From 2009 to 2020, what was the evolutionary path of Boston Dynamics robots?

Boston Dynamics' robot from the very beginning of the research and development road, at the beginning can only recognize some simple instructions, and imperfect, and then gradually customer service suffering, has become a complete robot system, and can recognize the language of most countries in the world, and can talk to humans, but also can move.

Their robotics products are getting better and more sophisticated.

The evolution of Boston Dynamics' robots is relatively fast, from the first ordinary robot to the current intelligent robot, which is very powerful.

The robots built by Boston Dynamics are balanced by complex sensors.

Does this kind of image make you feel a little creepy, why is Boston's kinetic robot so flexible, which is also a bionic robot? It's like a machine has been given life, and even the Tesla robot that was just released some time ago is hard to match. In the final analysis, each company has a different starting point, and Boston Dynamics' robots are committed to the application of the battlefield of the future.

Most of the other manufacturers are used for civil applications. Their robots are already capable of unimaginable guesswork, such as Atlas, a robot capable of jumping, spinning, and backflipping, and standing still after each move, like a gymnast. Boston Dynamics has created and tested many bipedal and quadruped robots over the years in order to make robots play a better role on the battlefield, the most representative of which is the LS3 Big Dog Robot of the Leg Shift Support System, which is a militarized version of the Big Dog.

This rugged robot is used to work in hot, cold, wet and all kinds of dirty environments, and in extreme combat conditions, it can maintain its balance while carrying heavy loads, allowing it to be purchased by the U.S. Army in large quantities as a squad marching weapon. "spot mini "Absorbed Boston Dynamics in development"Big dogs"with"ls3 "and install it into an all-electric four-legged robot dog. This allows it to be used for a variety of civil and industrial purposes.

Robots can be the product of advanced integration of cybernetics, mechatronics, computers, materials, and bionics. At present, it has important uses in industrial, medical and even military fields. Auspicious grip.

European and American countries believe that robots should be computer-controlled and multi-functional automatic machines that can be changed through orchestration, but Japan does not agree with this statement. The Japanese believe that "a robot is any advanced automatic machine", and this includes the kind of manipulator that needs to be operated by a human being.

Therefore, many robots in my concept are not defined by Europeans and Americans.

Now, the concept of robots in the world has gradually converged. Generally speaking, people can accept the idea that a robot is a machine that relies on its own power and control ability to achieve various functions. The United Nations Organization for Standardization has defined robots by the American Robotics Association:

A programmable and multi-functional manipulator for handling materials, parts, and tools; or specialized systems with changeable and programmable actions to perform different tasks. ”

Complex sensors.

The loss-making robot manufactured by Boston Dynamics achieves equilibrium by relifting empty miscellaneous sensors. We know that in the past few years, the biggest obstacle to the robot's progress is the robot's balance problem, and it is extremely difficult to keep the robot from falling, or even do a backflip in the air and stand.

As a leader in robot production innovation, Boston Dynamics plays a pivotal role in the development and application of robots. Not long ago, they successfully programmed a robot's complex sensor technology, which attracted the world's attention. Robot dogs, robotic arms and other applications are at the forefront of the world, robots open doors, and actively avoid obstacles.

Boston Dynamics manufactures robots that are balanced by (advanced intelligence).

Complex sensors.

With a new control algorithm buried, the Robotics Lab at the Florida Institute for Human and Machine Cognition (IHMC) in the United States has achieved anthropomorphic balancing.

<> the burystool algorithm was tested using Boston Dynamics' Atlas robot, which now allows the Atlas to smoothly walk a rough stretch of cement brick road. From **, we can see that Atlas's behavior is basically the same as that of humans: first step on it lightly to judge the bearing capacity of the ground, and then adjust the body and arms to achieve balance.

It is true that we are very optimistic about the future development of artificial intelligence, but we are limited by the current technology, and we cannot create products and things that are more satisfactory to us. <>

In our current situation, the development of the times has become an important driving force for the future, but if we human beings want to create more value to make our human society stronger, then science and technology are very important driving forces. So science and technology have also created a lot of things to a certain extent, such as the current Internet and the future of artificial intelligence, so is it optimistic about the development of artificial intelligence in the future? And where does Boston Dynamics robotics stand in the world?

First, we are indeed optimistic about the future development of artificial intelligence. First of all, the first point is that we are really optimistic about the future development of artificial intelligence, because the future development of artificial intelligence can, to a certain extent, replace us humans in some simple tasks in our daily life. To a certain extent, this can liberate our human hands and allow us to create more wealth and value, which is also the main driving force for the development of science and technology in the future.

And it can better guide us human beings to aspire to a higher level to realize the robots in science fiction movies to replace our daily work. <>

Second, Boston Dynamics robots are in a leading position in the world. In addition, Boston Dynamics robots are also in a leading position in the world, after all, their investment experience and funds, as well as scientific and technological personnel, are among the best in the entire research industry. The same is true of the results that have been created, for example, they are now able to build robotic dogs, and they are being used in some neighborhoods in the United States.

Third, the future wealth and value created will also be more. Finally, the future wealth and value will be more, and we will achieve things that we have never imagined before, and also improve human society.

AI is the general trend of future scientific and technological development, in terms of software program design, there is no substantial bottleneck in development, the only limitation is "computing power", and this limitation is very likely to get a revolutionary breakthrough after the advent of quantum computers, so I am still very optimistic about the AI industry. Boston Dynamics robots are among the best in the world, and the agility of the mechanical joints is truly breathtaking.

Personally, I am still more optimistic about the future development of artificial intelligence, Boston Dynamics robot should be in the upper reaches of the world, and the development prospects are particularly large.

I am very optimistic about this development, and I think the future is still very good. This robot is very high, and it is already surprisingly good.

I am very optimistic about the development of artificial intelligence, with the development of society, many industries will be replaced by artificial intelligence, and the level of Boston Dynamics robots is in the leading position in the world.