ESTIMedia 2016
Date: Oct 06, 2016 6:00 am – Oct 07, 2016 5:00 pm
Location: Pittsburgh, PA
The 14th IEEE Symposium on Embedded Systems for Real-Time Multimedia (ESTIMedia 2016)
6th – 7th Oct 2016 | Pittsburgh, USA | http://www.estimedia.org/
The IEEE ESTIMedia’16 is organized as a part of the Embedded Systems Week 2016
New Themes: - Camera-based Processing for IoT, CPS, Healthcare, and Medical Imaging; - Security for Media Processing; - Application of Emerging Computing Paradigms (like Approximate and Neuromorphic Computing) to Media Processing.
Multimedia and camera-based technologies play an important role in our daily life, and have become among the most relevant technological innovations. These technologies have proliferated into a wide range of application domains like Internet-of-Things (IoT), Cyber-Physical Systems (CPS), Healthcare and Medical Image Processing, Security, Consumer Electronics, etc. The evermore increasing computational and communication requirements demanded by current and next generation multimedia and image/video processing devices together with energy constraints which characterize portable devices require innovative design methodologies and tools. The IEEE ESTIMedia aims to bring together people from different multimedia and imaging-related research communities who have worked separately but did not interact sufficiently to address the challenges facing the design of hardware and software layers of such highly specialized multimedia and image/video processing systems.
The 14th edition of ESTIMedia is continuing to be run in the Embedded System Week and will provide a forum for researchers, from academia and industry, to present and discuss innovative ideas and solutions related to embedded systems for real-time multimedia and image/video processing. This year, a special focus will be on emerging computing paradigms (like approximate and neuromorphic computing), and emerging application areas (like IoT, CPS, and Healthcare with camera-based processing).
The accepted papers will be published in the symposium electronic proceedings and included in the IEEE Digital Library.
Areas of Interest (but not restricted to)
- Emerging trends for embedded multimedia systems (approximate computing, neuromorphic computing, embedded/mobile gaming, etc.)
- Application of camera-based processing in IoT, CPS, and Healthcare
- Real-time medical imaging
- Security and protection of media processing and streams
- Circuits and architectures for embedded multimedia and image/video processing systems
- Multimedia processors, reconfigurable architectures, many-core systems, and networks-on-chip
- Specification, modeling, design methodologies, and case studies
- Validation and verification of embedded multimedia and image/video processing systems
- Software optimization and compiler techniques
- Timing aspects of media streams
- Scheduling and analysis of media processing
- Resource and QoS management methods
- Real-time kernels, OS and middleware support
General Chair
- Hyunok Oh, Hanyang University, Korea
Technical Program Co-Chairs
- Muhammad Shafique, KIT, Germany
- Sander Stuijk, TUE, The Netherlands
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The 14th IEEE Symposium on Embedded Systems for Real-Time Multimedia (ESTIMedia 2016)
6th – 7th Oct 2016 | Pittsburgh, USA | http://www.estimedia.org/
The IEEE ESTIMedia’16 is organized as a part of the Embedded Systems Week 2016
New Themes: - Camera-based Processing for IoT, CPS, Healthcare, and Medical Imaging; - Security for Media Processing; - Application of Emerging Computing Paradigms (like Approximate and Neuromorphic Computing) to Media Processing.
Multimedia and camera-based technologies play an important role in our daily life, and have become among the most relevant technological innovations. These technologies have proliferated into a wide range of application domains like Internet-of-Things (IoT), Cyber-Physical Systems (CPS), Healthcare and Medical Image Processing, Security, Consumer Electronics, etc. The evermore increasing computational and communication requirements demanded by current and next generation multimedia and image/video processing devices together with energy constraints which characterize portable devices require innovative design methodologies and tools. The IEEE ESTIMedia aims to bring together people from different multimedia and imaging-related research communities who have worked separately but did not interact sufficiently to address the challenges facing the design of hardware and software layers of such highly specialized multimedia and image/video processing systems.
The 14th edition of ESTIMedia is continuing to be run in the Embedded System Week and will provide a forum for researchers, from academia and industry, to present and discuss innovative ideas and solutions related to embedded systems for real-time multimedia and image/video processing. This year, a special focus will be on emerging computing paradigms (like approximate and neuromorphic computing), and emerging application areas (like IoT, CPS, and Healthcare with camera-based processing).
The accepted papers will be published in the symposium electronic proceedings and included in the IEEE Digital Library.
Areas of Interest (but not restricted to)
- Emerging trends for embedded multimedia systems (approximate computing, neuromorphic computing, embedded/mobile gaming, etc.)
- Application of camera-based processing in IoT, CPS, and Healthcare
- Real-time medical imaging
- Security and protection of media processing and streams
- Circuits and architectures for embedded multimedia and image/video processing systems
- Multimedia processors, reconfigurable architectures, many-core systems, and networks-on-chip
- Specification, modeling, design methodologies, and case studies
- Validation and verification of embedded multimedia and image/video processing systems
- Software optimization and compiler techniques
- Timing aspects of media streams
- Scheduling and analysis of media processing
- Resource and QoS management methods
- Real-time kernels, OS and middleware support
General Chair
- Hyunok Oh, Hanyang University, Korea
Technical Program Co-Chairs
- Muhammad Shafique, KIT, Germany
- Sander Stuijk, TUE, The Netherlands