If you compare a person to a computer, some people will use the computer, and some people will not u

Updated on technology 2024-05-04
13 answers
  1. Anonymous users2024-02-09

    The CPU is the equivalent of a human brain! The hard disk is equivalent to the memory of the person, and the motherboard is equivalent to the outline of the whole person, where these organs and connections are placed! Memory is equivalent to the nerves to the brain after obtaining information, just like a road, the larger the memory, the wider the road!

    The keyboard and mouse are equivalent to the eyes and ears of the human being, which transmit information from the outside world, and the optical drive is similar! I think the graphics card and sound card correspond to the human throat, which is processed by the brain and transmits the information! The monitor and speaker are the equivalent of the mouth!

    The power supply is equivalent to the meal that people eat! Network cards are equivalent to the friendship ...... between peopleThat's all there should be.

  2. Anonymous users2024-02-08

    CPU people's IQ.

    Memory brain.

    Hard disk memory area of the brain.

    Graphics: Optic Nerve.

    Display eyes.

    Sound card auditory nerve.

    Speaker ear.

    Motherboard body.

    Keyboard, mouse, mouth, hand and other communication organs.

    Chassis The clothes worn by the person.

    Network card people's **.

  3. Anonymous users2024-02-07

    The CPU brain, the motherboard's blood veins or nervous system, the input device's eyes, hands and feet, and the output device's hands and feet and sounds.

    The hard drive is the memory nerve, and the power source is the digestive system.

  4. Anonymous users2024-02-06

    The power is blood. The CPU is the heart.

    The fan is the respiratory system.

    What the fan discharges is "urine".

    The memory is fat and thin.

    What's inside is the brain.

  5. Anonymous users2024-02-05

    Demonstrated: its.

    First, for the computer, it is the software plugged into the hardware.

    That. Second, for people, it is hardware insertion software.

  6. Anonymous users2024-02-04

    CPU heart.

    CPU fan nose.

    Memory lungs. Graphics Eye.

    Motherboard human bones.

    Optical drive input system.

    Network card Please.

    I can't help but finish the fight and give me the best! I.

  7. Anonymous users2024-02-03

    Artificial intelligence, built on top of today's computer architecture, is unlikely to replace humans.

    The reason for this is simple: the set of all the possible functions of a computer is ultimately determined by its instruction set. And this instruction set is a true subset of the set of all the ways of thinking of human swimming.

    All the instructions in a computer's instruction set embody an important way of thinking or an important creation of the human brain: such as the addition of data, sum or non-operation, storage, reading, movement, etc. The advantage of a computer compared to the human brain is that it operates much faster.

    The work it can do can theoretically be done by anyone, but some of them can take a long time to do with the human brain.

    The human brain, on the other hand, has a lot of ways of thinking that cannot be covered by computer instructions. All the operations of the computer, corresponding to the human brain, are logic and calculation. Logic and computation are certainly important functions of the human brain, and they are relatively advanced functions, but the functions of the human brain are by no means limited to logic and calculation.

    Some real innovation comes from some intuition that cannot be explained by logic, although when the whole system matures, that system can be expressed in logic. Humans are not afraid to make mistakes when it comes to innovation, and in large part it is because of this that great ideas are possible. If we push ourselves never to make mistakes, then our ability to innovate will be greatly reduced.

    The really great theories, such as the rigor of relativity and calculus, are the result of many conjectures, mistakes, and revisions. This kind of work is unthinkable on such a computer at the moment.

    From the point of view of human knowledge progress, the most important thing is to generate new concepts that are sensitive to new ideas, rather than logical reasoning on existing concepts, which is what computers can do.

    Don't assume that AI can do something that seems incredible, such as beating a top human player in Go, and think that a computer will surpass a human. Cars have long been faster than people, can they replace humans? Can we walk without our feet because the car was invented?

    If artificial intelligence is to replace humans, then artificial intelligence should at least pass the following tests: give it the knowledge that primitive people have as the initial condition, and let it construct new knowledge. If the edifice of knowledge it constructs can surpass the edifice of knowledge constructed by humans in all aspects, we can say that artificial intelligence can surpass humans.

    Therefore, no artificial intelligence based on the von Neumann machine can replace humans. To broaden the understanding of artificial intelligence to any machine that we can build in the future, I don't know if it can replace humans. But for us in modern times, nothing based on the von Neumann machine can replace human beings, which is already a strong enough conclusion.

