Question about computers and math puzzles Thank you

It's just a huge amount of computation.

Is that! Because people make mistakes! Computers don't.

Students have a lot to know about the computer science they are interested in, including whether students who are not good at mathematics are still suitable for choosing computer science majors? I've compiled the relevant information, so let's take a look!

I believe that students will have different answers to this question. In fact, the relationship between the two cannot be generalized with or without one.

Computer science is a very popular major nowadays, it is very popular in today's Internet era, and the salary is also very high, and all kinds of advantages have made more and more people choose, and a considerable number of students choose it in a state that they do not fully understand.

Therefore, only by clarifying the connection between mathematics and computer science can we truly understand whether this major is suitable for me or not, and whether it is what I want.

I don't want to generalize because computer is a macro concept, just like a student's physics test, chemistry test, and math test, all of which are exams.

The computer includes many majors, such as software development, which requires students to master various programs in order to develop software, which undoubtedly tests students' mathematical ability.

Because since you choose such a major, you must have a strong logical thinking ability, in people's habitual common sense, people who are good at mathematics think logically, so it is a bit of a stick to kill, can only say that the general trend is like this.

Of course, there are many students who are interested in computers, and they are not good at mathematics, physics, English, or anything, but they also learn computers very well based on their interests.

Students will look up computer-related information, in addition to not knowing curiosity is also interested in understanding, in fact, if students really want to have some attainments in computers, they must be prepared to endure hardships.

It's hard to face the computer every day, and in contrast, girls are not so suitable for choosing majors such as software development, so you can try to choose majors such as web production.

However, students with poor mathematics have no talent in computers without replacing Jian Ran Meter, but this does not mean that people with poor mathematics will be able to learn computers well.

Before students choose a computer, they must think clearly about what they want to do in the future, and without a clear goal, it is very lacking motivation for their computer learning, I suggest that you figure out your interests and future goals, and then work hard.

Computers have solved a lot of mathematical puzzles throughout history:

1. The first generation of computers:

Turing invented the first generation of computers, known as the father of computers, and this first generation of computers helped people solve the problem of intelligence passwords at that time, so that all kinds of encrypted intelligence can be easily cracked.

2. Supercomputer:

Many mathematical proofs use the exhaustive method, which generates a large amount of data, such as the famous four-color theorem and the Erdsh difference problem, all of which use supercomputers to solve the proofs.

However, the use of computer exhaustive method for mathematical proof is still very controversial.

In June 1976, two different electronic computers at the University of Illinois in the United States spent 1,200 hours and made 10 billion judgments, and the result was that no map needed five colors, and finally proved the four-color theorem, which caused a sensation in the world.

Probably the most important mathematical problem solved by computers in history is pi and the four-shot conjecture, in that era, the computer solved the pi accurate to tens of billions of digits, so that our descendants benefited the most, the four-color conjecture is a mathematical problem that has plagued for a long time, because the creation of the computer has enabled it to be solved.

The most classic is to measure the pi of the current computer computing power, through the current computer, you can accurately calculate the pi after billions, tens of billions of digits!

The four-color conjecture of the puzzle of mathematics. This is also a very classic example of the four-color conjecture proved by a supercomputer, which is a very large project if it were done by manpower.

What I know is the "four-color conjecture" in the mathematical puzzle, and in 1976, when the computing power was still very backward, a university in the United States used two computers and spent a total of nearly two years to do the calculation. In the end, the result was successfully calculated, which can be said to be a sensational news in the world at the time.

Computers have probably solved the hardest mathematical problems for humans. Before the advent of computers, mathematicians in various countries racked their brains to calculate the maximum number of calculations up to 600. Computers have directly surpassed this number, and now they have reached 260.1 billion bits.

And corrected the mistake of mathematicians in the 500th place. Therefore, the emergence of computers has provided great convenience for human computing.

Computers can be said to have made a huge contribution to the development of mathematics in the world. One of the most prominent is to solve the four-color conjecture, the four-color conjecture was originally a problem that troubled many mathematicians, after hundreds of years without being solved, and finally by an American mathematical research group using supercomputers to prove, I have to say that computers are very important to promote the development of mathematics.

Learning computer science is also divided into several levels:

1。General operations: such as typing, drawing, etc., which does not require much knowledge, junior high school, it is completely okay;

2。Simple maintenance: change the cartridge, install the system, etc., junior high school, it is also completely OK;

3。Writing a web page: This doesn't require much knowledge, junior high school, participate in a study class, half a year is a master, at this level, you can develop into a black guest, but it depends on understanding;

4。Writing programs: It is more difficult, especially writing some programs related to professional and technical aspects;

5。Design hardware: This is even more difficult, you have to have professional knowledge of electronics, and those who have just graduated from college may not be able to do it.

It's not difficult to learn computers, it's really not difficult, and now it's a personal experience, but what is the so-called difficulty?

It's hard for you to learn a skill that can make money, so let's say I studied computer science for 9 years with a bachelor's degree in engineering, but what's the use. If you want to really work in the computer industry after graduation (the salary of the industry is really high but the pressure is high), you have to go to some training institutions outside to learn and take some Microsoft Cisco certifications and so on, but these certifications are very expensive, and the second is that the exam is not a national exam All English answer sheets So, even if you learn English well, it's not all professional English...

In short, what the school teaches you is the learning method, and the rest is self-learning, which is the routine of learning computers. Once you've learned computers, you can't stop learning

Don't even think about learning to be a hacker, now if you go to school normally, you basically can't learn anything after learning computers, and you can't learn all about theoretical development, so no one wants to find a job. You can only find a training school to train the software development of the software if you want to learn that kind of development software, so that the work can still be done. I've been studying computer science for five years, it's all about theory and it's not very useful in my work, many of us who study computer science have changed careers, I don't want you to learn this subject, there are too many people who have learned, and too few people have learned.

Not to mention hackers.