Quels sont les défis de l’intégration des robots dans les contextes sociaux?

Ethics in Robotics research and development is extremely essential and each developer should ensure that the the data collected from the emotional intelligence should be used as a feedback only to improve the quality of service provided.

Future social robots or human like ones should have the ability as well to understand humans worldwide. With its powerful processing power and the connection to the cloud, which is a continuously growing and updating source of knowledge, robots will easily adapt to different social norms.

It is going to be slow change. But as robots interact with humans and learn from their experiences, they can refine their understanding of social norms and expectations, becoming better companions and assistants over time. This iterative learning process is essential for ensuring that robots remain responsive to the evolving needs of society and individuals.

Having the possibility of detecting the imperceptible notion of human emotion and providing the appropriate response may rattle our cultural and social fabric. Operating incognito as personal assistance, extracting vast personal information for the grandiose of inexorable AI research and advances beget a future highly dependable on robots and their prophetic consultancy. We had surrendered our corporal self to the industrial revolution, whither are we with this nouveau technology? A new higher order or an eventual retrogradation?

Social Robotics developers should be mindful of different societies in the world that could have completely different laws, social norms and unspoken rules.

When we launched our massage robot at Fitness Yoga Club, Denmark, we were actually met with a lot of great response! Elderly people in particular was thrilled, and to our surprise had full trust in the technology!

This is particularly challenging as different people have different triggers and thresholds for trust or distrust. Even in human-human social interactions this varies greatly. When you add a robotic component to the situation it makes the problem even more complicated. For some people it is a matter of emulated professionalism or even the robot behaving like a lifeless tool for the job. For others it is all about the feeling in the interaction which is a combination of verbal and non-verbal communication. And there are also those who will start trusting a robot if it just has googly eyes glued onto it. Statistical analysis of the society can only get us so far here. The solutions should be tailored to a target group or learning from it.

The problem with robots or intelligent machines nowadays is the storage of data that is being processed and privacy. So far, we don't have powerful robots without any external network connection and robots tend to send/receive data from to/from data centers.

Human interaction space is just beyond reach as personal space, the 90% robot determination of human vector interaction intention and possibility of collision is important. So ultrasonic and vision sensors. There should be Robot 90 % approach and human determine last 10 % of interaction choice. Should a robot Vacuum be in the same space as a crowd can the robot move to prevent it being stepped on or coming within the personal space of the human interaction zone. Final Human interaction should be permissive voice recorded permission to touch and verification of it being analog not a digital copy of voice patterns not a reproduction. Thus SIRI/Alexa combined with DOJO and messenger, Then robots will need to determine intent as well.

Human interaction space is just beyond reach as personal space, the 90% robot determination of human vector interaction intention and possibility of collision is important. So ultrasonic and vision sensors. There should be Robot 90 % approach and human determine last 10 % of interaction choice. Should a robot Vacuum be in the same space as a crowd can the robot move to prevent it being stepped on or coming within the personal space of the human interaction zone. Final Human interaction should be permissive voice recorded permission to touch and verification of it being analog not a digital copy of voice patterns not a reproduction. Thus SIRI/Alexa combined with DOJO and messenger, Then robots will need to determine intent as well.

For robots to have ethical intelligence, it is necessary to continuously update and refine their ethical and value-based rules and frameworks. This will likely involve ongoing learning from real-world interactions, feedback from users and stakeholders, and advancements in ethical theories and laws. This also requires embedding ethics into algorithms that govern their operation from the beginning, in what is known as 'ethical-by-design.' We must strive to ensure that our robots evolve ethically alongside us, mirroring the continuous development of human ethics and values.

The first interaction of a human to a cobot who is not used to working alongside robots is very important. It's like a child who takes the first dip in the swimming pool. The design of cobots needs to focus on this aspect along with human training.

The Design should not only be ergonomically friendly to the task the robot is made for but also should be aesthetic, human and environment friendly, leading to easy acceptability in the society without hurting the sentiments of people. The holistic design should consider all the above points

One of the biggest battles Robotics face is the ideology that Hollywood puts out that most robots are bad. They will either overthrow the human race or take your jobs. Showing that robots can make life easier, safer and more enjoyable for users is the most important in changing the perception around robotics.

I no longer count how many times we were asked on our AMRs, "What if it gets loose?" You would think it was a wild animal with the presence of mind to do anything.

Make sure your robotic usage is alligned with your Corporate Social Responsibility (CSR). Robots are able to free up workload and reduce your need for an extensive amount of staff. Ensure that those employees get trained and educated so that you can leverage the workload and give everyone a job which is neither repetitive or dangerous.

Collaborative efforts from robotics researchers, ethicists, policymakers, and educational institutions are essential in shaping the development and deployment of educational intelligence in robots. By involving the public and stakeholders in the design and implementation process, we can ensure that robots are not only functional but also socially responsible and user-friendly.

To give the robot an educational intelligence: - Given that just from training it will be weak, I think it has to be better on the ground as a demo to collect data and train itself. - at some points, robots can't show their abilities and strengths and it depends on the situation, this thing needs a lot of training to start giving accurate decisions. - the main issue is how to let these robots avoid bad usage in education, as an experience from different AI Solutions when you ask for a bad thing to do, They will disagree but when u ask how to defend and what are the tools they will give the solution.

In my opinion it's not robots that should be regulated but the developers and maintainers. A robot is just a tool/solution for a problem/job. It is up to the developers how it solves the tasks put in front of it. There is of course nuance to accountability here but unethical practices in the development process of robotics should be controlled, because they will happen.

As we integrate robotics into social settings, prioritizing diversity and sustainability becomes crucial. An inspiring example is the robot "Moxie" by Embodied Inc. It promotes inclusivity by engaging children from diverse backgrounds, fostering their emotional skills without discrimination. Additionally, addressing environmental concerns, EcoRobotix has developed an AI-driven agricultural robot. Its precision in weed detection and herbicide application significantly reduces chemical usage, proving how robotics can contribute to sustainable practices.

In a world where we are immersed in technology at every moment, some say they the art of being human is being lost, that the ability to interact with each other is becoming a thing of the past. The uniquely human ability to tell a story, or to tell a joke and make someone laugh is being lost to the social landscapes of the Twitters and SnapChats. How will this social landscape contribute to the human-robot experience? Will developers of technology become complacent about the experience that humans have with robots? Or will we strive to embellish our robots with humor, personality and soul to accompany their skill set? Is the human experience with the robot as equally important as the service the robot is meant to provide?

Robotics should no more be a cliche like being a buzzword for normal human interaction other than scientists. Sustainable & eco-friendly robotics for everyday human interaction is to be introduced to real crowd in order to study the social interactions. Energy utilised by the robots should be green fuel, so people don’t mind maintaining them. A custom made, non-chip, offline based, non-data collection model that is not easily evolutionary, low cost, easily maintainable, demographically targeted designs are to be introduced for basic household utility in order to increase the efficiency of productivity rather than manufacturing industrial applications. This will create a revolution in use of robots.