EBCCSP 2017
Date: May 24, 2017 6:00 am – May 26, 2017 5:00 pm
Location: Funchal, Madeira, Portugal
3rd International Conference on Event-Based Control, Communication and Signal Processing (EBCCSP 2017)
Aim:
The aim of the EBCCSP 2017 conference is to bring together researchers and practitioners from the industry and academia and provide them with a platform to report on recent advances and developments in the event-based systems and architectures applied in wide spectrum of engineering disciplines including control, communication and signal processing.
Funchal is the largest city, the municipal seat and the capital of Portugal's Autonomous Region of Madeira. The city has a population of 111,892, making it the 6th largest city in Portugal, and has been the capital of Madeira for more than five centuries. Because of its high cultural and historical value, Funchal is one of Portugal's main tourist attractions. It is also popular as a destination for New Year's Eve, and it is the leading Portuguese port on cruise liner dockings.
Topics
Event-based control & systems
- Event-based and self-triggered control,
- Continuous and periodic event-triggered control,
- State-feedback and output-based event-triggered control,
- Event-based PI and PID controllers,
- Event-based control over networks,
- Decentralized event-triggered control,
- Distributed event-triggered control,
- Distributed event-triggered control for multi-agent systems,
- Event-based state estimation,
- Control systems with Lebesgue sampling,
- Lyapunov sampling for event-driven controllers,
- Event-based intermittent control,
- Generalized predictive event-triggered control,
- Discrete-event systems
Event-based communication, computing & systems
- Event-based and time-triggered communication architectures,
- Event-based protocols,
- Flexible time-triggered protocols and architectures,
- Event-based fieldbuses,
- Event-based real-time systems
- Controller Area Networks (CAN),
- Complex events detection,
- Event-based wireless sensor and control systems,
- Event-triggered and self-triggered real-time task scheduling,
- Performance evaluation of event-based communication systems,
- Event-based and adaptive sampling,
- Cost-aware sampling,
- Adaptive sampling and sleep mode,
- Intelligent sampling,
- Design of event-based sampling criteria,
- Event-based spatial and spatio-temporal sampling,
- Intelligent event-driven sensors,
- Send-on-delta data reporting strategy,
- Event-based communication systems modelling and design,
- Event-based control applications
- Programming Languages,
- Software Engineering,
- Security & Privacy,
- Big Data & Data Management,
- Intelligent Systems,
- Distributed & Parallel Computing,
- Cloud Computing
Event-based signal processing & systems
- Event-driven signal processing chain,
- Event-driven signal processing theory,
- Event-driven data acquisition,
- Event-driven analog-to-digital conversion techniques,
- Adaptive-rate analog-to-digital conversion,
- Level-crossing analog-to-digital converters,
- Event-driven filters, Event-driven adaptive filters,
- Clockless and self-timed circuits and architectures,
- Spectral analysis of event-triggered sampled data,
- Asynchronous Delta modulation,
- Asynchronous Delta modulator implementations,
- Event-based signal reconstruction methods,
- Event-based signal processing applications,
- Intelligent event-driven sensors,
- Continuous-time digital signal processing,
- Event-driven computing,
- Biologically-inspired event-driven systems,
- Spike-event generation,
- Event-driven visual attention,
- Event-driven vision sensing,
- Dynamic Vision Sensor (DVS) systems,
- Frame-free event-driven vision systems,
- Address-Event Representation (AER) protocol and interface,
- Event-driven convolution processors,
- Event-driven stereo vision
Discrete Event Systems
- Formalisms and modeling methodologies: Petri nets, automata, statecharts, process algebras, max-plus algebra, queuing networks
- Control of discrete-event systems: supervisory control; real time control
- Performance evaluation, optimization, scheduling
- Diagnosis, fault detection, test, identification
- Hybrid systems
- Applications: manufacturing systems, communication protocols and systems, transportation systems, office and home automation, urban automation, smart grid, large-scale distributed systems, healthcare systems, software engineering
- Electronic Design Automation of software tools to support operation of large-scale distributed systems such as manufacturing systems, building automation, highway automation, urban automation
- Computer tools for DES modelling, synthesis, analysis
Contact
contact@ebccsp2017.org
Submitted by Anonymous
on
3rd International Conference on Event-Based Control, Communication and Signal Processing (EBCCSP 2017)
Aim:
The aim of the EBCCSP 2017 conference is to bring together researchers and practitioners from the industry and academia and provide them with a platform to report on recent advances and developments in the event-based systems and architectures applied in wide spectrum of engineering disciplines including control, communication and signal processing.
