Conference Scope

INMIC is recognized as a prestigious technical conference with a scope covering new and exciting technologies and research areas, thereby inviting interest of a large audience. The conference covers a diverse range of topics related to emerging technologies in diverse emerging fields. The scope of the conference includes following tracks, but are not limited to:

Track 1. Machine Learning, Data Analytics and Applications

• Classical Machine Learning
• Deep Learning and its Applications
• Natural Language Processing & Word Embeddings
• Databases, Data Warehousing and Bigdata
• Social Network & Data Analysis
• Knowledge Graphs and Representation
• Data Mining and Knowledge Discovery
• Object Detection and Recognition
• Biomedical and Biological Image Processing
• Audio/Speech Processing and Coding
• Face and Gesture Recognition

Track 2. Business Analytics

• Accounting & Financial Analytics
• Supply Chain and Logistics Analytics
• Marketing & HR Analytics
• Building Analysis Models and Simulations
• Consumer Analytics & Marketing Strategies
• Decision Analysis and Support Systems
• Business planning

Track 3. Software & Systems Engineering

• Artificial Intelligence and Machine Learning for Software Engineering
• Automated Software Engineering
• Model-Driven Software Engineering (MDSE)
• Requirements Engineering & Software Architectures
• Service-Oriented Software Engineering
• Software Testing and Analysis
• Evidence-based Software Engineering (EBSE)

Track 4. Computer Communication and Networks

• Smart Grids, 5G and Beyond (5G)
• Internet of Things
• Wireless Sensor Networks
• Wireless & Mobile Communication
• Security & Privacy for Wireless Applications
• Cryptographic Methods and Toolkits
• Data Protection & Malware Detection
• Blockchain and Distributed Ledger Security

Track 5. Parallel, Distributed, and Cloud Computing

• Scheduling Algorithms for Clusters, Cloud, and Fog Platforms
• Cloud and Bigdata Storage Architectures
• Batch and Stream Processing
• Fault Tolerance, Resilience, and Self-Stabilizing Systems
• Performance Modeling & Visualization
• Algorithms of Parallel and Distributed Computing using GPUs

Track 6. Analog & Digital Sensor, Circuits and Systems

• Microwave and Radio Frequency Circuits, Sensors, and Systems
• Biomedical Devices, Circuits, and Systems
• Digital Integrated Circuits and Hardware Security
• Energy Harvesting, DC-DC Converter, and Low Power Electronics
• Efficient Digital Circuits & Systems