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![MM - ISBN 978-83-283-2346-9 MM - ISBN 978-83-283-2346-9](https://kamami.pl/28122-large_default/learning-robotics-with-python.jpg)
Original title: Learning Robotics using Python
Translation: Radosław Meryk
ISBN: 978-83-283-2345-2
Release date: 2016-05-13
Format: 170x230
Robots are entering various areas of our lives, so robotics are becoming more and more important. Learning about robots, their building and programming is a rather complex but fascinating field. Its mastery requires effort, but to design an easy-to-use interface, all you need to do is use several utility programs and the Python language. In this way, you can design the behavior of the robot, determine how it will go to the target, respond to the signals of the surrounding world, or make him wait for instructions.
With this book you can learn how to use the Python language and several popular frameworks used in robotics, such as the ROS system , to build autonomous mobile robots. Other programming frameworks are discussed, including those for Python. To simultaneously demonstrate the practical use of the material presented, a step-by-step process of building a robot-serving ChefBot is discussed, which, for example, can serve meals at home, in a hotel or restaurant.
This book presents:
See how fascinating robot programming is!
Lentin Joseph - electronics engineer, robotics enthusiast and expert in the field of embedded systems. Particularly interested in robotics, image processing and the use of Python in robot programming. He is also an expert on many robot software platforms, such as the ROS (Robot Operating system), V-REP and Actin. He is fluent in image processing libraries, including OpenCV, OpenNI and PCL. He also specializes in the field of 3D design and programming of embedded systems on Arduino and Launchpad Stellaris platforms. He is the owner of Qbotics Labs dealing in the development of robotics and its applications in many areas.
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Signal capture probes adapted to smart objects with non-standard form factors
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Assembled LED lighting controller controlled by any remote control. AVT3133 C
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4x20 display with LED backlight (WHITE) NEGATIVE BLUE, 98x60 mm, CYRILT; 12 O'CLOCK; extended range. temperature, backlight current I = 60mA (U = 5V)
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Wheels fit 2 mm diameter output shafts such as the ones on our sub-micro plastic planetary gearmotors. Pololu - 2356
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Needle bending needle, for precise glue application, Flux 0.686mm internal diameter and 1,067mm outside diameter
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The Multi-Touch Display Shield is a gorgeous 2.8“ touchscreen display with a powerful on-board microcontroller that performs graphics processing tasks. The display is a capacitive touchscreen with QVGA resolution (320×240) and 2 finger multi-touch support. Digilent 410-317
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120:1 Plastic Gearmotor Offset OutputPlastic gear motor 120:1, operating voltage 6 V, current consumption from 0.07 A to 0.8 A, speed 85 RPM and maximum torque of 5.4 kg*cm. Pololu 1119
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Lentin Joseph