SMD Blockly is a visual programming tool by Acrome that lets users control motors and motion devices without writing code. Built on drag-and-drop blocks, it simplifies complex motion control tasks for beginners, educators, and professionals. With features like error-free logic, real-time execution, and open-source flexibility, SMD Blockly makes motion control fast, intuitive, and accessible.
In this project, we investigate the application of PID control and Q-learning algorithms to the Ball Balancing Table (BBT) in order to solve a maze. An open-source tool called the BBT makes it possible to experiment with control systems directly. The device can guide a ball through a maze by adjusting the tilt of the table, imparting important knowledge about reinforcement learning, control theory, and feedback systems. The table's orientation is adjusted by using a PID controller in response to real-time feedback from the ball's position. A matrix of 0s and 1s with open paths and walls, respectively, is used to depict the maze. The system associates movements with the Q-learning reinforcement learning algorithm to learn how to move the ball through the maze.
This article explores the significance of AI object tracking and highlights the potential of an open-source mobile robot project using MobileNet-SSD library and ACROME SMD products. The integration of AI and SMD products exemplifies the revolutionary impact of AI-supported object tracking in robotics.
This article provides information on building a 4-DoF robotic arm in a do-it-yourself fashion. The bill of materials information and links to CAD files of the linkage and mounting parts are given. The article recommends using Smart Motion Devices for controlling the actuators, as this will make things easier and cleaner in cabling.
Blog document explains a sample project of for synchronizing 2 different DC motor types of Linear Motors, brushed DC motors using ACROME's SMD products. Source code, 3D print files and Bill of Materials of the project is provided along with the possible real-life application examples.
The Ball Balancing Table is described as a versatile platform with various software options, allowing users to experiment with different control strategies. Bode diagrams are highlighted for their role in observing system stability, assessing performance, designing controllers, and troubleshooting. The document emphasizes the practical applications of these tools in real-world scenarios, bridging the gap between theoretical concepts and practical applications in control systems engineering.
Explore the differences and applications of shake tables and Stewart platforms, as well as their unique advantages in motion control and simulation for various industries. Learn how Stewart platforms can be used as an alternative to shake tables in certain applications.
Explore how Prof. Claudia Yaşar utilizes Acrome products in her teaching approach to enhance hands-on engineering learning experiences and prepare students for real-world success.
Discover the world of actuators with our comprehensive guide, actuators are categorized based on motion range and energy source, their applications in various industries, and advantages and disadvantages. Boost your understanding of actuators world!
This blog will focus on the importance of ABET accreditation and discuss the role of laboratory experiment systems in the accreditation process.
Control engineering is a branch of mechanical, electrical, and software engineering that deals with the design and application of control systems. The control engineering department has bachelor's programs (generally 4-year education) as well as master's and Ph.D. programs as well. As an engineering discipline, the graduates are titled as Control Engineers.
Mechatronics, also called mechatronics engineering, which literally means "technology combining electronics and mechanical engineering" , is an interdisciplinary branch of engineering that focuses on the integration of mechanical, electronic and electrical engineering systems, and also includes a combination of robotics, electronics, computer science, telecommunications, systems, control, and product engineering.
Robotics labs are significant in educational settings primarily. Because of their impact on improving the exposure that fields like technology and engineering receive in school curricula. Second, robotics labs are significant in that they offer concrete and tangible experiences to students of all ages.
A control lab is a fundamental hands-on experiment lab required for most engineering departments. Whether you are planning to purchase a new control lab equipment or to start a new control / mechatronics lab; there are 2 important topics that you will need to focus on for every purchase.
We talk about and highlight the importance of reporting and assessment in laboratories. We discuss why reporting is important and how it contributes to science and related education in addition to the link between remote labs and reporting. Take a look at our article!
In this article, we discuss the importance and place of repeatable experiments in science in addition to their numerous contributions to every part of our lives.
In this post, we are exploring the importance of an innovation in education. Remote labs have long existed, but they have just captured the public's attention due to the impact the pandemic has on education.
In this blog episode we'll be sharing information about Stewart Platforms (aka Hexapods) and their usages in real life and various industries.
Control Systems in Nature and Human. Control Systems in Social Life and Information and Control Theory.
It is well known that the kids question a lot how the things are shaped and interact with each other. Curiosity has its own reason for existing.
Getting engineering courses can be seen like learning how to drive; you can study the highway code (or learn the theory) for years, but nothing can prepare you for the real thing, which is getting behind the wheel and hitting the open road.
