Control System Design : Getting Started with Arduino and MATLAB
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Control System Design : Getting Started with Arduino and MATLAB
Learn control system design through practical experience using an inexpensive control experimental kit based on Arduino hardware.
Control System Design : Getting Started with Arduino and MATLAB
Artículo nº.: 167061138

Control System Design : Getting Started with Arduino and MATLAB

Artículo nº.: 167061138

AWG 132

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Learn control system design through practical experience using an inexpensive control experimental kit based on Arduino hardware.
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Lo que más destaca

Hands-on Learning
Combines practical projects with theory, enabling users to grasp control systems effectively through real-world applications using Arduino and MATLAB.
Beginner-Friendly
Tailored for beginners, this resource simplifies complex concepts, making it accessible for students and hobbyists eager to explore control systems.
Versatile Applications
Covers a wide range of applications, from robotics to automation, demonstrating how to implement control system designs in various fields using popular tools.

Detalles del producto

Learn control system design with practical experience using Arduino and MATLAB. Create your own controllers and control objects. Buy the book now at Ubuy Aruba Global Store.
  • Ideal for beginners in control system design
  • Unique approach using open source Arduino hardware
  • Provides practical experience in creating and controlling objects
  • Covers basic control theory and model-based development
  • Includes chapters on motor control, ball & beam experiments, and modern control theory
  • Comes with assembly instructions for a ball & beam kit
Package Weight4 Pound

¿Quién debería comprarlo?

Suitable For
  • Students

    Ideal for engineering and programming students looking to understand control systems through practical applications using Arduino and MATLAB.

  • Hobbyists

    Great for electronics enthusiasts wanting to explore control systems and robotics with accessible tools like Arduino and MATLAB.

  • Educators

    Useful for instructors teaching control system concepts, offering hands-on learning experiences through engaging projects and tutorials.

Not Suitable For
  • Advanced Engineers

    Not suitable for experienced professionals seeking in-depth and complex control system theories and advanced MATLAB functionalities.

DESCRIPCIÓN DEL PRODUCTO

Control System Design : Getting Started with Arduino and MATLAB

About This Item

Are you interested in learning about control system design? Look no further! The "Control System Design: Getting Started with Arduino and MATLAB" book is the perfect resource for beginners. This book offers a unique approach to learning control system design through practical experience using the popular Arduino hardware. With a low-cost experimental kit, you'll be able to create your own controlled object with electrical circuits and a mechanical structure.

You'll also have the opportunity to experience controlling it using your own controllers. Unlike most conventional theory books, this one goes beyond theory and provides hands-on learning through real experiments. Each chapter focuses on a specific topic, starting with an introduction and getting you ready for the journey ahead.

You'll then learn how to use ArduinoIO and explore motor speed and position control. But it doesn't stop there! The book also includes chapters on ball and beam experiments, modern control theory, and running on target hardware. Whether you're interested in assembly, ball and beam kits, or control system simulation, this book covers it all.

With the integration of Arduino and MATLAB, you'll gain valuable skills in programming and sensor integration. The book also includes examples, tutorials, and applications to help you apply your newfound knowledge. If you're ready to dive into the world of control system design, this book is your ticket.

Get started with Arduino and MATLAB today and unlock the potential of control system development. Upgrade your skills and be on your way to becoming a control system design pro. Start your journey now!.

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Preguntas y respuestas de los clientes

  • Pregunta: What is the primary focus of 'Control System Design: Getting Started with Arduino and MATLAB'?

    Respuesta: The primary focus of this book is to introduce readers to the principles of control system design while utilizing Arduino and MATLAB as practical tools. It combines theoretical concepts with hands-on projects that allow users to implement control algorithms in real-life scenarios. This synergy between hardware and software is pivotal for students, engineers, and hobbyists who wish to understand how controllers work in practice. For instance, readers can create projects like automatic temperature control systems, giving them a tangible experience in control system applications.
  • Pregunta: Who is the intended audience for this book?

    Respuesta: This book is tailored for beginners as well as intermediate learners interested in control systems, specifically those who are familiar with basic programming and electronics. It serves students in engineering courses and hobbyists keen on developing their skills in control systems through practical applications. For example, an engineering student may find this book helpful for coursework, while a hobbyist can utilize the hands-on approach to build personal projects, enhancing their understanding and skills in real-world applications.
  • Pregunta: How does MATLAB enhance control system design learning in this book?

    Respuesta: MATLAB is utilized in this book to provide simulation, analysis, and visualization of control systems, which enhances learning and understanding. With powerful toolboxes and functions, users can simulate how different control algorithms behave and visually interpret data. For instance, after creating a balance control model, readers can use MATLAB to visualize the system's response to different inputs, helping them grasp complex concepts easily through practical experiences.
  • Pregunta: Are there any projects included in the book for practical application?

