2022 The 3rd International Conference on Information Technology and Internet of Things (ITIOT 2022)

2022 The 3rd International Conference on Information Technology and Internet of Things (ITIOT 2022) will be held in Huazhong University of Science and Technology (HUST), Wuhan, China on April 22-25, 2022 as the workshop of 2022 The 7th International Conference on Computer and Communication Systems (ICCCS 2022). With IT & IoT ecosystem changing rapidly and the marketplace is moving fast, ITIOT aims to bring together researchers, engineers, academics as well as industrial professionals to discuss the latest developments, share ideas and explore new opportunities in the marketplace throughout the year. The organizing committee invites original contributions as well as presentations about IT & IoT research done and reported by eminent researchers on the planet.

Topics and technical areas of interest include but are not limited to the following:

Information Technology

● Artificial Intelligence
● Business Intelligence and Applications
● Cloud Computing in E-Commerce Scenarios
● Computer Network
● Data Analytics and Big Data
● Distributed Systems
● E-Business Systems Integration and Standardization, E-government
● E-Commerce Risk Management
● Electronic Business Model and Method
● Evolutionary Computation and Algorithms
● Image Processing and Multimedia Technology
● Information System Integration and Decision Support
● Intelligent Information Processing
● Internet of Things, Data Mining
● Machine Learning
● Mobile Computing
● Natural Language Processing
● Recommender system
● Semantic Web Service Architecture for E-Commerce
● Service Oriented E-Commerce and Business Processes
● Signal Detection and Processing
● Software Engineering
● Technique and Application of Database
● Visualization and Computer Graphic ※ IOT Topics: #Topic area 1: IoT

※ IOT Topics:

 

#Topic area 1: IoT Experimental and Deployment
• IoT and Future Internet Architectures
• IoT Deployment on Agriculture, Retails, Smart Sustainable Cities, etc.
• IoT System Modeling and Analysis—Performance
• Real case deployment scenarios and results
• Testbeds and experiments for Internet of Things smart sustainable cities

#Topic area 2: IoT Applications and Services
• Architectures of IoT services
• Smart homes, cities and grids fundamentals and issues
• Smart Health
• Smart supply chain and framing
• Smart Manufacturing
• Smart Transportation
• Tools and technologies for IoT services
• Business models for IoT applications

#Topic area 3: Connectivity, Security, and Privacy for IoT
• IoT architecture with 5G and beyond networks
• Multiple access IoT access networks and network backhaul with 5G and beyond
• Cooperative communication techniques for IoT
• Software defined networking solutions for IoT
• Efficient resource allocation schemes, QoS, and QoE in IoT
• Energy efficiency and wirelessly powered IoT
• Massive connectivity in IoT
• Critical and URLLC IoT
• IoT short range communications
• Blockchain solutions for IoT
• Cryptography, key management, authentication and authorization for IoT
• IoT privacy and security concerns tests, certification, and labelling
• IoT security of smart sustainable cities
• 6G-enabled IoT
• Contact tracing to fight COVID-19

#Topic area 4: Electronics and Signal processing for IoT
• IoT low power devices
• IoT sensors and actuators
• Energy optimization in IoT
• Optimization of data traffic and latencies
• Smart devices and tools signal processing
• Machine-to-Machine Communications for Smart Environments

 

We live in a world where physical objects in the industrial, mobile, and home domains are increasingly being transformed from isolated systems to networked Internet-enabled devices that can communicate with each other and the cloud. This is called the Internet of Things (IoT). As more and more of these “intelligent” connected inputs, companies are creating new types of revolutionary applications and services in sectors ranging from manufacturing to utilities, smart building to smart home, transportation to health care, and retail to agriculture. This development has the potential to transform previously standalone systems into integrated networks that leverage greater computer capabilities and data analytics to increase efficiencies and productivity, address important societal challenges, and create jobs in a global new economy.