Key transformational bottleneck assets such as AI/ML and human–machine interfaces as general-purpose technologies will be leveraged across distributed a heterogeneous 6G cloud architecture. Intelligent 6G networks are based on common enablers for AI as a service, and federated learning as-a-service that leverage data acquisition, data exposure and a common cross-domain analytics framework. Intelligent network enablers will operate across the cloud continuum from the central cloud to the edge and to far edge including the UE. Network automation and orchestration will be integral parts of intelligent networks using AI and analytics to manage and orchestrate the networks in a fully automated manner across all layers and parts of the network abstraction (Kaloxylos et al., 2021). In the 5GC network, network slicing allows operators to create thousands of virtual, independent networks within the same physical network infrastructure that connect from the device through to the application.

Emerging information and communication technologies with the help of the Internet of Things have been instrumental in integrating different domains of the health sector with mobile technology. Thus, the technology may have the potential to become powerful medical tools to support the health sector at all levels of care. In this review, the concept, applications, and advantages of mobile technology for health and the present pandemic have been discussed. It also discusses mobile health technology, as a support system for convenient and safer healthcare for public health, and the opportunities to improve its applications for unseen future health crises. The advent of innovative mobile technologies that can provide instantaneous access to information has greatly facilitated the shift towards integrating mobile technology in contemporary learning practices. The ability to connect with content and peers in a manner that is not governed by geography has the potential to expose learners to a wide variety of both information and people who can facilitate deep learning transfer.

Within Education

However, there was no significant difference in the internal goal orientation and test anxiety sub-dimensions. According to the results obtained from the interviews, the students stated that the application is interesting, fun, supports cooperative learning, and facilitates learning. On the other hand, some students expressed the physical problems they experienced while using the tablets. Integrating innovative technology during classroom practices inevitably demands teachers to acquire new technological and pedagogical skills . The didactical use of tablet devices is decisive for the learning process .

• Likewise, mobile is truly transformational—allowing emerging market SMEs to leapfrog an entire generation of technology and directly develop business models or operational tools for mobile platforms.
• From workers in high-risk environments to consumers in their homes, a range of situations become much easier to navigate as app development companies perfect their mobile IoT applications.
• Finally, to incorporate feedback mechanisms allows designers to collect user insights and continuously improve the onboarding process.
• This comprehensive synthesis helps bridge the gaps and create a more holistic understanding of the topic, contributing to the development of a more cohesive body of knowledge.

In developed nations, healthcare providers can electronically send information for prescribed medicines for a patient directly to the pharmacy or medical store, which can be picked up by the patient. This application of mHealth still needs to be implemented in developing nations. Also, the United States had made more than 50% of its hospitals integrated with mobile-optimized patient portals in 2015. The three applications had to be part of the same group of tools , thus showing that the company had reached a high level of mobile sophistication within that category.

RQ 3: What are the perceptions on the conditions that support these teaching and learning practices?

In mobile computing, designers face several ethical considerations that are crucial for protecting user privacy and ensuring inclusivity. First, they must design for privacy, and ensure that apps only request necessary permissions and clearly explain why they need them. Second, designers should consider data security, implementing strong encryption and secure data storage practices to protect users’ personal information from unauthorized access. Mobile computing significantly influences the approach to information architecture as it necessitates a focus on simplicity, clarity and speed. Designers must organize content in a way that allows users to find information quickly and easily on smaller screens. This requirement leads to a minimalist design approach, where only essential elements and information appear on the main pages.

The number of global OEMs grew from 71 to 172 from 2007 through 2014, with increasingly broad geographic representation, including new entrants from emerging markets such as China and India. This endeavor involved 11 years spent on 3G-related standard releases, with more than 300 companies and 39 countries involved, and took approximately 950,000 person hours. This effort entailed 15 years spent on 2G-related standard releases, with more than 200 companies and 13 countries involved, and took approximately 866,000 person hours.