.
1. IEC CISPR 22: Radiated emission (EMI) tests
2. IEC CISPR 22: Conducted emission (EMI) test,
3. IEC CISPR 22: Conducted emission (EMI) tests, power
4. IEC 61000-4-2: Electrostatic discharge immunity (EMS) test
5. IEC 61000-4-3: Radiated, radio-frequency, electromagnetic field immunity (EMS) test
6. IEC 61000-4-4: Electrical fast transient/ burst immunity (EMS) test
7. IEC 61000-4-5: Surge immunity (EMS) test
8. IEC 61000-4-6: Conducted disturbances, induced by radio-frequency fields immunity (EMS) test
9. IEC 61000-4-8: Power frequency magnetic field immunity (EMS) test
10. IEC 61000-4-11: Voltage dips, short interruptions and voltage variations immunity (EMS) test
11. IEC 61000-4-12: Ring wave immunity (EMS) test
12. IEC 61000-4-18: Damped oscillatory wave immunity (EMS)
While being involved in testing and certification services for information technology, radio communication and medical equipment and systems, automotive electronics and electric drives, the CEMC also offers the following services:
1. Antenna design and modeling
2. Enclosure design and modeling
3. Grounding, filtering, and shielding
4. Shielding effectiveness measurement and modeling
5. Wave scattering modeling and measurement
6. Power system harmonics measurement and modeling, and mitigation systems
7. Measurement and modeling of interfering electromagnetic fields and reduction techniques
8. Measurement of the electromagnetic properties of materials
9. Non-destructive evaluation of materials
Semiconductors Research Laboratory
Hassan Ghafori Fard
Semiconductor research laboratory headed by Dr. Hassan Ghafoorifard, has been involved in research in numerous theoretical and experimental areas of semiconductor technology, which is the key enabling technology for today's high performance electronic and photonic structures. The experimental and computational resources available to the group include several parts used for sensing experiments, device characterization and simulation purposes, as well as the semiconductor fabrication facilities.
Computational Intelligence & Large Scale Systems Research Lab
Ahmad Afshar, Mohammd Bagher Menhaj
Stability of Dynamical Systems
Seyed Kamaloddin Nikravesh
Information Processing Lab
Abolghasem Sayadian
Speech Processing Research Lab (SPRL)
Sanaz Seyedin
Link to the website: http://ele.aut.ac.ir/~sprl/
SPRL: Speech Processing Research laboratory
(Electrical Engineering Department)
The Speech Processing Research Lab. (SPRL) at the Electrical Engineering Department, Amirkabir University of Technology (AUT) is actively involved in research in the fields of speech and audio processing. This includes audio signal analysis, speech recognition, speech synthesis, speaker recognition, speaker adaptation, speech enhancement, spoken dialog systems and other related areas.
Mission and Charter of the Lab:
To train and educate, at both undergraduate and graduate levels, engineers of outstanding capabilities who can become leaders in the industry, academia and profession.
To carry out advanced research and development in information and software technologies and their social, scientific, industrial and financial applications.
Industrial Control
Amir Abolfazl Suratgar
Power Quality
Hossein Hosseinian
This laboratory is a gathering of some of the highly motivated scholars and students privileged to work in one of the laboratories of the Power System Center of Excellence in the country with major focus on different topics such as power system operation and planning management, power quality, power system economics and micro-grids concept.
- Power system operation and planning management:
With the growing need of power system optimal utilization, there is a strong desire to dispatch different units through a network in an optimal way in order to minimize the overall costs of the system considering technical issues. Achieving this target, various optimal dispatch method employing optimizationalgorithm should be utilized.
Throughout recent decades, the characteristics of electric power system elements have experienced a gradual alteration from being significantly linear to partially or dominantly nonlinear. Today, the most prominent sources of nonlinearity originate from a wide spectrum of devices including fluorescent lighting, high voltage DC converters, flexible AC transmission (FACTS) devices, arc furnaces, uninterruptable power supplies and variable speed motor drives. Serving these devices reveals distorted current waveforms that disturb the power system which brings out malfunction and interruption of service, especially for sensitive loads such as computer systems.
Along with the power system restructuring era, electric power engineering students and researchers are inevitably faced with the function of the electricity market. Electricity is now a form of energy that is traded via power system in which utilities are deemed as independent participants of this market. Our aim and motivation is to make contribution with power market day ahead scheduling and integrate these independent utilities to provide solutions for the market which leads to maximize social welfare and benefits of the total system.
Microgrid, as the pioneer developing concept in power systems, is an eminently appropriate alternate for the conventional power systems. All of the aforementioned topics can be included in this concept. In our lab we have a thorough research on different aspects of the microgrids including optimal operation, robust control approaches, stability analyses and protection issues.
Pervasive computing
Saeed sharifian
website: https://pervasive.aut.ac.ir
In this laboratory we conduct researches on problems in the state-of-the-art technologies all over the world. Specially in Artificial Intelligence, information and communication technologies. The research topics of interest are as follows:
Internet of Things ( IoT)
Deep Learning
Mobile & Cloud Computing
Deep reinforcement learning
Graph mining
Big Data Analytics
Artificial Intelligence
Block chain
Large-Scale Machine Learning
Swarm Intelligence
Embedded Systems & High-Level Synthesis (HLS)
Information and Telecommunication Theory
Mohammad javad Emadi