Математика в тестировании дискретных систем from Coursera

Математика является базой для программиста, инженера, тестировщика. Математические модели важны для понимания того, как будет работать та или иная система, цифровая схема, программа. В нашем курсе вы познакомитесь с классической моделью дискретного устройства – конечным автоматом. Вы разберетесь, поведение каких систем можно описать этой моделью. Научитесь строить проверяющие тесты. Кроме того, мы предлагаем вам услышать мнение специалистов-практиков о роли тестирования при разработке и отладке программного обеспечения. Помимо видеолекций и традиционных тестовых заданий в курсе предусмотрен тренажер, имитирующий процесс тестирования дискретной системы. Цель курса: научить слушателя извлекать математическую модель из описания дискретной системы, строить на основе этой модели полный проверяющий тест и применять его при тестировании предъявленной реализации. Требования к знаниям слушателей: знание математики в объёме средней школы (11 классов), а также базовые знания дискретной математики и информатики. Приветствуется знание основ цифровой техники. Результаты обучения: 1. Слушатель поймет, что такое тестирование и роль формальных моделей в тестировании 2. Слушатель научится применять формальные модели для описания поведения дискретных систем 3. Слушатель научится осуществлять тестирование дискретных систем и анализировать результаты

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Know what's good

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Teaches learners how to build and apply a full checking test to a discrete system

Taught by professionals who work in the field

Covers topics that provide a solid foundation for those interested in testing

Course requires learners to have basic knowledge of programming and computer science

Reviews summary

In-depth mathematics for discrete system testing

This course provides a comprehensive exploration of mathematical models used in testing discrete systems. Through video lectures, interactive exercises, and practical insights from industry experts, learners will develop a strong foundation in formal models and their application in testing. The detailed explanations and additional assignments reinforce the concepts effectively.

Concepts are explained in a comprehensible manner.

"Понятно изложен материал"

Additional assignments reinforce understanding.

"плюс дополнительные задания к каждой недели закрепляют знания"

Industry expert insights enhance learning.

"Кроме того, мы предлагаем вам услышать мнение специалистов-практиков о роли тестирования при разработке и отладке программного обеспечения."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Математика в тестировании дискретных систем with these activities:

Solve problems on discrete mathematics

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Solving problems on discrete mathematics will help you understand the concepts better and improve your problem-solving skills.

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Identify the key concepts involved in the problem.
Break down the problem into smaller, more manageable parts.
Apply the relevant mathematical principles to solve each part of the problem.
Check your solution to make sure it is correct.

Follow tutorials on finite state machines

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Following tutorials on finite state machines will help you understand how they work and how to use them to model discrete systems.

Browse courses on Finite State Machines

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Find a tutorial that is appropriate for your level of knowledge.
Follow the tutorial step-by-step.
Try to implement the concepts you learn in the tutorial on your own.

Discuss finite state machines with classmates

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Discussing finite state machines with classmates will help you understand the concepts better and identify areas where you need more practice.

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Find a classmate who is also taking the course.
Schedule a time to meet and discuss the material.
Come to the meeting prepared to discuss the concepts you have learned.

Four other activities

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Implement a finite state machine in a programming language

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Implementing a finite state machine in a programming language will help you understand how they work and how to use them to solve real-world problems.

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Choose a programming language that you are comfortable with.
Design the finite state machine for the problem you want to solve.
Implement the finite state machine in the programming language you chose.
Test your implementation to make sure it works correctly.

Attend a workshop on finite state machines

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Attending a workshop on finite state machines will help you learn more about them and how to use them to solve real-world problems.

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Find a workshop that is appropriate for your level of knowledge.
Register for the workshop.
Attend the workshop and participate in the activities.

Participate in a coding competition that involves finite state machines

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Participating in a coding competition that involves finite state machines will help you test your skills and learn from others.

Browse courses on Finite State Machines

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Find a coding competition that is appropriate for your level of knowledge.
Register for the competition.
Solve the problems in the competition.

Mentor a student who is learning about finite state machines

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Mentoring a student who is learning about finite state machines will help you solidify your own understanding of the concepts and help others learn.

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Find a student who is interested in learning about finite state machines.
Meet with the student regularly to discuss the concepts.
Answer the student's questions and help them solve problems.

Career center

Learners who complete Математика в тестировании дискретных систем will develop knowledge and skills that may be useful to these careers:

Mathematician

Mathematicians are responsible for developing and applying mathematical theories and techniques. They work in a variety of fields, and they develop solutions to complex problems. The course "Математика в тестировании дискретных систем" can be helpful for Mathematicians because it provides a foundation in mathematical models for discrete systems. This foundation can help Mathematicians to better understand how mathematical models can be used to solve problems, and it can help them to develop more effective theories and techniques.

See salaries and explore the career path for Mathematician

Software Development Engineer in Test

The primary responsibility of a Software Development Engineer in Test, or SDET, is to test software for bugs. SDETs need to be able to design and execute effective test plans, and they need to have a strong understanding of software development and testing techniques. The course "Математика в тестировании дискретных систем" can be helpful for SDETs because it provides a foundation in mathematical models for discrete systems. This foundation can help SDETs to better understand how software systems work, and it can help them to develop more effective test plans.

See salaries and explore the career path for Software Development Engineer in Test

Systems Analyst

Systems Analysts are responsible for analyzing and designing software systems. They work with users to identify requirements, and they develop and implement software solutions. The course "Математика в тестировании дискретных систем" can be helpful for Systems Analysts because it provides a foundation in mathematical models for discrete systems. This foundation can help Systems Analysts to better understand how software systems work, and it can help them to develop more effective software solutions.

