E-JUST Research Areas/Topics by Department

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15 Οκτ 2013 (πριν από 3 χρόνια και 8 μήνες)

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1


E
-
JUST Research Areas
/Topics

by Department

Electronics and Communications Engineering

Department:


1.

DSP Systems



Image and Video Compression (H.265, Multiview coding, 3
-
D TV, etc.)



Multimedia System (Applications with Multi core DSPs, Communications
Standards, Etc.)



Speech and Audio processing



Adaptive Filtering Design



Stochastic Signal Processing and Applications

2.

Analog integrated Circuits and Systems



RF
-
CMOS Front
-
End (LNA , PA ,

Mixer , VCO , AD/DA)



Ultra
-
Wideband (UWB) Applications

3.

Digital System Design



Ultra Low Power Design Architectures



High Performance Computing/Processing Systems

4.

Wireless Communication Systems



Broadband Wireless Distribution Systems



Wireless Sensing
Networks



PHY Layer Design



Coding for Communication Systems

5.

Optical Communication Networks



Optical Code
-
Division Multiple
-
Access



Optical Burst Switching



Optical OFDM



Free Space Optics


2


6.

Microwave Engineering and Remote Sensing



UWB
Antenna Design



Radar
Design



Remote Sensing



Satellite Observation

Computer Science and Engineering

Department:

1.

Computer Systems Research



Manycore processors: high performance computing,heterogeneous
systems/accelerators, green technologies, parallelising compilers, cloud
computing



Mobile computing, location determination systems, wireless mobile networks,
wireless sensor networks: embedded systems, distributed computing, security

2.

Software systems research



Parallel software and program verification: parallel programming mod
els, reliable
software



Machine Learning/ Knowledge discovery and data mining, AI and multi
-
agent
systems



Computer Vision / Pattern Recognition/ Natural Language Understanding



Bioinformatics


Mechatronics and Robotics Engineering

Department:

1.

Bio
-
Mechatroni
c Systems



Surgical Robots and Simulators.



Rehabilitation Systems and Mobility Assistive Devices.

2.

Mobile Robots and Vision Systems



Mobile Robots Navigation and Control



Autonomous Underwater Vehicles, AUV.


3




Visual Simultaneous Localization and Mapping,
V
SLAM.



Computer Vision Systems.

3.

Intelligent Control Systems



Fuzzy, Neural, and Neuro
-
Fuzzy Control and Genetic optimization.



Land mine Detection.



Locomotion of Limb Mechanisms..



Humanoid Robots.

4.

Micro Electro Mechanical Systems, MEMS



Micro/Nano Systems.



Tactile Sensors.


Industrial Engineering and Systems Management

Department:

1.


Industrial Engineering



Supply Chain Network Design, Management and Logistics



Production and Operations Management



Green Supply Chain Design



Industrial and Service Systems
Optimiza
tion and/or Simulation

2.

Manufacturing Engineering



High Speed Machining



Rapid Prototyping and Reverse Engineering


Materials Science and Engineering

Department:


1.

Nanoscience and technology
.



Linking Structure and Function at Nanoscale.



Assembly and
Architecture of Nanoscale structures.



Theory, Modeling and Simulation of Nanoscience.


4




Scalable Synthesis Methods of Nanomaterials.

2.

Nanocomposite Polymer Membranes

for
:



Fuel Cells.



Water Desalination Applications.

3.

Fibrous Materials and Conductive Polymers

4.


Nano
-
materials for Energy Systems



Low and High Temperature Fuel cells.



Hydrogen Production.



Energy Storage Systems: Supercapacitors, Li
-
Battery and Hydrogen Storage.



Hydride Systems for Energy Generation and Storage.



Thermoelectric Materials.



Quantum
Dot and Dye Sensitized Solar Cells.



Nanomaterials for Solar Energy Conversion Applications.

5.

Graphene, Carbon Nano
-

tubes and
-
Fibers: Production and Applications.

6.

Catalysis by Nanoscale Materials (Nanoporous and Mesoporous Catalysis)

7.

Nanomaterials for Sens
ors Applications



Gas Sensors.



Bio Sensors.

8.

Biomaterials




Metal and Metal oxide Nanoarticles in Bioimaging and Therapeutics
Applications.





Biomaterials for Tissue Engineering, Drug Delivery Systems and Scaffolds.

9.

Corrosion Resistant Coatings for light
metals and alloys

Energy Resources and Environmental Engineering

Department:


1.

Natural Renewable Energy



Solar Energy Thermal Applications include: Cooling and Heating Systems, Power
Generation Systems, PV and CPV Thermal Regulation Systems.


5




Wind Energy.





Alternative energy resources (Ocean Energy,…etc).



Solar Driven water desalination systems

2.

Thermo
-
fluid and their Applications



CFD



Heat and mass transfer in energy systems



Safety in fusion fuels power plants

3.

Water Resources




Integrated watershed and

coastal zone management (incl. sediment transport,
IWRM, ecosystem conservation)



Sustainability of River Basins




Desalination




Water quality and Health risk assessment



Hydrology of semi
-
arid and arid regions(incl. Groundwater)



Climate change impact assess
ment (water cycle)

4.

Environmental Engineering and Management



Wastewater Treatment Technologies (incl. Re
-
use and recycle of water)



Air pollution assessment and control




Particulate matters in the atmosphere



Solid waste management




Climate change and
sustainability (Greenhouse effect)


Chemicals and Petrochemicals Engineering

Department:



Catalysis



Transport and Separation Processes



Inorganic and Polymer Materials



Bulk and Surface Structures



Biochemical and Biomolecular Engineering



6




Nanotechnology in Chemicals and Petrochemicals



New applications of petrochemical materials