Aim of this first International Conference on “Control, Automation, Robotics and Embedded System” is to bring together academicians, leading engineers, industry researchers, designers and research scholar to exchange and share their experiences, ideas, emerging issues and challenges of Control, Automation, Robotics, Embedded systems and VLSI. All scientists, engineers, and students who are interested in theoretical and practical aspects of these allied areas are welcome to CARE-2013.
The conference has four major tracks: original research papers on, but not limited to, the following areas are invited:
Control: Adaptive, learning and robust control; Nonlinear systems; Networked control; Sensor networks; Complex systems; Multi-agent systems; Co-operative control; Process control and instrumentation; Identification and estimation; Modelling and optimization; Intelligent systems; Discrete event systems; Hybrid and Stochastic systems; Delay systems; Neural networks; Fuzzy systems; Control of Energy systems; Control of biological systems; Motion control; Control applications.
Automation: Man-machine interface and interactions; Process and Industrial automation; Intelligent automation; Factory Modelling and simulation; Network-based systems; Automation in energy systems; Automation in life sciences and healthcare; Planning, scheduling and coordination; Instrumentation systems and applications.
Robotics: Modelling and identification; Robot control; Mobile robotics; Mobile sensor networks; Perception systems; Micro robots and micro-manipulation; Visual servoing; Search, rescue and field robotics; Robot sensing and data fusion; Localization, navigation and mapping; Dexterous manipulation; Medical robots and bio-robotics; Human centered systems; Space and underwater robots; Tele-robotics; Mechanism design and applications.
Embedded Systems and VLSI: Hardware/software co-design; Reconfigurable hardware design; Embedded software; Real-time operating systems; Middleware and virtualization; Embedded multicores and manycores; Hybrid systems-on-chip; Sensor networks; Programmable devices; Hardware-software co-verification; Embedded system reliability; Embedded applications; Technology Modelling-design-simulation; Analog/mixed-signal simulation; Device Modelling; Timing analysis; Device/circuit level variability models; Issues in nano-CMOS technologies; Biomedical circuits and systems; Low-power design; Analog, mixed-signal, and RF systems.