CC BY
2
НАУЧНЫЙ ЖУРНАЛ «CETERIS PARIBUS»
ISSN (p) 2411-717X / ISSN (e) 2712-9470
№4 / 2024
Malikgulyyeva Dursun
Master's student of Pedagogical education (Methodology of teaching natural and exact sciences) Oguz Han Engineering and Technology University of Turkmenistan
Bayramova Abadan Master's student of Pedagogical education (Methodology of teaching natural and exact sciences) Oguz Han Engineering and Technology University of Turkmenistan
Begmyradova Aynagozel Master's student of Pedagogical education (Methodology of teaching natural and exact sciences) Oguz Han Engineering and Technology University of Turkmenistan
Ashgabat, Turkmenistan
THE IMPORTANCE OF EXPLAINING PROBLEM-SOLVING SKILLS IN COMPUTER PROGRAMMING FIELD
Abstract
Computer programming is often viewed as the act of translating human thought into lines of code. While the ability to write code is undeniably important, it's the problem-solving process that lies at the heart of successful programming. Efficient problem-solving is the art that separates a coder from a programmer, for it allows the creation of elegant, well-structured solutions.
Key words:
computer programming, problem-solving, learning process, well-structured, solution
Introduction
This art form begins with a deep understanding of the problem. Just like an artist wouldn't start painting without a clear vision, a programmer shouldn't embark on coding without fully grasping the task at hand. This involves asking clarifying questions, identifying constraints, and ensuring all aspects of the problem are well-defined. A clearly defined problem is half the battle won. Once the problem is understood, the programmer delves into the design phase. This is where the creativity and ingenuity come into play. The programmer acts as an architect, meticulously crafting an algorithm, a step-by-step solution that breaks down the problem into manageable pieces. There might be multiple approaches, and choosing the most efficient one is a crucial step. Factors like time complexity and memory usage all come into play during this critical stage. With a solid plan in place, the programmer can finally translate the algorithm into code. This is where the chosen programming language becomes the artist's brush. The focus here is on writing clean, well-commented code that is not only functional but also readable and maintainable. This ensures not only that the program works as intended but also that it can be easily understood and modified in the future, by the programmer themself or by others. The artistic journey doesn't end with writing the code. Testing and debugging are essential steps in the process. Here, the programmer acts as a critic, meticulously examining the code for errors and ensuring it produces the desired results under various conditions. This iterative process of testing, debugging, and refining is what polishes the code, transforming it from a rough sketch into a masterpiece of functionality. The art of problem-solving in computer programming is a continuous journey of learning and refinement. Programmers who excel at this art are not just coders, they are architects, designers, and detectives. They possess the ability to break down complex challenges, devise elegant solutions, and translate them into clear and efficient code. As they tackle new problems, their skills evolve, allowing them to create increasingly sophisticated and impactful programs.
АКАДЕМИЧЕСКОЕ ИЗДАТЕЛЬСТВО «НАУЧНАЯ АРТЕЛЬ»
In conclusion
The ability to solve problems effectively is the cornerstone of successful programming. It's a process that requires a blend of logic, creativity, and meticulous attention to detail. By mastering this art form, programmers not only write code, they create solutions that have the power to shape our world. Informatics is the study of the structure, behaviour, and interactions of natural and engineered computational systems. Informatics studies the representation, processing, and communication of information in natural and engineered systems. It has computational, cognitive and social aspects. References:
1. https://en.m.wikipedia.org/wiki/Reference_(computer_science)#cite_ref-Sherman_1-1
2. "Reference (Java Platform SE 7)". docs.oracle.com. Retrieved 10 May 2022
3. Ahttps://en.m.wikipedia.org/wiki/Reference_(computer_science)#cite_ref-4
4. Pointer Fun With Binky Introduction to pointers in a 3-minute educational video - Stanford Computer Science Education Library
5. Using Type Hierarchies for the Specification, Implementation, and Selection of Abstract Data Types. Springer Science & Business Media. p. 175. ISBN 978-3-54
© Malikgulyyeva D., Bayramova A., Begmyradova A., 2024
Аннаева А.Р.,
Преподаватель
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г. Ашхабад. Туркменистан
ИННОВАЦИОННЫЕ ПОДХОДЫ К КИБЕРБЕЗОПАСНОСТИ: ОБЗОР И АНАЛИЗ
Аннотация
В данной статье рассматриваются инновационные подходы к обеспечению кибербезопасности в контексте современных компьютерных технологий. Проанализированы различные методы и технологии, применяемые для защиты информации и сетевых ресурсов от киберугроз.
Ключевые слова:
кибербезопасность, инновации, компьютерные технологии, защита информации, киберугрозы. Введение
В современном информационном обществе безопасность данных и информационных систем
