The inaugural International Conference on Photonics, Communication and Signal Processing Technologies (ICPSPCT) is jointly organized by Centre for Signal Processing and Communication System Research (CSPCSR) and Photonics Research Centre (PRC) of Ramaiah University of Applied Sciences (RUAS), Bengaluru, India.
The conference is scheduled from July 18th-20th 2018 at RUAS, Bengaluru. ICPSPCT serves as a platform for students, research scholars, academicians, industry professionals and researchers to publish their innovative research concepts as well as contributory research findings. This conference encourages submission of research papers highlighting analytical formulation, solution, simulation, algorithm development, experimental research and experimental investigations in the broad domains of Photonics, Signal Processing and Communication Technologies. This conference envisages and also encourages publication of research papers from allied fields of science and engineering depicting multidisciplinary research and industry-academia synergy.
The theme of the ICPSPCT includes Signal Processing, Image Processing, Communication, Microwave (Antenna/Measurements), Photonics, VLSI Circuits and Systems, Communication Networks, System Design and System Engineering.
The program of this three day conference will include invited talks, tutorials, exhibits and paper presentations (oral and poster). Select papers will be published in Springer book volume based on the publisher’s criteria. This conference anticipates active participation from R&D Labs, Academia and Technology development Groups from Industries.
1. Array Signal Processing
2. Biomedical Signal Processing
3. Spectral Analysis
4. Radar Signal Processing
5. Adaptive Signal Processing
6. Audio and Speech Processing
7. Pattern Recognition
8. Compressive Sensing
9. Dimensionality Reduction Techniques
10. Graph Signal Processing
11. Statistical Learning and Estimation Schemes
12. Medical Image Analysis
13. Hyperspectral Image Processing
14. Time-Frequency/Time-Scale Analysis
15. Content-Based Image Retrieval
16. Computer Vision Techniques
17. Image and Video Compression
18. Image and Video Processing Architecture
19. Video Analysis and Event Recognition
20. Video Surveillance and Monitoring
21. 3D Image Modeling and Visualization
1. Cellular Communications
2. Multicarrier Techniques
3. MIMO Systems
4. SDR and Cognitive Radio Systems
5. Cognitive Radio Networks
6. Digital Beamformers
7. Next-Generation Network Architectures
8. Future Internet
9. Network Performance
10. 5G Networks
11. Internet of Things
12. Cloud Computing
13. Heterogenous Networks
14. Machine to Machine (M2M) Communication
15. Wireless Networks
16. Self-configurable Systems
17. Green Communication Systems and Network
18. Mobile Computing
19. Smart Cities and Smart Grids
20. Vehicular Networks
22. Information-Centric Networks
23. Opportunistic Networks
24. Underwater Networks
25. Software Defined Networks
26. Aerospace and Satellite Antennas
27. Wearable/Nano/Optical Antennas
28. Phased Array and Multi-beam Antennas
29. Antenna Measurement Techniques
30. RF & Microwave Devices and Circuits
31. Meta-Materials
32. Rectennas
1. Organic LEDs
2. Photonic Crystal Devices
3. Micro-Opto Electro Mechanical Systems
4. Optoelectronics and Integrated Optics
5. Bio, Microwave and Nano Photonics
6. High Power / Intensity Sources
7. Non-Linear and Ultrafast Optics
8. Optical Interconnects
9. Optical Micro and Nano Resonators
10. Optical Networks and Systems
11. Photonic Integration and Packaging
12. Photonic Materials
13. Photodetectors and Optical Sensors
14. Semiconductor Lasers
1. Pipeline/parallel architectures
2. Multicore architectures
3. System on chip and Network on chip
4. 3D ICs
5. FPGA/GPU Hybrid computing
6. Hardware/ Software codesign
7. VLSI Testing, Verification and Reliability
8. Nano electronics
9. FinFET technology
10. Power Analysis
11. Temperature Aware Design
12. Physical Design, Layout and Packaging
13. High speed board design
14. EMI/EMC
15. PI and SI Analysis
16. Low Power Processors
17. On Chip Antennas
18. Low power ASICs
19. CAD for VLSI
20. Device Modelling
21. IP Cores
22. Analog VLSI Design automation
1. System Engineering for Dynamic Systems
2. Model based Systems Engineering
3. System Engineering Standards
4. System of Systems
5. Dependable Systems
Ramaiah University of Applied Sciences
470-P, Peenya Industrial Area, Peenya 4th Phase,
Bangalore, Karnataka, INDIA - 560 058
Phone: (+91) 80 4906 5555
Fax: (+91) 80 4536 6677