|
|
11th IEEE International Conference on Electronics, Circuits and Systems.
 |
Topics.
|
1. Analog Circuits and Signal Processing
1.1. Analog circuits and filters
1.2. Switched capacitor and switched current techniques
1.3. Analog and mixed signal processing
1.4. Data conversion and sigma-delta modulation
1.5. Low-power and low-voltage circuits
1.6. Radio frequency circuits
1.7. Log-domain circuits
2. General Circuits and Systems
2.1. Linear and nonlinear circuits and systems
2.2. Chaos and applications
2.3. Distributed circuits and systems
2.4. Power electronics circuits and systems
3. Digital Signal and Image Processing
3.1. Digital filters and filter banks
3.2. Wavelets and multi-rate signal processing
3.3. Adaptive signal processing
3.4. Multidimensional systems
3.5. Fast computations for signal processing
3.6. Speech processing and coding
3.7. Image processing and coding
4. VLSI ICs and Systems
4.1. Analog circuit design
4.2. Low-power and high-speed digital design
4.3. Testing: analog, digital and mixed
4.4. FPGA: Design and test
4.5. Microsystems and applications
4.6. Processor architectures
4.7. Design for deep sub-micron technology
4.8. Reconfigurable and self-testable architectures
4.9. VLSI technology
4.10. System-on-chip: Design and Integration
5. Computer-Aided-Design
5.1. Interconnect and low-power driven physical design
5.2. Logic synthesis and layout-driven logic synthesis
5.3. High level synthesis and hardware/software co-design
5.4. Formal verification
5.5. Device, circuit and system modeling and simulation
5.6. Integration between design, test and manufacturing
5.7. Synchronization methodologies
5.8. Linear and nonlinear optimization
5.9. Graph theory and optimization algorithms
6. Multimedia and Communications
6.1. Video and multimedia technology
6.2. Human-computer interaction
6.3. Interface design
6.4. Visual languages
6.5. Signal processing and communications
6.6. Computer communications
6.7. High-speed and opto-electronic circuits and systems
7. Neural Systems
7.1. Neural networks
7.2. Cellular neural networks
7.3. Fuzzy logic and circuits
8. Control Systems
8.1. Industrial automation
8.2. Robotics
8.3. Control systems and applications
9. Biomedical and Industrial Applications
9.1. Biotechnology
9.2. Medical imaging
9.3. Bionics
9.4. Biomechanics and BioMEMS
10. Sensory Systems
10.1. Image and vision systems
10.2. CMOS and CCD imaging circuits
10.3. Non-visible image sensors systems
10.4. Micro-Opto-Electro-Mechanical Systems
|
|
|
|