Funchal is the largest city, the municipal seat and the capital of Portugal's Autonomous Region of Madeira. The city has a population of 111,892, making it the 6th largest city in Portugal, and has been the capital of Madeira for more than five centuries. Because of its high cultural and historical value, Funchal is one of Portugal's main tourist attractions. It is also popular as a destination for New Year's Eve, and it is the leading Portuguese port on cruise liner dockings.
Topics
Event-based control & systems
- Event-based and self-triggered control,
- Continuous and periodic event-triggered control,
- State-feedback and output-based event-triggered control,
- Event-based PI and PID controllers,
- Event-based control over networks,
- Decentralized event-triggered control,
- Distributed event-triggered control,
- Distributed event-triggered control for multi-agent systems,
- Event-based state estimation,
- Control systems with Lebesgue sampling,
- Lyapunov sampling for event-driven controllers,
- Event-based intermittent control,
- Generalized predictive event-triggered control,
- Discrete-event systems
Event-based communication, computing & systems
- Event-based and time-triggered communication architectures,
- Event-based protocols,
- Flexible time-triggered protocols and architectures,
- Event-based fieldbuses,
- Event-based real-time systems
- Controller Area Networks (CAN),
- Complex events detection,
- Event-based wireless sensor and control systems,
- Event-triggered and self-triggered real-time task scheduling,
- Performance evaluation of event-based communication systems,
- Event-based and adaptive sampling,
- Cost-aware sampling,
- Adaptive sampling and sleep mode,
- Intelligent sampling,
- Design of event-based sampling criteria,
- Event-based spatial and spatio-temporal sampling,
- Intelligent event-driven sensors,
- Send-on-delta data reporting strategy,
- Event-based communication systems modelling and design,
- Event-based control applications
- Programming Languages,
- Software Engineering,
- Security & Privacy,
- Big Data & Data Management,
- Intelligent Systems,
- Distributed & Parallel Computing,
- Cloud Computing
Event-based signal processing & systems
- Event-driven signal processing chain,
- Event-driven signal processing theory,
- Event-driven data acquisition,
- Event-driven analog-to-digital conversion techniques,
- Adaptive-rate analog-to-digital conversion,
- Level-crossing analog-to-digital converters,
- Event-driven filters, Event-driven adaptive filters,
- Clockless and self-timed circuits and architectures,
- Spectral analysis of event-triggered sampled data,
- Asynchronous Delta modulation,
- Asynchronous Delta modulator implementations,
- Event-based signal reconstruction methods,
- Event-based signal processing applications,
- Intelligent event-driven sensors,
- Continuous-time digital signal processing,
- Event-driven computing,
- Biologically-inspired event-driven systems,
- Spike-event generation,
- Event-driven visual attention,
- Event-driven vision sensing,
- Dynamic Vision Sensor (DVS) systems,
- Frame-free event-driven vision systems,
- Address-Event Representation (AER) protocol and interface,
- Event-driven convolution processors,
- Event-driven stereo vision
Discrete Event Systems
- Formalisms and modeling methodologies: Petri nets, automata, statecharts, process algebras, max-plus algebra, queuing networks
- Control of discrete-event systems: supervisory control; real time control
- Performance evaluation, optimization, scheduling
- Diagnosis, fault detection, test, identification
- Hybrid systems
- Applications: manufacturing systems, communication protocols and systems, transportation systems, office and home automation, urban automation, smart grid, large-scale distributed systems, healthcare systems, software engineering
- Electronic Design Automation of software tools to support operation of large-scale distributed systems such as manufacturing systems, building automation, highway automation, urban automation
- Computer tools for DES modelling, synthesis, analysis
Contact
contact@ebccsp2017.org