Aims and Scope

ACOMP 2018 is calling for papers that solicit high-quality, unpublished contributions from a number of advanced topics in computer science & engineering.

Submission Guidelines

Research papers should describe original work that has not been submitted (or accepted) for publication elsewhere. They will be evaluated based on their scientific and technical contribution, originality, and relevance. Submissions must be full papers in PDF format of 2-column, 8 pages in length. Templates for MS Word and Latex can be downloaded from here.

Conference Themes & Tracks

The conference has the following themes: Model-based Software Engineering & Enterprise Engineering, Embedded Systems & VLSI, High Performance & Scientific Computing;Image Processing & Visualization, and IoT Systems, Technologies & Applications. Non-exhaustive lists of topics of intrest are given below.

Conference Theme 1: Model-based Software Engineering & Enterprise Engineering

Fundamentals of Conceptual Modeling and Model-driven Engineering
Formal Methods for Software Engineering & Requirements Engineering
Conceptual Modeling for Requirements, Designs, Software Services, Business Processes, Enterprise Architecture, Information Systems
Semantics in Enterprise Modeling and Services Engineering
Revisiting Methods and Principles of Software Design (design patterns, design by contract, behavioral subtyping, etc.) in Enterprise Contexts
Ontology-based Enterprise Engineering
Model-based Requirements Engineering
Early-phase Requirements Engineering in Enterprise Architecture
Extended Enterprise Architecture
Enterprise Service Architecture
Enterprise Systems Evolution
Meta-modeling and Ontology Engineering
Service-oriented Software Engineering
Component-based Software Engineering
Object-Oriented Systems in Enterprise Computing including the RM-ODP
View-based Approaches in Software & Enterprise Enginering
Testing, Verification & Validation for Software Systems and Beyond
Binary Code Analysis and Understanding
Empirical Software Engineering and Measurement
Software Project Management
Software Quality and Measurement
Software Engineering Education

Conference Theme 2: Embedded Systems & VLSI Design

Digital Integrated Circuits and Systems
Energy-aware digital design
System Architecture, Simulation and Modeling
Mobile application processors
Microprocessors, ASICs and FPGAs
Low Power MCU design
Wireless Communications and Networking
Sensor network systems and LSI
Biomedical systems and LSI
Grid systems and LSI
Energy Harvesting systems
Wireless power transmission
System Testing and Design Verification
Other Topics in Embedded Systems and VLSI Design

Conference Theme 3: High Performance & Scientific Computing

High-Performance Computing Infrastructures and Applications
Parallel and Distributed Algorithms
Load Balancing, Scheduling and Resource Management
Cluster, Cloud, and Grid Computing
Peer-to-peer Applications and Algorithms
Scalable Servers and Systems
High Performance/Scalable Storage Systems
Map-Reduce Architecture, Algorithms and Applications
Research Supporting Environments and Applications
Mathematical Modelling and Optimisation
Numerical Simulation and Control
Probabilistic and Statistical Modelling
Computational Science, including, but not limited to the following:
Computational Biology
Computational Chemistry and Material Sciences
Computational Environment and Climate Changes
Computational Fluid Dynamics
Computational Geometry
Computational Mechanics

Conference Theme 4: Image Processing & Visualization

Image Registration
Image and Video Coding
3D and 4D Image Processing
Image and Video Segmentation
Object Detection, Recognition and Tracking
Video Surveillance
Stereoscopic Processing and Depth Estimation
Interpolation and Super-Resolution
Motion Detection and Estimation
Image and Video Retrieval
Watermarking
Document Image Analysis
Navigation Systems
Mobile Applications with Image Sensor
Medical Applications
Simulation
Virtual Reality and Mixed Reality

Conference Theme 5: IoT Systems, Technologies & Applications

Internet of Things - Platforms
Wireless Sensor Networks for IoT
IoT systems and architectures for Smart cities and Industry 4.0
Low-power Network Systems
Hardware design for low-power IoT systems
Data Analytics and Big Data for IoT
Energy-harvesting devices
Educational issues on IoT (teaching, certification, active learning, mini projects, problem-based classes, lab, etc.)
Software architecture for IoT
Web-based and Mobile technologies for IoT
Other Topics in Embedded Systems for IoT