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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.
HAT GSM / GPRS extension module for Raspberry Pi computers in versions 2 and +. The module is based on the SIM800 quad band SIM800. The set includes an antenna
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The module enables the replacement of a mechanical potentiometer with an electronic one, has an SPI interface and a built-in MCP4151 circuit. MOD-49
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The EEPROM memory module with the built-in AT24C32D chip allows storing data without loss after switching off the power supply. MOD 50
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The module enables the visual detection of the surface color, has a built-in RGB color sensor, photodiode KPS-5130. MOD-52
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The controller can control two brush motors, communicating with the master system using USB, TTL serial interface, analog signals, as well as signals from the RC apparatus. The current capacity of 15 A / channel allows you to control high-power motors. Pololu 2395
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The digital-to-analogue module (DAC) allows you to generate an analog signal, it has a built-in MCP4725 chip. MOD-53
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The ADC module allows you to measure the voltage and provide the result in digital form, it has a built-in 4-channel ADS1015 transmitter. Modally MOD-55
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The ADC module allows voltage measurement and output in digital form, it has a built-in 4-channel ADS1115 converter. MOD 56
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The DC motor driver module makes it possible to control the speed and the direction of rotation using the PWM signal, it has a built-in DRV8835 system. MOD-57
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The DC motor driver enables control of speed and direction of rotation, it has a built-in DRV8830 system. MOD 58
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ADC analog-to-digital converter module allows voltage measurement and digital output, has built-in MCP3208 chip. MOD 59
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The module enables wireless communication using Bluetooth technology in version 2.1. It has a built-in RN-42 chip with UART interface. MOD 60
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The module enables wireless communication using Bluetooth\'s Low Energy version 4.0. or Bluetooth BR / EDR, it has a built-in BM77SPPS3MC2 chip with a UART interface. MOD-62
No product available!
The module allows measuring the magnetic field in three XYZ planes, equipped with an HMC5883L sensor with an I2C interface. MOD-63
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The Explore magnetometer allows you to measure the magnetic field in three planes XYZ, equipped with a digital MAG3110 sensor. MOD 64
No product available!
Module for measuring position changes in space using a built-in sensor with 9 degrees of freedom, equipped with an LSM9DS0 system with a 3-axis accelerometer, a 3-axis gyroscope and a 3-axis magnetometer. MOD 65
No product available!
Lentin Joseph