IVCIT Home

International Virtual Conference on Internet of Things(IVCIT) on 13th Mar-14th Mar 2025 At Abu Dhabi,UAE.

"Since the spread of COVID-19 is getting serious worldwide, we'd like to inform you that the conference organizing committee has decided to convert the event to online meeting in order to ensure the safety and health of all the participants".

INTRODUCTION

International Virtual Conference on Internet of Things(IVCIT) aims to bring researchers, scientists, engineers and research scholar together to exchange and share their experiences, new ideas and the research outcome of all possible aspects of Internet of Things. So, considering the recent advancements and others the conference tiled has been selected. IoT systems are becoming increasingly complex. More intelligent and heterogeneous IoT devices are introduced on the market. The Internet of Things Conference is seeking original, high impact research papers on all topics related to the development of the Internet of Things. Papers will be reviewed and selected based on technical novelty, integrity of the analysis and social-environmental impacts and practical relevance.

Benefits of attending online

- CONNECT IN REAL TIME
- - Connect, inform and support each other in real time as an online community during this period of physical distancing.
- WATCH LIVE
- - Watch live and learn from the comfort of your home or office on your phone, mobile device and/or computer.
- ACCESS TO CONTENT
- - Access recordings of all topics to view at your convenience after the conference. Experience all topics over and over again.

Call For Paper IVCIT

The Internet of Things Conference is seeking original, high impact research papers on all topics related to the development of the Internet of Things. Papers will be reviewed and selected based on technical novelty, integrity of the analysis and social-environmental impacts and practical relevance.

IoT Edge and Cloud Architectures
AI for IoT
Web of Things
IoT Communication Technologies
Energy Efficiency and Sustainability in IoT
Sensing, Signal Processing, Actuation and Analytics
Security and Privacy in IoT
Human Interaction with IoT
Self-adaptation for IoT Systems
(Software) Interoperability in IoT
Large-scale Data Processing
Robotic IoT Systems
Distributed Ledger Technologies for IoT
Real-world Applications, Deployments, and Testbeds
Software Architecture and Middleware
Context-Awareness and Location-Awareness
Performance Evaluation and Modeling
Networking and Communication Protocols
Machine to Machine Communications
Energy Efficiency
Software Engineering for IoT and IoE
Machine Learning and Deep Learning Approaches Data Analytics
Technological Focus for Smart Environments
Smart City Examples and Case Studies
Architecture for Secure and Interactive IoT
Intelligent Infrastructure and Guidance Systems for Vehicles, Green Systems and Smart City
Sensor Networks, Remote Diagnosis and Development
Transportation Management Traffic Theory, Modeling and Simulation
Social Implications for IoT Intelligent
Systems for IoT and Services Computing
3D Printing
Artificial Intelligence
Biotechnology
Communication
Data Processing
Electronic Technologies for in-Vehicle
Internet of Things
Mode-to-Mode Systems
Nanotechnology
Sensors
Transport Safety and Mobility
Vehicle-to-Infrastructure
Vehicle-to-Vehicle
IoT Edge and Cloud Architectures
AI for IoT
Web of Things
IoT Communication Technologies
Energy Efficiency and Sustainability in IoT
Sensing, Signal Processing, Actuation and Analytics
Security and Privacy in IoT
Human Interaction with IoT
Self-adaptation for IoT Systems
(Software) Interoperability in IoT
Large-scale Data Processing
Robotic IoT Systems
Distributed Ledger Technologies for IoT
Real-world Applications, Deployments, and Testbeds