Computer Knowledge

The computer shook greatly from the beginning. The first computer is used for simple activities such as saving records. Now, computers have acquired many new uses. Computers are used in companies, schools, homes, and many other places. Computer education helps job seekers get better jobs and many other benefits. There are various ways to use the computer, but the sure thing is that the need to educate people about how to use computers is dramatically increasing.

Early in the 20th century people started thinking about making computers as rich as knowledgeable as human beings. Given the mechanism of digital computers, it is much easier (and more intuitive) to express the world with entities (symbols) and their relationships. For example, x is a symbol of a dog, y is a symbol of an animal, and a dog can be easily encoded as animal knowledge in a computer program. A huge 10-year project is defined as building an AI system using US taxes in this way and making the ROI very low.

In order to write a computer program, you need to learn how to encode natural language into symbols understandable by a computer. This usually requires knowledge of complex computer architecture and syntax of the selected computer language. If you want your computer to understand your true abstraction, you have to learn how to code

The Wolfram language is accurate. Everything in it is defined as the extent that the computer can explicitly use it. But its uniqueness in computer languages ​​is that it is based on knowledge. It is based on the language for understanding the real world as much as possible, not just the language that describes the low level operation of the computer. In other words, this language includes not only strings like 7 and "abc" but also structures like the US, the consumer price index, and the elephant. This is exactly what we need to discuss the various things that appear in legal contracts and human rights law.

A big topic is that the Wolfram language can be computed based not only on abstract calculations but also on real world knowledge. The Wolfram language covers a wide range of fields from traditional STEM fields to art, history, music, sports, literature, geography. Children often like to do things using maps. So how is history? How is the Wolfram language related? In fact, it is full of historical knowledge. A state (depicting the growth and decline of the Roman Empire), or a movie (compared to a movie poster over time), or for example on words. Just as we compared the use of "horses" and "cars" for the last 300 years,