We aim to build an international, research-centric yet industry-friendly, environment where motivating ideas, intriguing talks, exciting discussions and fruitful collaboration in emerging fields and future trends of computer-related disciplines could flourish. ACOMP 2019 solicits high-quality papers in the following non-exhaustively populated themes. Please check ACOMP'2019 submission guidelines out before submitting your papers.

Theme 1. Modern Software Engineering
Conceptual Modeling and Model-Driven Engineering
Formal Methods for Software Engineering
Requirements Engineering
Software Repository Mining
Source Code Recommendation
Search-Based Software Development
Modern Software Architecture (IoT-based, blockchain-based, etc.)
Software Architecture in the Large
Business Process Redesign
Enterprise Re-engineering
Ontology-based Enterprise Engineering
Empirical Software Engineering and Measurement

Theme 2. High Performance & Scientific Computing
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

Theme 3. Circuits, Systems and IoT Technologies
System Architecture, Simulation and Modeling
Mobile application processors
Low Power Circuits/Systems
Wireless Communications and Networking
Sensor network systems and LSI
Energy Harvesting systems
Wireless power transmission
Wireless Sensor Networks
Low-power Network Systems for IoT
Hardware design for low-power IoT systems
Data Analytics, Web-based and Mobile technologies for IoT

Theme 4. Computer Vision/Image Processing & Machine Learning
3D and 4D Image Processing
Image and Video Segmentation
Image Registration and Video Coding
Object Detection, Recognition, and Tracking
Virtual Reality and Mixed Reality
Stereoscopic Processing and Depth Estimation
Interpolation and Super-Resolution
Motion Detection and Estimation
Mobile Applications with Image Sensor
Interpretation and Understanding
Filtering and Multiresolution Processing
Detection, Recognition, and Classification
Restoration and Enhancement
Image & Video Labeling and Retrieval
Biometrics, Forensics, and Security
Compression, Coding, and Transmission
Image & Video Systems and Applications
Color, Multispectral Imaging
Biomedical and Biological Image Processing
Document Analysis and Processing
Deep Learning for Images and Video