Workshop on New Frontier Information Digital Technology: From Logic Design To Real-World Applications
Workshop scope
This workshop is intended for researchers working in the area of alternative models and representations for the design and optimization of digital circuits applied to information technology and real word problems.
Areas of interests
- Fundamental Technology and Architecture for real world problems
- - Logic Design
- - Representations (BDD, ZDD, Reversible DD)
- - Reconfigurable VLSI/FPGA
- - Architecture for HPC
- - Low power Information Processing
- - Multiple-Valued Logic
- - Quantum Computing
- - Stochastic Computing
- - Reversible Computing
- Real World Problems and AI Applications
- - Intelligent Vehicles
- - Safe Systems
- - Live Feeling Communication
- - Highly Reliable systems
- Intelligent Robotics
- - Real time sensory processing
- - Multi-modal decision making
- - Service robotics
- - Human Computer Interaction
- - Agricultural Applications
- - E-Medecine and Tele-Diagnostics
- ICT (Information Communication Technology)
- - Vanets
- - Mobile networks
- - High speed wireless communication processing
- IOT (Internet of Things)
Workshop Chair:
- Lukac Martin, Nazarbayev University, Kazakhstan - chair
- Astola Jaakko, University of Tampere, Finland -
- Fukushi Masaru, Yamaguchi University, Japan-
- Kameyama Michitaka, Ishinomaki Senshu University, Japan
- Kerntopf, Pawel, University of Lodz, Poland
- Moraga Claudio, TU Dortmund, Germany
- Perkowski, Marek, Portland State University, USA
- Sasao Tsutomu, Meiji University, Japan
- Schmidt Jan, CTU Prague, Czech Republic
- Stankovic, Radomir, University of Nis, Serbia
- Steinbach Bernd, Freiberg University, Germany
- Zhao Qiangfu, Aizu University, Japan
Publication format
The accepted papers will appear in the proceeings of the IDT 2017 conference and will be indexed by IEEE Explore.