AI and IoT-Based Intelligent Automation in Robotics. Группа авторов

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      ^*Corresponding author: [email protected]

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      Robotics, AI and IoT in the Defense Sector

       Rajiv Kumar Modanval, S. Rakesh Kumar*, N. Gayathri and Sandeep Kr. Sharma

       School of Computing Science and Engineering, Galgotias University, Uttar Pradesh, India

       Abstract

      As the world grows and advances, so too does technology. Rapid tech advancements have paved lots of pathways that have given us various types of applications for robotic processes. In this chapter, some of the most common robots used for the defense sector will be described; also proposed are some robots for creating helping hands for our armies along with more modernized and effective robots that further advance our defense systems via some of the most trending technologies like IoT and AI. The defense sector is one of the most crucial elements of any country in which they invest the most. According to data, India invests around $40 billion on its army and defense systems. But nowadays, with the availability of such modern and advanced technologies, the overall expenditure can be minimized. Robots can perform far better than humans as they can provide untired service to the nation with little investment and less maintenance. Robots are useful in doing repetitive task like walking at a border to secure it. Artificial intelligence is used to make robots capable of understanding the situation and react according to it. The internet of things plays a big role in connecting the robots so they can share data with each other and perform their task sefficiently. Robots also ensure zero life loss and high security at a very low cost.

      Keywords: Artificial intelligence (AI), internet of things (IoT), robotics, automation, robots, machine learning

3.1 Introduction

      According to Sun Tzu, a Chinese general, military strategist, writer and philosopher who lived in the Eastern Zhou period of ancient China, “The supreme art of war is to subdue the enemy without fighting.”

      Robotics is a rapidly growing field of technology with potentially significant applications in the defense sector which can play a significant role in warfare. Nowadays, the United States of America using drones to target enemies in countries like Afghanistan and Pakistan is the best example of the use of robotics in warfare [10]. The United States Department of Defense and countries like China, Russia, and India are developing robots for a wide range of military operations. Artificial intelligence gives robots the ability to make a decision on what to do, how to react, etc. The IoT ensures better connectivity between robots to perform tasks effectively. The combination of AI, IoT and robotics helps to make robots or automatic weapons which can destroy the enemy within a second without losing a single life from our side. To understand the role of AI in robotics first we have to understand the difference between an autonomous system and an automated system. Automated systems are based on computer reasoning that uses clear if–then rules, which are rule-based and return a fixed output for each input. An autonomous system will not return a fixed output for each input, it collects the data through sensors, analyzes the situation, and then takes the decision on action. Its action can vary from situation by situation. All autonomous systems that interact with the world will construct a database which stores arange of behaviors and continuously maintains it.

3.2 How Robotics Plays an Important Role in the Defense Sector

      Humans are always searching for new kinds of weapons for warfare. They have always made weapons based on the current technology, availability of resources, etc. Humans made their first weapon, called a spear, in 400,000 BC in a part of Germany between 40,000 to 25,000 BC and they developed a flexible dot in Northern Africa which can kill a deer in a 40-meter range. Arrows and bows were developed in 20000 BC, with some believing they were developed much earlier, pointing to a 60000 BC old stone that may or may not have an arrowhead.

By 1000 BC, swords were entwined with Celtic folklore and custom in Britain, mirroring their significance in the public arena. The first rocket, known as “fire arrow,” was developed in China between 800 to 1300 AD [13]. As the technology grew, humans invented many weapons like guns, tanks, missiles, nuclear bombs, and hydrogen bombs. Robotics is being used to eliminate human interaction in warfare, with many countries currently working on this and some countries also working on innovating new weapons [17].

Figure 3.1 shows the journey of weapons, from spears to nuclear bombs. The journey of exploring new ways of developing new weapons is currently continuing in the United State of America with the use of drones to target terrorist bases in foreign countries like Iran and Pakistan. Their use got a tremendous response, successfully killing terrorists without losing a single life [11]. Robotics can be the best replacement for armed forces in warfare, which eliminates the risk of losing human life. Many countries like the USA, China, Russia, and India are developing robots for warfare. This is a new type of warfare based on technology and utilization of available resources.

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