FPGAworld 2017 - 2017 The FPGAworld conference

Contribution should all be FPGA-related and be in at least one of the areas listed below.
Following types of contributions:
Contribution A – Industrial, Students or Hackers presentations, with focus on industrial or hackers projects/applications selected by the Industrial Program Committee. Students or hackers can have a demonstration in the hacker’s corner and/or a presentation. It is not allowed with marketing of a product for profits.
Contribution B – Academic presentations of academic papers selected by the Academic Program Committee. Academic papers accepted for publication will be published by the ACM Digital Libraries.
Contribution C – Product presentations.
Contribution D – Industrial and academic tutorials (1,5-3 hours)
DESIGN METHODS – models and practices
Project methodology, models and practices
System Specifications, Models and Methodologies
System Modeling, Simulation and Validation
System Design, Synthesis and Optimization
Hardware/Software co-design
High-Level Synthesis
(Co-)Processor Synthesis
Architectural and Micro-Architectural Design
Reconfigurable Computing
IP Integration – models and practices
Security, Reliability and Fault Tolerance
Logic Synthesis, Power and Timing Analysis
Formal methods, Verification and validation
Board layout and verification
TOOLS
New Design Tools and Languages
Synthesis, Compilers, C-to-Hardware
Tool integration, Co-simulation, Hardware-in-the-loop testing
Design, modeling, implementation, verification and validation
Instrumentation, monitoring, testing, debugging etc
HW/SW IP COMPONENTS
IP component design
Interface/protocol design: supporting modularity
New IP components for platforms and applications
Real-time operating systems
File systems, USB/Internet communication etc
EMBEDDED SYSTEMS
Embedded Software Architectures
Real-Time Operating Systems
Compilers and Software Synthesis for Embedded Systems
HW/SW architectures
Networked and Dependable Systems
Model-Based Design and Verification for Embedded Systems
EMBEDDED PLATFORM ARCHITECTURES
Embedded System Platforms
Single, Multi-, Many-core architectures
Networks-on-Chip
Memory hierarchy, Memory architectures
Reconfigurable architectures
Course-grained reconfigurable architectures
Low power architectures
APPLICATIONS AND CASE STUDIES
Case studies from users in industry (academic and students will be highly prioritized)
HW/SW component presentations
Prototyping
Student work and projects
SURVEYS, TRENDS AND EDUCATION
Emerging technologies, Systems and Applications
History and surveys of reconfigurable logic
Tutorials