Abstract:
Unmanned Aerial Vehicles (UAVs) are one of the important types of aircraft, which are controlled by a remote controller or pre-programmed method. Defence organisations uses unmanned vehicles to establish system safety, security, efficiency, and interoperability. The unmanned aerial vehicle (UAV) for a decade has been a focus point for the countries which need high security. The monstrous growth and evolution of unmanned technologies as defence ministries worldwide continue to adopt and adapt unmanned aerial vehicle (UAV) for a various missions. Unmanned aerial vehicles and systems continue to evolve in experience and problem, stimulating the defence organisations to increasingly abandon use of the term "drone"-which
…show more content…
To do 24*7 patrolling in borders.
Introduction:
Unmanned aerial vehicle (UAV) are one of the important types of aircraft.They are unmanned and operated by Remote Controller(RC).Artificial intelligence(AI) is the simulation of Human intelligence process by machines especially computer systems our profit is based on the integrating AI in the UAV for defence which is useful for Border surveillance near the LoC. By this project defence officers will get benefited our security will be strengthen.
AIRTIFICIAL INTELLIGENCE:
Artificial intelligence(AI) is computer coding which is simulation similar to human intelligence processed by machines, especially by computer systems.In field of computer science AI research is defined as the study of “intelligent agents”:any device that perceives its environment and takes actions the maximise its change of success at some goal. Knowledge engineering is a core of AI research. Machine can think like humans and react like and work like us if they necessary information about related to the world and past knowledge about world. Machine learning is similar to the artificial intelligence.Learning without any kind of supervision requires an ability to identify the system as inputs, whereas learning with adequate supervision involves classification and numerical regressions.The idea of AI is got enlighten in the workshop held at Dartmouth college in 1956. Attendees Allen Newell, Herbert Simon,John
…show more content…
The modern uses of AI in military are not limited to the battlefields though it is not small part of military. For example: One field of study is to automat a vehicle in long distance way across many land shapes difficulties. The other study that been expected not to be completed before 25years is to build a robot soldier that can identify enemies from friends or bystanders. This robot soldier that can identify or differentiate between a bystander and enemy.This robot soldier should be able to make decisions, follow orders, kill targets and accomplish missions successfully.It will be able to make decisions, follow orders, kill targets and accomplish missions successfully. It will not be used till they sure that it can do so. The military gets a lot of benefits from AI machines. They can help reducing the risk of life loss in wars. They can be more efficient than regular soldiers.Also, they are in less cost comparing to human’s
For Joint Force 2025, this rapid progress means that “technology evolution also includes the application of more capable advancements in smaller, more complex, integrated systems. Nano robotics, “smart dust”, and swarming Unmanned Aerial Vehicles (UAVs) are all part of this evolving category.” Rapid improvement of information technology empowers our adversaries and non-state actors and threatens traditional U.S. technological superiority. Deputy Secretary of Defense Robert Work noted that “our forces face the very real possibility of arriving in a future combat theater and finding themselves facing an arsenal of advanced, disruptive technologies that could turn our previous technological advantage on its head.” Potential disadvantages of attempted development of optimal technologies include the fact that the services may choose incorrectly and pursue technologies and ideas that do not develop in productive ways.
In the two years following the Costa Concordia cruise ship disaster, the small VideoRay Pro-4 ROV logged over 45,000 underwater hours (Lorenzi, 2014a). At just 13 pounds and 12-inches long, the tethered Pro 4 was able to penetrate into small, confined underwater spaces to help locate survivors and disaster victims (Lorenzi, 2014a). What proprioceptive and exteroceptive sensors does your selected system have that are specifically designed for the maritime environment?
Are drones the best option for overseas warfare? Are you concerned with your safety from foreign threats? If you are like me you frequently have concerns about the safety of our country. To keep this country safe sometimes we have to take the necessary precautions to make sure that happens. In Daniel Byman 's article "Why Drones Work" he presents some major points about why our military should continue the use of drones in overseas military operations and why they are effective at what they do.
Perhaps the single most significant new military technology is remotely controlled drones. Military drones have uprooted the traditional ideas of what war was thought to be and have planted the seeds of a new era of warfare. Much like the advent of gunpowder or the iron ship, drones signal a turning point in the way wars are fought. While this method of war does have negative aspects, they are vastly outweighed by the benefits. The use of military drones, while easy to exploit, is beneficial and likely the most useful new technology in use by the U.S. military today.
