Tsinghua University Computer Network Tutorial Learning Order 100

rar|Principles of signal processing. rar|Microcomputer technology. rar|Digital system design automation.

rar|Numerical analysis. zip|Database systems and applications. rar|Introduction to Database Systems.

rar|Data structure. rar|Data Structures (C Version) Software Engineering Graduate equivalent. rar|Software.

rar|Principles of Artificial Intelligence. rar|Introduction to Artificial Intelligence. rar <>

Hehe, I went down the year before last.

I found that I couldn't understand it at all for more than half a month, and I regretted it.

Microcomputer technology.

Introduction to Database Systems.

Database systems and applications.

Assembly language. Discrete mathematics.

Combinatorics. This is the foundation, and I admire it when I can understand half of it.

How to arrange this, you should follow the simple to complex, like so many subjects, it is still relatively difficult to master for a while, first learn what you need to use the most, the most like to use.

To learn a computer, you must first learn from the basics, everything must start from the basics, computers are no exception, first learn the basics of computers, you can understand part of the books, my personal recommendation is to learn the basic books of computers, then the books of the network, and then some books of mathematics, preferably programming (the database is also a kind of programming books).

Let's take a look at the curriculum of computer science majors at the top universities, so let's compare it scientifically.

For example, Tsinghua University, Beihang University, etc.

Find a bad Internet café and work for three months, and you know everything you need to know.

It is recommended to learn well, know-it-all will not do technology, there is only one way to do technology, rush forward, otherwise you still can't do technology, you can only do coordination, sales and so on.

It's good to learn any language to a certain extent, but if you know a lot of things, you're not proficient, :-

Entering the university, the freshman begins to learn the most basic word, excel, ppt software operations and related skills, this can be taken computer level 1 certificate, and then begin to learn computer programming, including VB (engineering), VF (liberal arts), C++ (computer, electrical major) Note: different majors study the corresponding courses, computer programming can be taken after the computer level 2 certificate, if not computer major to learn this level is enough, If you are a computer major, then you will have your own computer professional courses, basically to graduate from the senior year you need to take the computer level 4 certificate, if you want to study by yourself, word, excel, ppt, these you can find a school textbook, according to the above operation exercises, this is very simple, you must remember to practice more, the computer exam is a computer exam, more practice, the exam is very simple, computer programming self-study is relatively difficult, because the programming language has certain rules, your own exploration is time-consuming and laborious, the effect is not necessarily good, You can find relevant teaching on the Internet**, it is recommended that it is best to listen to the teacher's lectures and follow the operation, otherwise it is not easy to master, I wish you a smooth study.

Now it can also be said that in a society where "one skill is in hand, the world can go", the most important thing is to choose a professional and technical study with good employment and large development space. Learning IT technology can be said to be the best choice for middle school students now, and the rapid development of the IT industry has made a shortage of software talents.

You can go to a specialized computer school.

Let me tell you about the order of the courses offered in my school's computer science major:

Freshman Introduction to Computing, C Language (including C Language Course Design), Object-Oriented Programming (C) Circuits.

Year 2 Fundamentals of Analog Electronics, Fundamentals of Digital Electronics, Data Structures, Discrete Structures, Principles of Computer Composition, Year 3 Assembly Language Programming, Computational Methods, Operating Systems, Database Principles, Computer Graphics, Computer Networks (Bilingual), Software Engineering, Principles of Compilation, Algorithm Design and Analysis.

Senior year: Multi-technical foundation.

The following are the limited courses to be taken after the third year of different training directions:

Computer Software: Object-Oriented Analysis and Design, UML Software Modeling, Software Testing, Software Architecture.

Computer Applications: Computer Graphics, Digital Signal Processing, Digital Image Processing.

Network Engineering: Network Engineering, Computer Network Security Technology, Network Programming.

There are several subjects that can be done at the same time.

There is also the basic part that can be learned after the later ones are easy to learn.

For example, you have to learn b first, f e d g (these subjects can be comprehensive), other ach need to be studied in depth, and you can find some professional tutorials and materials on the Internet, it is useless to just read books, especially for exams to learn some basic applications, the database can be focused on learning, and it can be used in the future.

It's all basic, in no order.