What does a human mean to a robot?

The meaning of humans to robots is to use it, and robots can improve social efficiency. The application of robots reduces the workload of humans and solves some problems that humans cannot solve, such as Ali's City Brain, which can optimize the time allocation at intersections, improve traffic efficiency, and make busy cities more intelligent.

Humans can control robots, and with the help of surgical robots, doctors can remove diseased tissue with greater precision and dexterity. The surgical robot is an extension of the doctor's "hand" and "eye", and the original incision required 30 cm is now only a few centimeters, and the minimally invasive surgery with small incision and accurate incision can reduce the surgical risk. This type of medical robot can also reduce the physical exertion of surgeons during surgery, and improve the efficiency and stability of surgery.

In life, robots can help us do things we don't want to do, such as sweeping robots, which can help us do less housework. We can also do things that we don't have time for, such as robots for the elderly, robots for children, to help children learn and take care of the elderly. Not only that, but it can also send us food, Yunji Technology's robot run into the office, ready to deliver food to partners in need anytime and anywhere.

Run's walking ability is a robot chassis that has been used in practical scenarios for up to two years using Yunji Technology.

The rapid development of robots will make life richer and more exciting, and human beings will become more and more convenient. In an intelligent society, people will realize part of their own things through intelligent robots. Industrial Sector:

Reduce staffing and improve product yield and quality. Detection Domain: Performing work in place of humans in an environment that is dangerous and unsuitable for human work.

Improving human knowledge, in the process of rearticulating our historical knowledge, philosophers, scientists, and artificial intelligence scientists have the opportunity to work to address the ambiguity of knowledge and eliminate the inconsistencies of knowledge. The results of such efforts may lead to certain improvements in knowledge so that new truths of interest can be deduced more easily.

On the issue of labor employment, because artificial intelligence can replace humans for all kinds of mental work, some people will have to change their types of work, and even cause unemployment. The application of AI in technology and engineering can deprive some people of the opportunity to intervene in information processing activities such as planning, diagnosis, understanding and decision-making, and even have to change the way they work.

Robots have made everyone's life more convenient, and now robots have become very common in our lives. Intelligent sweeping robots、Companion robots、Family companion robots, etc. have formed a lively domestic situation,The situation of cold abroad has become a situation,If you want to continue to develop,You have to find a breakthrough point,In order to affect you and me in one fell swoop。

Artificial intelligence technology has opened many new windows for human cultural life. Image processing technology, for example, is bound to have a profound impact on the graphic arts, advertising, and social education sectors. For example, the existing intellectual game consoles will be developed into a means of cultural entertainment with higher intelligence.

Storage and picking, in Amazon fulfillment centers, thousands of Kiva robots can be seen in the same area to avoid in an orderly manner, and can deliver goods to the picker at the right time and without errors. Currently, Amazon has deployed 100,000 Kiva bots worldwide for storage and picking.

The difference between robots and humans: Robots do not have subjective initiative, agency is unique to people, and it is fundamental to distinguish it from anything else, and robots are the product of human practice. The essential difference between robots and humans is life, robots are inanimate, people are alive, robots can imitate everything about people, but life cannot imitate.

The connection between the robot and the human oak guess: Highly intelligent robots have high qualities and can give a series of help to humans. The speed of evolution of robots is incomparable to that of humans, and machines are widely used in various fields of humans.

Artificial intelligence may bring twists and turns to the fate of mankind, so it is necessary to implant the premise of ensuring its own security and dominance into the rules. The relationship between the real world and the virtual world itself is in contemplation, contemplation.

Every year, machines are gradually surpassing humans in things that we previously thought only humans could do. Nowadays, computers can beat us in complex table games, are able to transcribe various languages, and can quickly recognize almost any object. However, it is still a shortcoming when it comes to recognizing the most subtle human expressions.

And the robots of the future may be able to make breakthroughs in sensing our emotions. What would the world be like if AI had human emotions?

With the continuous improvement of the technical level of AI, AI's independent learning ability has been greatly improved, but no matter how it is improved, it is always a modular program, although it has a large amount of data information, it can never have the diversified touch produced by biology, nor does it have the information transmission between organisms, even if the feelings are generated through learning, it is also a simulation of biological emotions, and will not have the biological emotions that humans have, even if they imitate very much like humans, they are not and cannot replace human beings, and human beings may be more willing to accept. This kind of highly intelligent bionic human machine, human beings will reasonably delete the imitation programs in this intelligent machine, so it will not have a bad impact on the gods buried humans, so the rational use of robots, it can help humans solve many problems.

For example, "Artificial Intelligence" is a story of AI robot children having feelings, the story is very simple, a family has lost a child, in order to replace the mother's feelings of missing the child, the hero bought a new generation of robots for his wife, a robot with feelings. You Xuant has IQ and emotion, will such a robot be too anthropomorphic. But when I came home, I found that there were many problems and ended up abandoning.

The whole story revolves around the story of an abandoned robot looking for his mother. The story ends perfectly. The child found his mother who was resurrected by the alien with hair DNA, but he could only be resurrected for one day, and AI accompanied his mother to sleep completely.

The story is heartwarming and touching.

