Paper Submission for TENSYMP-2019 is now open.
Prospective authors are invited to submit paper via conference website or by clicking onto the link given below:http://ewh.ieee.org/r10/calcutta/tensymp2019/index.html
Willing authors have to submit full paper with four to five pages in double-column IEEE conference format via the conference website. More information about paper format and guidelines for paper submission can be found at the conference website. The conference proceedings will be submitted to the IEEE Xplore® digital library.
The paper submission for the conference can be made in the following tracks:
Track-I: Signals and Systems
linear and nonlinear, 1D, 2D and multi dimensional signal processing, VLSI, ASIC and FPGAs,
communication circuits and systems, Intelligent systems, distributed circuits and systems
Track-II: Control Systems & Applications
Non-linear Control, Stochastic Control, Intelligent control, Iterative learning and Repetitive control, Industrial Control
Applications of Control Theory in various fields.
Track-III : Robotics & Mechatronics
Innovations in theoretical robotics, serial and parallel robot design, path planning and control, Autonomous mobile and walking robot design, developments and innovations in robotics, swarm robotics, design and development of robot gripper
Biommetic robot design and development
Track-IV: Power & Energy
Mini, Micro, Smart and Future Power Grids, Wide Area Monitoring and Control of Power Systems, Power System Economics
Grid interaction of Renewable Energy Sources, Dielectrics & High Voltage Systems, Energy Storage Systems,
Modelling, analysis and design of Electrical Machines and Electromagnetic Devices, FACTS Controllers and HVDC Systems
Power Converters, Power Quality, EMI and EMC issues in Power Electronic Systems, improvement of Power quality etc
Track-V: Computational Biology and Biomedical Informatics
Bioinformatics, Immuno-informatics, Metabolomics, Genomics, Proteomics, Transcriptomics.
Systems Biology, Disease Analysis, Healthcare Informatics, Medical Image Analysis, Bioengineering
Track-VI: Machine Learning and Data Analytics
Statistical learning, deep learning, ensemble methods, nature inspired learning, learning theory, probabilistic models and transfer learning.
ML techniques healthcare, manufacturing, retail, education, transportation, and commerce.
5G & protocol, Sensors and actuators, IoT, Dynamic sensor networks, Information retrieval using Machine Learning, Vehicle tracking system, Big Data and self-organized networking, Mobile Data analytics, Quantum communication, Cognitive Radio, Radar waveforms for Aerospace system, RF system for wireless applications, 3D Beamforming, antenna & applications, Millimeter wave system design.
Track-VIII: Computational Intelligence
To cover different areas of computational intelligence which includes but is not limited to fuzzy systems, evolutionary computation, artificial neural networks, Bayesian learning, support vector machines, self-organizing systems and hybrid intelligence systems
Track-IX: Emerging Technologies
Nano-electronics, Memristors, MEMS, 3D-IC, Intelligent Hardware and Systems, Automotive Systems, Neuromorphic Computing, Quantum, Computing, Microfluidic Biochips
Sanjay Kar Chowdhury,
IEEE TENSYMP 2019 Conference Chair