Abbrevation
CODES+ISSS
City
New Delhi
Country
India
Deadline Paper
Start Date
End Date
Abstract

CODES+ISSS invites contributions on specification specification, modeling, design, analysis, and implementation of embedded systems&#046; The conference covers a wide range of design issues and applications relevant to important embedded system quality metrics including performance, cost, power consumption, reliability, security, and usability&#046; The following relevant areas are representative but not exhaustive&#046; We welcome submissions on novel solutions, new challenges, and emerging technologies in all these areas:<br>Track 1) Hardware/software co&#8211;design &#8211; Specification and refinement, design representation, system synthesis, partitioning, hardware&#8211;software interaction, design space exploration, reconfigurable design, and model&#8211;based design&#046;<br>Track 2) Domain and application&#8211;specific design techniques &#8211; Analysis, design, and optimization techniques for multimedia, medical, automotive, security, and other specialized application domains, cyber&#8211;physical systems&#046;<br>Track 3) Embedded software &#8211; Compilers, memory management, virtual machines, scheduling, operating systems, realtime support, fault&#8211;tolerance, and middleware&#046;<br>Track 4) Embedded systems architecture &#8211; Architecture and micro&#8211;architecture design, exploration and optimization including application&#8211;specific, storage systems, memory and communication, networks&#8211;on&#8211;chip&#046;<br>Track 5) Large&#8211;scale system architecture &#8211; Multi&#8211;cores, GP&#8211;GPUs, heterogeneous systems, data centers, cloud computing, sensor networks&#046;<br>Track 6) Simulation, validation and verification &#8211; Hardware/software co&#8211;simulation, verification and validation methodologies, formal verification, hardware&#8211;accelerated simulation, test methodology, design for testability, specification languages/models, and benchmarks&#046;<br>Track 7) Power&#8211;aware systems &#8211; Power&#8211; and energy&#8211;aware system design and methodologies ranging from low&#8211;power embedded systems to energy&#8211;efficient large scale systems such as Green IT and Smart Grid&#046;<br>Track 8) Industrial practices and case studies &#8211; Practical impact on current and/or future industries with applications of the state&#8211;of&#8211;the&#8211;art methodologies and tools in various application areas including wireless, networking, multimedia, automotive, medical systems, etc&#046;<br>