The Conference on Design and Architectures for Signal and Image Processing, Madrid, Spanien

Abbrevation

DASIP

Link

http://www.ecsi.org/dasip

City

Madrid

Country

Spain

Deadline Paper

2014-06-30

Start Date

2014-10-08

End Date

2014-10-10

Abstract

The Conference on Design and Architectures for Signal and Image Processing DASIP addresses the development of complex applications involving signal, image and control processing based on a new approach called Algorithm–Architecture–Matching, which aims to leverage the design flow by a simultaneous study of both algorithmic and architectural issues, taking into account multiple design constraints, as well as algorithm and architecture optimizations. The goal of DASIP is to present the latest results in the domain of design and architecture for signal and image processing along several axes: methods and tools; development platforms, architectures and technologies; use–cases and applications as well as smart sensing systems. The 8th annual DASIP Conference will be organized in Madrid, Spain. The Conference includes keynote speeches, contributed paper sessions, poster sessions, special sessions on timely topics, as well as a demo night. Authors are invited to submit manuscripts on topics including, but not limited to: Design Methods and Tools – Design verification and fault tolerance – Embedded system security and security validation – System–level design and hardware/software co–design – Communication synthesis, architectural and logic synthesis – Embedded real–time systems and real–time operating systems – Rapid system prototyping, performance analysis and estimation – Formal models, transformations, algorithm transformations and metrics Development Platforms, Architectures and Technologies – Embedded platforms for multimedia and telecom – Many–core and multi–processor systems, SoCs, and NoCs – Reconfigurable ASIPs, FPGAs, and dynamically reconfigurable systems – Asynchronous (self–timed) circuits and analog and mixed–signal circuits – Digital bio–signal processing, biologically based and/or inspired systems Use–Cases and Applications – Ambient intelligence, ubiquitous and wearable computing – Global navigation satellite systems, smart cameras, and PDAs – Security systems, cryptography, object recognition and tracking – Embedded systems for automotive, aerospace, and health applications Smart Sensing Systems – Sensor networks, environmental and system monitoring – Vision, audio, fingerprint, health monitoring, and biosensors – Structurally–embedded, distributed, and multiplexed sensors – Sensing for active control systems, adaptive and evolutionary sensors