The development of humankind has led to the fact that users began to invent and master entirely new technologies. Along with them came sciences and professions that did not exist before. A striking example of this is Computer Sciences.

This is a relatively new and promising direction, which is recommended to study by programmers, developers, and everyone who is in one way or another interested in computers and IT technology. It is noteworthy that statistics can be used in everyday life.

To solve statistics problems, it is necessary to get more practical knowledge. It is critical to solve college statistics problems on various educational services more often. You can get more practice on your own by studying additional literature. This will help you to solve problems in your studies quickly. After learning the relevant literature, you will have a much better understanding of the architecture of statistics as a science.

**What is Computer Science?**

Computer Science is a promising direction of modern education, closely connected to IT technology. It represents a set of practical and theoretical data used by specialists in the creation and use of:

- information systems;
- databases;
- a variety of technologies;
- computer technology.

In computer science, statistics also includes programming. Computer science cannot do without algorithms and information structures. The field serves as one of the fundamentals. It helps to practice a variety of tasks required in the chosen specialization.

Computer science cannot do without all kinds of calculations. Everything that is associated with computers can be attributed to a greater or lesser degree to applied mathematics. A good programmer or scientist will not leave math aside. At one point, solving problems, especially in the development of complex content, the lack of sufficient knowledge will become a huge problem.

**Areas of Computer Science**

If a person has decided to study this field on their own, attend specialized courses, to master the area under consideration, it is necessary to understand what it includes. In fact, technological science consists of numerous areas. To master all at once and in full is impossible. So, you have to decide your area of expertise.

Today, Computer Science mostly involves the following options:

- programming;
- computer architecture (electronic computer machines);
- algorithms and data structures;
- mathematics for IT and computer science;
- operating systems;
- computer networks;
- databases;
- programming languages and compilers;
- distributed systems;
- graphics;
- artificial intelligence.

To briefly describe the areas of focus, they are writing software codifications, computer science, and mathematics.

**Why do we need statistics for computer scientists?**

Statistics is an exact science that is designed to measure, collect general numbers and knowledge, analyze, and monitor data on a particular phenomenon in various areas of public life. Over time, the collection of statistics developed new methods of analysis and collection of information, as well as processing. Currently,— it is an accurate complex science, with many modern methods of collecting and processing data. It is used in political and social spheres and is also a powerful tool for maintaining and developing business.

Statistics for computer scientists can be safely attributed to the number of effective tools of knowledge and control. There are many ways of accounting. Each of them can be applicable or appropriate in a specific situation. It is essential that the research is conducted by experienced professionals who know exactly what approach is needed in a given case, and can predict what numbers and values can be useful in the long run.

Statistics today play one of the key roles in the state economy. Moreover, it acts as a management tool. In this case, all data has a numerical form. Thanks to statistics, it has become easy to assess a phenomenon’s risks and magnitude and follow the dynamics. Its role in the life of modern society is invaluable.

**Ways to study and solve problems in statistics for Computer Science**

The role of statistics in computer science is similar to the role of mathematics in computer science. It is to provide an understanding of population data to analyze effectively, model, and interpret that data. Statistical modeling is helpful on two levels in computer science: quality control of computer hardware and software and pricing. First, statistics help explain the differences between lower- and higher-level computers and what computations can be handled efficiently by such machines.

The probability distribution function of a topological system is a normal distribution function. This means that the greater the number of bits in the topology, the higher the computing power and price of the machine. The lower the number of bits in the topology, the lower the computing power and price of the machine.

**Software Design**

In software development, specialists use regression techniques to design and test algorithms. It also greatly affects the price of such software. Statistics, like mathematics, is also the subject of modeling in computer science, especially for data based on populations, such as binary topologies, etc.

**Statistical products**

In computer science, you can’t do without algorithms and information structures. Modern statistics has methods for investigating data of almost any nature (not necessarily numerical). Still, all this variety usually boils down to three scales – interval, ordinal, and nominal – as reflected in most statistical products.

Statistical products allow you to calculate the basic statistical parameters of a sample:

- averages,
- frequency characteristics,
- correlations, and others.

The basic set of statistical procedures includes several essential types of analysis, the most well-known of which include cluster analysis. Six algorithms supported:

- Discriminant,
- Factor analysis,
- Principal component method,
- Correspondence analysis,
- Regression analysis,
- Variance analysis.

**Statistical calculations**

Statistical calculations as such can be carried out in four alternative ways, depending on tasks and user training:

- by manually entering commands in a special window, which serves to enter commands and display results in text form,
- by running a macro in the internal language of the system,

Selecting the desired statistical procedure from the menu or calling a special dialogue box for calculations.

**Conclusion**

The main thing to remember is that learning the computer and its principles of operation are not easy. It is a long and energy-consuming process. But if you try hard, you will succeed.