    Respuesta: Yes, the book includes various hands-on projects that relate directly to control system design. These projects serve as practical applications of the theoretical concepts discussed in the chapters. For example, readers may work on creating a motor speed controller or designing a simple robotic system using Arduino and MATLAB. Such projects not only solidify understanding but also provide a sense of accomplishment and practical experience that is crucial for mastering control systems.
  • Pregunta: Can this book help with Arduino programming skills?

    Respuesta: Absolutely! 'Control System Design: Getting Started with Arduino and MATLAB' provides insights and guidance on Arduino programming alongside control system concepts. It walks readers through coding essential components of control systems and integrating them with hardware. This is particularly beneficial for those who might be new to Arduino, as they can learn how to write sketches that interact with sensors and actuators effectively while gaining confidence in their programming abilities.
  • Pregunta: Is prior knowledge of control systems required to understand this book?

    Respuesta: No prior knowledge of control systems is required to understand the content of this book, making it accessible for beginners. The author presents concepts progressively, starting with fundamental principles and gradually introducing more complex ideas. This approach allows readers to build their knowledge base effectively. For instance, a newbie can start from basic feedback concepts and advance to designing more sophisticated controllers, ensuring a comprehensive learning path.
  • Pregunta: What are the benefits of using Arduino in control system projects?

    Respuesta: Using Arduino in control system projects offers several benefits, such as affordability, community support, and flexibility in prototyping. Arduino's open-source nature allows users to access a plethora of libraries and example codes that can simplify the design process. For example, a user can quickly adapt motor control libraries to create a custom robotics project, significantly reducing development time and enhancing hands-on learning experiences in real control applications.
  • Pregunta: How does this book support remote learning or study groups?

    Respuesta: The book's structured format, accompanied by practical examples and clear explanations, supports both remote learning and study groups effectively. Readers can engage with peers by working through projects collaboratively, discussing concepts, and sharing their results online. For instance, a study group can tackle exercises from each chapter together via video calls, ensuring that everyone stays motivated and gains diverse insights into control system challenges and solutions.
  • Pregunta: What software versions are compatible with this book?

    Respuesta: This book is compatible with recent versions of MATLAB and Arduino IDE, ensuring that readers can utilize the latest features and tools available. It highlights specific versions for optimal performance and ease of learning. For instance, users can benefit from MATLAB's live scripts and integrated Environment, which enhance interactive learning experiences, making it easier to visualize data and results in a user-friendly manner.
  • Pregunta: Where can I buy 'Control System Design: Getting Started with Arduino and MATLAB' in Aruba?

    Respuesta: You can buy 'Control System Design: Getting Started with Arduino and MATLAB' on Ubuy. Ubuy offers a variety of options for purchasing the book, ensuring that you can easily access it along with competitive prices and convenient service. By visiting Ubuy, you can explore product availability and take advantage of their efficient online shopping platform, making it a reliable choice for acquiring the book in Aruba.

TECHSHARE Science Education Editorial Review

**** "Control System Design: Getting Started with Arduino and MATLAB" has garnered positive reception from users who appreciate its accessibility and practical approach to learning. Reviewers have highlighted the book's comprehensive yet concise presentation of complex topics, making it a valuable resource for both beginners and those with some prior knowledge in control systems and programming. Readers commend the integration of Arduino and MATLAB, emphasizing that the hands-on projects facilitate a clear understanding of theoretical concepts. The step-by-step instructions help demystify the complexities of control system design, allowing users to successfully apply their knowledge in real-world scenarios. This practical focus resonates well with the audience, who find that it significantly enhances their learning experience. Furthermore, the book's structure is praised for being organized and easy to follow, making it suitable for self-paced study. Users report that the clear explanations and examples provided in the book have boosted their confidence in working with both Arduino and MATLAB. While the overwhelming sentiment is positive, a few reviewers noted that some sections could be expanded for deeper insight into advanced topics. However, this feedback does not detract significantly from the overall effectiveness of the resource, which is seen as a crucial tool for aspiring engineers and hobbyists alike. **

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Ventajas

  • Accessible and practical approach to complex topics
  • Integration of Arduino and MATLAB enhances learning
  • Hands-on projects facilitate real-world application
  • Organized structure suitable for self-paced study
  • Boosts confidence in control system design

Desventajas

  • Some sections may benefit from more in-depth coverage of advanced topics

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AWG 132

Haz tu pedido ahora y recíbelo el Viernes, Agosto 14

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Características y beneficios

  • Control system design can be studied through practical experience
  • Uses an inexpensive control experimental kit based on Arduino hardware
  • Readers can create their own controlled object and experience controlling it
  • Learn control theory and model-based development through real experiments
  • Includes chapters on Introduction, Getting Ready, Using ArduinoIO, Motor Speed Control, Motor Position Control, Ball&Beam Experiments, Using Modern Control Theory, and Run on Target Hardware
  • Comes with an Assembly Ball & Beam Kit

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