Results 271 to 280 of about 9,967 (308)
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International Journal of Science, Strategic Management and Technology
This paper details the design, development, and evaluation of an autonomous line-following robot using an Arduino Uno microcontroller. The robot navigates a predefined path marked by a line, employing infrared (IR) sensors for detection and a Proportional-Integral-Derivative (PID) control algorithm for motor control.
Siddhi Ashtikar +4 more
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This paper details the design, development, and evaluation of an autonomous line-following robot using an Arduino Uno microcontroller. The robot navigates a predefined path marked by a line, employing infrared (IR) sensors for detection and a Proportional-Integral-Derivative (PID) control algorithm for motor control.
Siddhi Ashtikar +4 more
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2010
A smart robot can detect its surroundings and make decisions based on its findings; a smart robot is a winning robot. One of the ways to make your robot smart is by giving it the ability to receive input from the game field. Using a light sensor on your MINDSTORMS robot is a great place to start when adding some intelligence. I have found that many new
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A smart robot can detect its surroundings and make decisions based on its findings; a smart robot is a winning robot. One of the ways to make your robot smart is by giving it the ability to receive input from the game field. Using a light sensor on your MINDSTORMS robot is a great place to start when adding some intelligence. I have found that many new
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2002
Sandwich, the robot featured in this book, is a robot that follows lines (see Figure 6-1). It’s a rewarding project, because you can quickly lay out different courses, obstacles, and tunnels, and your robot immediately entertains you without any reprogramming. Open image in new window Figure 6-1.
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Sandwich, the robot featured in this book, is a robot that follows lines (see Figure 6-1). It’s a rewarding project, because you can quickly lay out different courses, obstacles, and tunnels, and your robot immediately entertains you without any reprogramming. Open image in new window Figure 6-1.
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2018
This chapter (along with Chapters 1 and 3) introduces the kōlam, a women’s ritual art tradition in Tamil Nadu, and outlines the author’s field research in India. The author found sacred marks not only on the thresholds of homes, businesses, and temples, but also on the foreheads of elephants and on pots and pans.
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This chapter (along with Chapters 1 and 3) introduces the kōlam, a women’s ritual art tradition in Tamil Nadu, and outlines the author’s field research in India. The author found sacred marks not only on the thresholds of homes, businesses, and temples, but also on the foreheads of elephants and on pots and pans.
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2002
This chapter begins with last-minute checks followed by a qualifying run of your line-following robot. I provide you with simple tests for diagnosing and solving likely problems, and data to compare your robot to mine. The chapter concludes with line course ideas and potential robot enhancements.
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This chapter begins with last-minute checks followed by a qualifying run of your line-following robot. I provide you with simple tests for diagnosing and solving likely problems, and data to compare your robot to mine. The chapter concludes with line course ideas and potential robot enhancements.
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Line Estimation for a Line-Following Mobile Robot
2019WOS ...
Yufka, Alpaslan, Aybar, Aydın
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