too crazy! How scary is it that scientists inject self-awareness into robots?
According to reports, recently, a team of scientists from Columbia University conducted a very bold experiment - a new transformation of robots and artificial intelligence. Unlike the previous design of a program for robots and the surrounding environment, this time the researchers strengthened the robot. And what does the self-awareness of artificial intelligence mean? To put it simply, scientists decide to let robots think for themselves, let robots decide for themselves what their hands and feet can do, and at the same time observe how the robots will react when the external environment or events change. Come on, I have to say, this is really crazy. How bold is it for scientists to build self-awareness for robots?
Researchers use the robot's vision system to add an autonomous program to conduct self-learning according to the robot's external shape. During this learning process, the robot will continue to perform motion modeling, and the robot will learn to walk, run, and even various Motion planning and can also learn to use both hands for a variety of complex tasks. What is even more powerful is that the robot can deal with various extremely complex situations through the built kinematic model, such as how to avoid danger and how to avoid external attacks. This is just like the human brain. When humans encounter danger, they will instinctively do Do what is best for me, and the robot will think about what I can do. In Science Robotics, a journal about robots, a paper about robots thinking and learning by themselves has been published. This article describes that robots can scan themselves without the help of humans (programs to perform specific tasks). And build a body model. On this basis, a variety of motion models are simulated. In the end, the robot can find the optimal solution route like a human being. In this process, it can also realize self-correction and self-correction. Through continuous learning and accumulation, the final solution can be completed. Task. So, how do robots with "autonomous awareness" learn?
In the Creative Machines Laboratory of Columbia University, scientists have conducted related experiments. The researchers put a robot in a room with mirrors on all sides. This robot has an autonomous neural network and self-learning ability. , at the beginning, the robot was like a baby, very curious about the outside world, and through the reflection of the mirror, it realized that it was itself in the mirror. As the robot constantly observes itself, it begins to make various actions gradually, figuring out the connection between programs and actions. After 3 hours of learning in this way, the robot has a full understanding of itself. For example, it knows what it looks like, how tall it is, what movements it can make, and how to pass a door that is shorter than itself. will be improved accordingly, so that the robot can complete a variety of complex tasks. In fact, humans invented robots to replace humans to complete complex and dangerous work. At present, robots rely more on human operation and judgment to work, and can only be fully automated unless it is in a specific working environment. If the robot can recognize and learn by itself in an unfamiliar environment, no matter what emergencies occur, the robot will not need manual intervention. For example, robots can replace humans to patrol the factory to check various problems and faults. In a complex environment, make the most correct judgment. So, can robots produce intelligence?
In many film and television works, we can often see that robots generate intelligence, and finally turn against customers, so can robots in reality really reach this level? The answer is no, at least the current answer is no. Even the robot mentioned above is just a program, which is essentially different from the robot that generates human intelligence. Generally speaking, a robot with self-observation and self-learning can only target one aspect. It has no self-awareness. And emotional, the process of self-learning is only aimed at the construction and accumulation of motor behavior patterns. It also requires humans to give it specific task goals, but this robot does not need humans to teach it how to do it. You only need to say: "Bring me the drink on the table", and the robot will learn how to use its hands to hold things. Then the action of taking the drink is completed, which further improves the efficiency of the robot. The robot neural network only simulates the way of thinking of human beings, and finally turns this way of thinking into a working mode of the robot. Judging from the current technical level of human beings, it is almost impossible for robots to have emotions and thinking, so we should not worry too much. After all, robots and AI ultimately serve human beings and help them improve production and life efficiency. of. So, everyone thinks that scientists continue to upgrade the "new functions" of robots, is there any threat to human beings? Welcome to tell us your opinion!