  8. Anonymous users2024-02-02

    Computers bring a lot of convenience to life: online.

    Shopping, without leaving home; Open an online store and sell products; Online learning, comprehensive knowledge; Online dating, the end of the world.

    3. The computer makes it more convenient for everyone to adjust our office software.

    6. Many times you need to go to the bank to carry out the transfer business, but the computer facilitates the transfer business and can avoid the pain and hardship of queuing at the bank.

  9. Anonymous users2024-02-01

    Computers are the friends of man.

    Computer (computer), commonly known as computer, is a modern electronic computer machine for high-speed calculation, which can perform numerical calculations and logical calculations, and also has the function of storing and memories. It is a modern intelligent electronic device that can operate according to the program and process massive amounts of data automatically and at high speed.

    A computer that consists of a hardware system and a software system without any software installed is called bare metal. It can be divided into five categories: supercomputers, industrial control computers, network computers, personal computers, and embedded computers, and the more advanced computers include biological computers, photonic computers, quantum computers, etc.

    Key features: Fast arithmetic speed: The internal circuit of the computer is composed of high-speed leather boys to accurately complete various arithmetic operations.

    The computing speed of today's computer system has reached trillions of times per second, and the microcomputer can also reach more than 100 million times per second, which enables a large number of complex scientific families to solve the problem of noisy calculations.

    For example, the calculation of satellite orbits, the calculation of large dams, and the calculation of 24-hour weather can take years or even decades, while in modern society, it only takes a few minutes to complete with a computer.

    The above content refers to: Encyclopedia - Computer.

  10. Anonymous users2024-01-31

    BEIJING, Dec. 4 (Xinhua) -- "Many people are encouraged by the fact that the 'Alpha Dog' surpasses humans, but they are also very worried. At the sub-forum of the 4th World Internet Conference "Artificial Intelligence Makes Life Better" held this morning, Zhang Bo, an academician of the Chinese Academy of Sciences, said.

    Go is very difficult for humans, but it is not difficult for computers. Zhang said that although Go is very complex, it is developed according to very simple rules, it is completely informative, for both sides of the game, how the other party plays, how I play is transparent, there is no uncertainty, it is a certainty, and it is a single task and a single field. If these five conditions are met, the calculation is very easy to solve, and if our work meets these five conditions, it can be easily replaced by computers.

    So what are the jobs of this type?

    Zhang Bo said that this kind of work is done strictly according to the rules, just like playing Go, according to a completely certain rule, and the scene here is unchanged, completely informative, deterministic, and streamlined knowledge. If our work meets these conditions, it can be easily replaced by a machine just like playing Go.

    Of course, machines can also do dangerous jobs that are difficult for humans to do, and that's no problem. Zhang said that the work just mentioned has been replaced, and it is actually not a threat to human beings, because this kind of work is also impossible or dangerous for human beings. The tasks mentioned above are all standardized daily affairs, and this kind of work has a certain degree of repetitiveness, so most people are still unwilling to do it or are not good at doing it, so this kind of substitution is still welcome for human beings.

  11. Anonymous users2024-01-30

    It depends on what kind of substitution you are talking about.

  12. Anonymous users2024-01-29

    Quite simply, only one of the three propositions is true. (2) Some people can't use imitation computing and shouting machines, and (3) the director can't use computers. Both are necessarily false.

    Otherwise, both are true. Therefore, 2 people will not use the judgment field computer, which is a lie, so A12 people will use it.

  13. Anonymous users2024-01-28

    If you compare it with pure mathematical computing ability, human attainment is much worse than that of a computer, such as the factorial of 1000, which can be completed in less than half a second with an ordinary home computer, and the result is definitely correct; If you have to calculate the factorial of 1000 in one month, I am afraid that it will not be able to be completed in 1 month, and even if it is completed, the calculation result is basically impossible to be correct.

    The human brain can directly process a lot of analog signals and imitation vertical signs, and the human brain has a real sense of "intelligence", which is currently impossible for all computers to do.

    The figure below shows the factorial result of 1000 calculated by the computer, and you can see why people are not counting ...... wrong by looking at this number(PS: This result is expressed in scientific notation, which is about 2567 power multiplied by 10).

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