Qamar Ul Islam Agreed, Significant progress has been made in recent years, and its use is spreading across a wide range of sectors and applications.

AR and VR are being utilized in education and training to offer more interesting and dynamic learning experiences. Medical students, for example, may utilize VR to perform surgery in a safe and controlled setting. Similarly, engineers may utilize augmented reality (AR) to envision complicated buildings and systems, and architects can use it to preview their ideas in a virtual environment prior to construction.

AR and VR technologies enable individuals to cooperate and communicate successfully in a shared virtual area regardless of their location in remote collaboration. Team members may work together in a virtual office, debate projects in virtual meeting rooms, and share their work in real time with the assistance of VR-enabled conferencing and collaboration systems, enhancing productivity and decreasing the need for travel.

These are only a handful of the numerous uses of AR and VR technology, and as the technology evolves, we can expect to see even more imaginative and interesting applications in the future.

Fatemeh Khozaei Thank you, Dr. for participating in the discussion, I would like to add, Yes, that's right. The use of augmented reality and virtual reality in education and training is becoming increasingly common as technology advances and becomes more affordable. Medical students, for example, may utilize virtual reality simulations to perform surgery in a safe and controlled setting, improving their abilities and confidence. Engineers and architects may utilize augmented reality (AR) to view and interact with complicated designs, allowing them to discover and address problems more quickly and efficiently.

AR and VR technologies enable individuals to connect and cooperate in a shared virtual world regardless of their location in remote collaboration. Team members may collaborate in a virtual workplace, debate projects in virtual meeting rooms, and share their work in real-time using VR-enabled conferencing and collaboration systems.

These applications can assist to cut expenses, boost efficiency, and improve educational and training quality. It also allows individuals to study and work in a safe and regulated setting, which is especially vital during pandemics. Overall, the application of augmented reality and virtual reality in education, training, and remote collaboration is a fast-emerging sector with numerous prospects for future innovation and development.

The view that automation and robotisation have been used to improve working conditions and remove workers from the most arduous tasks is theoretical at best.

Indeed, many examples show that new technologies are often first used to improve productivity, which often results in an intensification of work. The worker is then subjected to the rhythm of the machine or the algorithm without his or her specific needs and physical or psychological limitations being sufficiently taken into account.

The documents below provide examples of such situations

Article Amazon and Tesla: Men Subordinate to Robots

Article Fashion: workers as slaves to consumer trends?

Article Quels enjeux de santé et sécurité dans les organisations du ...

Conference Paper Bicycle delivery drivers: prevention prevented

Article Evolution of working conditions under the impact of ICTs

Presentation About the proper use of automation to improve working conditions

Michel Héry Thank you for your participation. Agreed You are true that the notion that automation and robotization have been utilized largely to enhance working conditions and relieve humans of difficult jobs is speculative. In practice, new technologies are frequently deployed with the primary purpose of enhancing productivity, which might result in increased labor intensity.

There are several examples of this occurrence in various sectors. In manufacturing, for example, the advent of automation and robots might result in faster production rates and longer working hours for human workers. Because robots can do activities more effectively than human employees, the use of automation may even result in job loss in some situations.

Another example is call centers, where automation and AI are used to boost productivity by routing calls to the most available agent, but it also means that the agent has to handle more calls, which may be unpleasant.

It is critical to understand that automation and robotization are neither automatically positive nor harmful to working conditions. Working conditions can be affected by how these technologies are adopted and incorporated into the workplace.

To avoid these negative consequences, while introducing automation and robotization, it is critical to address the individual demands and constraints of human employees, as well as to guarantee that workers are included in the decision-making process surrounding the installation of these technologies. Furthermore, measures to support the workforce affected by job displacement must be developed, as well as training and education to assist people in adapting to new technology.

I believe that we should increase our learning, this is my last publication:

Article HOW TO INCREASE OUR LEARNING? PREAMBLE: STOCHASTIC MODEL CON...

This shall be done by building knowledge network

https://www.academia.edu/89399367/R%C3%A9seaux_de_connaissance

I recognize that this type of network between scientists

from different countries is far from complete

In the past two years, technology has advanced significantly in areas such as artificial intelligence, machine learning, 5G networks, and internet of things (IoT) devices. These developments have enabled the creation of more sophisticated and efficient systems across a wide range of industries, including healthcare, finance, transportation, and manufacturing.

In healthcare, for example, AI and machine learning are being used to develop new diagnostic tools and personalized treatment plans. In finance, these technologies are being used to improve risk assessment and fraud detection. In transportation, self-driving cars and drones are being tested and developed. In manufacturing, IoT devices and automation are being used to optimize production processes and reduce costs.

Overall, technology is helping to drive innovation and efficiency across many industries, and is also creating new opportunities for companies and workers. However, it is also leading to some displacement of jobs, and raising new ethical and privacy concerns.

Muhammad Umar Farooq True, technological advances in areas such as AI, machine learning, 5G networks, and IoT devices have enabled the development of more complex and efficient systems across a wide range of businesses. These developments have the potential to provide major benefits, such as improved healthcare results, increased financial stability, safer and more efficient transportation, and increased manufacturing output.

AI and machine learning, for example, are being used in healthcare to analyze massive volumes of medical data in order to uncover patterns that may be utilized to generate new diagnostic tools and individualized treatment regimens. These technologies are being utilized in finance to evaluate enormous volumes of financial data, which may aid in risk assessment and fraud detection. Self-driving vehicles and drones are being studied and developed in transportation to increase safety and prevent accidents. IoT devices and automation are being utilized in manufacturing to optimize production processes and save costs.

These developments, on the other hand, bring with them new obstacles and concerns. Some occupations are being mechanized and replaced, raising worries about employment and economic inequality. Furthermore, as more data is collected and processed, there are worries regarding privacy and security. There are also ethical problems concerning the use of these technologies, particularly when making decisions that affect persons and society. It is critical to address these issues and create legislation, standards, and best practices to guarantee that these technologies are used in beneficial ways.

AR will enter education

To enrich the discussion please provide us with content like:

https://www.academia.edu/35150771/handling_human_social_technical_dimension_in_particular_man_system_interface_including_positioning_technology_at_man_services

Amin Elsaleh Rafael Dean Brown Thank you for your active participation in the discussion. Yes, augmented reality (AR) is being utilized more and more in education to improve the learning experience. AR can make learning more dynamic and engaging by superimposing digital information on the actual environment. It can also give visual assistance to pupils, such as 3D models, to help them better comprehend complicated subjects. Furthermore, augmented reality (AR) may be utilized for remote learning and virtual field trips, giving students immersive experiences that are not feasible in a typical classroom environment.

To Qamar Ul Islam, I participated some years ago to a forum animated by

Merlot University, I believe that only participative work may contribute to

advanced elearning, please find below a summary of my contribution:

https://www.academia.edu/81754036/Materials_from_Amin_Elsalehs_discipline_submitted_to_Merlot_university

Regards

Amin Elsaleh Great, Participatory and collaborative approaches are widely regarded to be particularly successful in e-learning, since they may assist to engage students and make the learning experience more interactive and dynamic.