See salaries and explore the career path for Systems Analyst

Quality Assurance Analyst

Quality Assurance Analysts, or QA Analysts, are responsible for ensuring that software products meet quality standards. QA Analysts work with software developers to identify and fix bugs, and they also develop and execute test plans. The course "Математика в тестировании дискретных систем" can be helpful for QA Analysts because it provides a foundation in mathematical models for discrete systems. This foundation can help QA Analysts to better understand how software systems work, and it can help them to develop more effective test plans.

See salaries and explore the career path for Quality Assurance Analyst

Software Test Engineer

Software Test Engineers are responsible for testing software for bugs. They work with software developers to identify and fix bugs, and they also develop and execute test plans. The course "Математика в тестировании дискретных систем" can be helpful for Software Test Engineers because it provides a foundation in mathematical models for discrete systems. This foundation can help Software Test Engineers to better understand how software systems work, and it can help them to develop more effective test plans.

See salaries and explore the career path for Software Test Engineer

Test Automation Engineer

Test Automation Engineers are responsible for automating software testing processes. They develop and maintain automated test scripts, and they work with software developers to identify and fix bugs. The course "Математика в тестировании дискретных систем" can be helpful for Test Automation Engineers because it provides a foundation in mathematical models for discrete systems. This foundation can help Test Automation Engineers to better understand how software systems work, and it can help them to develop more effective automated test scripts.

See salaries and explore the career path for Test Automation Engineer

Verification and Validation Engineer

Verification and Validation Engineers are responsible for ensuring that software products meet requirements. They work with software developers to identify and fix bugs, and they also develop and execute test plans. The course "Математика в тестировании дискретных систем" can be helpful for Verification and Validation Engineers because it provides a foundation in mathematical models for discrete systems. This foundation can help Verification and Validation Engineers to better understand how software systems work, and it can help them to develop more effective test plans.

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Operations Research Analyst

Operations Research Analysts are responsible for applying mathematical and analytical techniques to solve business problems. They work with businesses to improve efficiency and productivity, and they develop and implement solutions to complex problems. The course "Математика в тестировании дискретных систем" may be helpful for Operations Research Analysts because it provides a foundation in mathematical models for discrete systems. This foundation can help Operations Research Analysts to better understand how mathematical models can be used to solve business problems, and it can help them to develop more effective solutions.

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Data Scientist

Data Scientists are responsible for collecting, analyzing, and interpreting data. They use data to build models and make predictions, and they work with businesses to improve decision-making. The course "Математика в тестировании дискретных систем" may be helpful for Data Scientists because it provides a foundation in mathematical models for discrete systems. This foundation can help Data Scientists to better understand how data can be used to make predictions, and it can help them to develop more effective models.

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Software Architect

Software Architects are responsible for designing and developing software systems. They work with software developers to create software solutions that meet business needs. The course "Математика в тестировании дискретных систем" may be helpful for Software Architects because it provides a foundation in mathematical models for discrete systems. This foundation can help Software Architects to better understand how software systems work, and it can help them to design more effective software solutions.

See salaries and explore the career path for Software Architect

Statistician

Statisticians are responsible for collecting, analyzing, and interpreting data. They work in a variety of fields, and they develop solutions to complex problems. The course "Математика в тестировании дискретных систем" may be helpful for Statisticians because it provides a foundation in mathematical models for discrete systems. This foundation can help Statisticians to better understand how mathematical models can be used to analyze data, and it can help them to develop more effective statistical methods.

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Software Engineer

Software Engineers are responsible for designing, developing, and implementing software applications. They work with a variety of technologies, and they develop solutions to complex problems. The course "Математика в тестировании дискретных систем" may be helpful for Software Engineers because it provides a foundation in mathematical models for discrete systems. This foundation can help Software Engineers to better understand how software systems work, and it can help them to develop more effective software solutions.

See salaries and explore the career path for Software Engineer

Financial Analyst

Financial Analysts are responsible for analyzing financial data and making investment recommendations. They work with a variety of clients, and they develop models to predict future financial performance. The course "Математика в тестировании дискретных систем" may be helpful for Financial Analysts because it provides a foundation in mathematical models for discrete systems. This foundation can help Financial Analysts to better understand how mathematical models can be used to analyze financial data, and it can help them to develop more effective investment recommendations.

See salaries and explore the career path for Financial Analyst

Actuary

Actuaries are responsible for assessing and managing financial risk. They work with insurance companies and other financial institutions, and they develop models to predict future events. The course "Математика в тестировании дискретных систем" may be helpful for Actuaries because it provides a foundation in mathematical models for discrete systems. This foundation can help Actuaries to better understand how mathematical models can be used to assess and manage risk, and it can help them to develop more effective models.

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Computer Scientist

Computer Scientists are responsible for designing, developing, and implementing computer systems. They work with a variety of technologies, and they develop solutions to complex problems. The course "Математика в тестировании дискретных систем" may be helpful for Computer Scientists because it provides a foundation in mathematical models for discrete systems. This foundation can help Computer Scientists to better understand how computer systems work, and it can help them to develop more effective solutions.

See salaries and explore the career path for Computer Scientist

Математика в тестировании дискретных систем

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Reviews summary

In-depth mathematics for discrete system testing

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