Full paper and abstract submissions are invited for the International Conference on Advanced Computing and Communication Technology -2022(ICACCT'22) to be held in Department of Information Technology, Francis Xavier Engineering College in association with IFERP from 19th to 20th May, 2022. This is an exceptional platform for researchers, academics, students, innovators, scientists and industry practitioners to discuss current research which is shaping a new world society. This conference will be a good platform to share research, innovations, and best-practices where constructive feedback and meeting with domain experts is expected. We encourage any submissions that present novel ideas, works-in-progress or any concepts that you think can benefit from inputs from experts. Students, Faculty, emerging researchers and/or Industry researchers are encouraged to participate.
- Computer Networks
- Data Communications
- Data Encryption
- Programming Languages
- Image processing and Pattern recognitio
- Computer Animation
- GUI, Distributed and Parallel Processing
- Operating Systems
- Internet and Web Applications
- Mobile Computing
- Embedded System Security
- Security and Cryptography
- Pattern Recognition
- Artificial Neural Networks & Deep learning
- Parallel and Distributed Computing, Etc
- Architectural interaction
- Big data infrastructure
- Data canter networking
- Adhoc and Sensor Networks
- Network Security
- Social Media and Networking
- Multi-Core Processing
- Databases and Data Mining Applications
- Distributed Databases
- Query and Search Engine Optimization
- Software Engineering
- Software Project Management
- Algorithms for Numerical Linear Algebra and Data Structures
- Load Balancing, Scheduling and Resource Management in Networks.
- Large Scale Graph Analytics
- High Performance Computing
- Big Data Computing and its Applications
- Hardware Acceleration for Parallel Applications
- Parallelism in Scientific Data Visualization and Visual Analytics
- Scientific/Engineering/Industrial Applications and Workloads
- Exascale Computing and Cloud Platforms
- Data Center Architectures and Services
- Parallel Languages, Programming Environments and Performance Assessment
- Hybrid Parallel Programming with GPUs and Accelerators
- Mathematical, Probabilistic and Statistical Models and Theories
- Machine Learning Theories, Models and Systems
- Knowledge Discovery Theories, Models and Systems
- Manifold and Metric Learning
- Deep Learning and Deep Analytics
- Scalable Analysis and Learning
- Heterogeneous Data/Information Integration
- Data Pre-Processing, Sampling and Reduction
- Dimensionality Reduction
- Feature Selection, Transformation and Construction
- Large Scale Optimization
- High Performance Computing for Data Analytics
- Architecture, Management and Process for Data Science
- Data Analytics, Machine Learning and Knowledge Discovery
- Data Science Meets Social Science
- Security, Trust and Risk in Big Data
- Data Integrity, Matching and Sharing
- Privacy and Protection Standards and Policies
- Privacy Preserving Big Data Access/Analytics
- Social Impact and Social Good
- Application of hybrid artificial intelligence approaches for hydraulic problems.
- Using artificial neural networks for estimation of the energy consumption obtained by dams and hydropower plants.
- Swarm intelligence for optimum weight of the structures.
- Application of AI in Traffic Control and Safety.
- Wireless sensor networks / Ad-hoc sensor networks
- Cognitive radio
- Machine type communication (MTC) /Device to Device communication (D2D)
- Cellular IoT / NB- IoT/ LoRa / SigFox
- Signal and image processing
- Audio signal processing
- Network on Chip (NoC)
- Smart grid Systems
- Energy Storage Technologies and Systems
- IoT Applications
- Big Data and Deep learning Applications
- Computational intelligence and Optimization
- Information Security and Privacy
- Wireless/Radio Access Technologies
- Massive MIMO Communication Systems
- Networks and Security
- High Performance Networks and Protocols
- Network Reliability and QoS
- Internet of Things and Big Data
- Software Engineering and Agile Development
- Multimedia and Web Services Agents
- Cloud Computing
- Embedded Systems
- Virtual and Augmented Realities
- Human Computer Interaction
- Context awareness
- Ubiquitous Computing
- Global Software Engineering
- System architecture and protocol design
(access, mobility, routing, scalability, etc.)
- New communication and sensing devices for IoT
- Enabling communication technologies for IoT
(e.g., wireless, optical, acoustic, molecular, quantum)
- IoT-specific radio solutions
(NB-IoT, LTE-M, LoRa, SigFox, etc.)
- Novel Internet of Everything (IoE) paradigms
(e.g., Internet of Bio-Nano Things, Internet of Vehicles, Internet of Drones, Internet of Space, Internet of People)
- Converged communication, computing, and storage technologies for IoT
- Integrated communication, positioning, navigation, and control in IoT
- Energy efficiency, energy harvesting, power management, and green operation
- Smart objects, devices, environments, middleware, platforms, and tools for IoT applications
- Analysis, simulation, testbed, and measurement campaigns
- Emerging applications
(e.g., IoT for Agriculture, Smart City, Smart Energy, Smart Health, Smart Transport, Public Safety, Humanitarian Technologies, Industry 4.0, Society 5.0)
- Socio-economic, security and privacy, standardization, policy, and regulatory aspects of IoT