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Overview

In recent years, the usage of 3G, 4G, and 5G networks for real-time wireless innovative applications faceparticular challenges in real-time environments that contain limited data speeds, latency delay and time complexity. The 6G network plays a crucial role in 2030’s year. Many users can access the intelligent 6G wireless network application faster and efficiently without time complexity or latency. Developers and experts adopt 6G wireless network applications for next-generation day-to-day activities to transform earth into sustainability. 6G wireless real-time applications provide anytime anywhere network services, deliver high-quality networks for easy access of innovative wireless applications, and easy to process standard technology in a 3D/4D way. The 6G wireless application has a faster response and request time between sender and receiver to avoid latency and time complexity.

Through emerging technologies in 6G wireless network applications, we can collect the data, access the data, and monitor or operate real-time applications in the environment anywhere in the country. Emerging technologies such as artificial intelligence, virtual reality, unmanned systems, augmented reality, the internet of things, prominent data analyst, machine vision, and so on. In the future, a 6G wireless network application process in weather forecasting that communicates with satellite and other standard technologies for analysing heavy rainfall, climate changes, detecting ocean colour changes, etc. The 6G rail transportation network application in the transportation system is used to monitor the people's activity in restricted areas, recognise unwanted movement, live tracking train location, etc. The upcoming healthcare 6G wireless network application becomes more competent in monitoring, diagnosis treatment, self-health decision making, and hospital management. By using the internet of things, artificial intelligence with a 6G network which wearable sensors are used to gain information, transmit information through the 6G network.

Standard technologies with 6G wireless network applications also work in intelligent urban infrastructure management, healthcare centre, agriculture, sustainable earth, personalised learning, smart-transport, etc. The real-time practical design and implementation of the 6G innovative wireless network application take a long time because of a lack of functional expertise. The 6G network contains a challenge that the 6G network uses visible light, which has less frequency than processes in nanometers. To manage massive user data and several intelligent applications in a real-time environment for efficient communication protocol itself is a challenge for the 6G network. The 6G network lacks information control, lack of trust in security and privacy, complexity in resource management for 3D networking, and so on. This special issue inspects the impact of the 6G wireless network application and communication with standard technologies. We summon analyser and expertise to overcome these problems and enrich 6G wireless network applications.

Topics of interest include but are not limited to

Submission deadline: 31 January 2023

Author notification: within 4 weeks after submission

Revised manuscript due: within 2 weeks after notification

Notification of acceptance: within 2 weeks after revision submission

Tentative accepted paper publication date: within 2 months after final version

Tentative SI paper collection and its web open: 3rd Quarter, 2023 (TBA)

All submitted papers must be clearly written in excellent English and contain only original work. All papers must be submitted in an MS Word. Manuscripts should follow the formatting of the sample manuscript and references. You can refer to the details in the submission menu http://hcisj.com/submission/preparing_manuscript.php All papers and some supplementary materials should be submitted through ScholarOne Manuscripts. The authors must select “SI2022-05Future Trends in 6G”. when they reach the “Article Type” step in the submission process https://mc04.manuscriptcentral.com/hcis