The role of robots is very many, such as welding, handling, spraying, palletizing, cutting, etc., taking the industrial field as an example, robots can replace humans to complete a variety of repetitive work, the following Wuxi Jinhongying details the role of 7 kinds of robots:

1. Mobile robot: mobile robot is a type of industrial robot, it is controlled by a computer, with mobile, automatic navigation, multi-sensor control, network interaction and other functions, it can be widely used in machinery, electronics, textiles, cigarettes, medical, food, papermaking and other industries of flexible handling, transmission and other functions, but also used in automated three-dimensional warehouse, flexible processing system, flexible assembly system.

2. Spot welding robot: The welding robot has the characteristics of stable performance, large working space, fast movement speed and strong load capacity, and the welding quality is significantly better than that of manual welding, which greatly improves the productivity of spot welding operations.

3. Arc welding robot: Arc welding robot is mainly used in the welding production of various auto parts. In this field, the international large-scale industrial robot manufacturers mainly provide unit products to complete sets of equipment manufacturers.

4. Laser processing robot: Laser processing robot is to apply robot technology to laser processing, and realize more flexible laser processing operations through high-precision industrial robots. The system is operated by the teaching pendant and can also be programmed offline.

5. Palletizing robot: Palletizing robot is an industrial robot engaged in palletizing, which puts the objects that have been loaded into containers on pallets and pallets (wood, plastic) according to a certain arrangement for automatic stacking, which can be stacked in multiple layers, and then pushed out to facilitate forklift transportation to the warehouse for storage. The palletizing robot can be integrated into any production line to provide intelligence, robotization and networking for the production site, and can realize palletizing logistics for a variety of operations in the beer, beverage and food industries, and is widely used in cartons, plastic boxes, bottles, bags, barrels, film packaging products and filling products.

6. Handling robot: Handling robot is an industrial robot that can carry out automated handling operations. The handling robot can be installed with different end effectors to complete a variety of workpiece handling work of different shapes and states, which greatly reduces the heavy manual labor of humans.

It has the advantage that it can be programmed to complete a variety of expected tasks, and it has the advantages of humans and machines in its own structure and performance, especially artificial intelligence and adaptability.

7. Spraying robot: Spraying robot, also known as spraying robot, is an industrial robot that can automatically spray paint or spray other coatings. The painting robot is mainly composed of the robot body, the computer and the corresponding control system, and the hydraulically driven painting robot also includes a hydraulic oil source, such as an oil pump, an oil tank and a motor.

The painting robot is generally driven by hydraulic pressure, which has the characteristics of fast action speed and good explosion-proof performance, and can be taught by hand or point. Painting robots are widely used in automotive, instrumentation, electrical appliances, enamel and other process production departments. Due to the wide variety of robots, there are certainly many areas that everyone would not expect about the industrial use of robots.

1. Assembly line workers.

Although the work on the assembly line is complicated, the technical content is not high, and you can start working directly without training, but after all, people are tired, and there are times when they are lazy, but if they are working by robots, it is different, robots will not be lazy, and they can save a lot of labor costs.

2. Waiter in a restaurant.

The waiter in the restaurant is mainly to the guest menu, to the guest to serve food, etc., the work is also very simple, but sometimes it will cause some conflicts with the guest, but if it is replaced by a robot, it is different, the robot has no emotion, only knows the work, and the error rate is very low.

3. Manual customer service.

In fact, a few years ago, well-known companies used intelligent customer service, and also found that intelligent customer service is much better than manual customer service, not only high work efficiency, but also very standardized, so experts ** five years later, the profession of manual customer service may disappear and be replaced by intelligent customer service.

4. The person who collects the information.

Logistics work needs to collect a lot of information every day, and then realize the entry of orders, in fact, this kind of work intelligent robot can also be competent.

5. Assistant. The job of an assistant is generally to assist others in their work, imagine if you replace it with an intelligent robot as an assistant, what will the effect be? First of all, the robot will not have emotions, whether you hit it or scold it, it will not be affected by your emotions, and can still accurately assist you in your work.

Humans must have many advantages over robots.

First of all, human beings have their own emotions, can understand and express emotions, and can establish deep emotional connections with others. This gives humans their own unique strengths in terms of interpersonal communication, emotional support, and creative thinking.

Second, humans are more flexible and adaptable. We are able to adapt to different environments, and we are also flexible in solving problems and challenges. We can change our behavior and mindset as needed so that we can better adapt to new situations.

Furthermore, human beings have their own creativity and imagination. We are able to create new ideas, invent new things, and apply them to real life. We are able to think abstractly, innovate and make art.

Finally, humans also have the capacity for moral and ethical judgment. We can know right from wrong, make ethical decisions, and consider the interests and feelings of others. This ability to make moral judgments allows us to make informed choices on ethical and moral issues.

Overall, humans have an advantage over robots in terms of emotional intelligence, flexibility, creativity, and the ability to make moral judgments. These advantages allow humans to play a unique role in various fields and work with robots to advance society.

The application of robots in life.

Here are 7 perspectives for you.

Driverless cars.

24% of the results mentioned.

Weather**. 18% of the results mentioned.

Virtual personal assistants.

15% of the results mentioned.

Smart Hospitals. 15% of the results were mentioned in the manuscript round.

Medical protection key Zen Xinjian.

11% of the results mentioned.

Multilingual translation.

11% of the results mentioned.

Computer vision.

6% of the results mentioned.

Unmanned cars. Driverless cars are a type of intelligent vehicles, also known as wheeled mobile robots, which mainly rely on the intelligent driving instrument with the computer system in the car to achieve the goal of unmanned driving. Since the 70s of the 20th century, developed countries such as the United States, the United Kingdom, and Germany have begun to carry out none.