Sunday, October 29, 2023

INTRODUCTION TO ROBOT'S PYTHON

LEARN PYTHON THROUGH SERIES OF ROBOT'S ACTIVITIES

 Artificial Intelligence (AI) is the futuristic technology that promises to be amazing. In the current environment, everyone needs to learn about machine learning and artificial intelligence. In the realm of artificial intelligence (AI), a computer is comparable to a well-manicured paddy field. Therefore, managing a farming estate does not require extensive knowledge of the art of land cultivation. With the right knowledge on what to plant and how to care for it, he can become the greatest farmer. Similar to this, even if a person is not a skilled programmer, they may still use AI and ML algorithms to create computer applications provided they know what kind of software to create and are enthusiastic about computers. This could be the digital era's future vision.

Learn Python to grow yourself further in AI and ML technologies and, you will become an AI and ML enthusiast soon after you read this blog.       

Source codes will be forwarded to you based on your request.  

The Jupiter Notebook was used to create all of the codes (Python programs) in this book. Jupiter Python can be easily installed on your computer/laptop using the link attached here.

1. https://www.python.org/downloads/

2. https://jupyter.org/install

           In these programs, the input is denoted by the letter [In], and the output is indicated next to the word [Out]. For getting output, users have to hit the ‘Enter’ button. The statements starting with the ‘#’ symbol are only for demonstration purposes and do not execute during the run command.

 

All lines must be properly indented in the program. For every Chapter, more than one event/ situation/ incident is elaborated on using examples of real-world problems. In each chapter of this blog, an example event or chaotic situation is given and explained. In each case/example, we need to tell a robot how to help us through the Python language.

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CHAPTER 18 EXPLORING THERMODYNAMICS WITH PYTHON: UNDERSTANDING CARNOT'S THEOREM AND MORE

  Python is a versatile programming language that can be used to simulate and analyze various physical phenomena, including thermal physics ...