In his essay “Minds, Brains, and Programs”, John R. Searle argues that a computer is incapable of thinking, and that it can only be used as a tool to aid human beings or can simulate human thinking, which he refers to as the theory of weak AI (artificial intelligence). He opposes the theory of strong AI, which states that the computer is a mind and can function similarly to a human brain – that it can reason, understand, and be in different cognitive states. Searle does not believe a computer can think because human beings have programmed all the functions it is able to perform, and that computers can only compute (transform) the information it is given (351ab¶1). Searle clarifies the meaning of understanding as he uses it by saying that an
Based upon the analysis, Parnas’ article is geared more towards people involved in the field of Artificial Intelligence where Eldridge’s article is geared towards people who are not necessarily knowledgeable about Artificial Intelligence yet are interested to learn more about the topic. Throughout the article, Parnas maintains the skeptical attitude towards Artificial Intelligence, literally ending with “Devices that use heuristics to create the illusion of Intelligence present a risk we should not accept” (Parnas, 6). Eldridge on the other hand, maintains a positive attitude throughout the article despite the shortcomings of AI. Together, both authors provide compelling arguments for and against Artificial
Hector Garcia Professor Sullivan English 102 2 November 2015 Artificial Intelligence: Annotated Bibliography Wallace, Brian. " The Economic Impact of Artificial Intelligence [INFOGRAPHIC]. " Social Media Today. Social Media Today, 21 May 2013.
— Bill Gates Bottom Line Artificial intelligence was once a sci-fi movie plot but it is now happening in real life. Humans will need to find a way to adapt to these breakthrough technologies just as we have done in the past with other technological advancement. The workforce will be affected in ways difficult to imagine as for the first time in our history a machine will be able to think and in many cases much more precisely than
“Some people call this artificial intelligence, but the reality is this technology will enhance us. So instead of artificial intelligence, I think we’ll augment our intelligence” (Rometly, G.). Artificial intelligence are high-tech machines and computer systems that obtain the ability to learn human intelligence and characteristics with the imperfect data or information that people feed the computers and machines. When artificial intelligence is thought of, individuals immediately conclude that the definition of artificial intelligence are robots with human characteristics as well as other computers far more technical than ordinary everyday computers. This definition is not necessary wrong, but it is not correct either.
Artificial Intelligence is the field within computer science to explain some aspects of the human thinking. It includes aspects of intelligence to interact with the environment through sensory means and the ability to make decisions in unforeseen circumstances without human intervention. The beginnings of modern AI can be traced to classical philosophers' attempts to describe human thinking as a symbolic system. MIT cognitive scientist Marvin Minsky and others who attended the conference
When we think about drone or UAV (Unmanned Aerial Vehicle), first thing comes to our mind is; frightening, alien looking unmanned aircraft that has been involved with so many bombings and targeted killings. In “Drone Home: What Happens When Drones Return to America”, from Time, Lev Grossman wrote drones are dreaded all around the globe, and possibly they have gotten this fear through the United States Military. Drone technology has been greatly improved last decade, now third of entire Air Force’s fleet is unmanned. U.S Government is sending drones to many war zones to eliminate high-ranking enemies or do surveillance successfully. Even though this rapidly growing technology is changing our perspective of war, it also changing our everyday life drastically to help our community.
Drones are evolving into something that is very useful and helpful, not only for the U.S. military, but for everyone in general when used appropriately. Drones are a new concept introduced into the military. The military is always looking for tactics to improve the surveillance of enemies. The surveillance cameras that are installed on drones continue to have a monumental impact and are beneficial to help aid and navigate the military during necessary attacks.
Rise of Artificial Intelligence and Ethics: Literature Review The Ethics of Artificial Intelligence, authored by Nick Bostrom and Eliezer Yudkowsky, as a draft for the Cambridge Handbook of Artificial Intelligence, introduces five (5) topics of discussion in the realm of Artificial Intelligence (AI) and ethics, including, short term AI ethical issues, AI safety challenges, moral status of AI, how to conduct ethical assessment of AI, and super-intelligent Artificial Intelligence issues or, what happens when AI becomes much more intelligent than humans, but without ethical constraints? This topic of ethics and morality within AI is of particular interest for me as I will be working with machine learning, mathematical modeling, and computer simulations for my upcoming summer internship at the Naval Surface Warfare Center (NSWC) in Norco, California. After I complete my Master Degree in 2020 at Northeastern University, I will become a full time research engineer working at this navy laboratory. At the suggestion of my NSWC mentor, I have opted to concentrate my master’s degree in Computer Vision, Machine Learning, and Algorithm Development, technologies which are all strongly associated with AI. Nick Bostrom, one of the authors on this article, is Professor in the Faculty of Philosophy at Oxford University and the Director at the Future of Humanity Institute within the Oxford Martin School.
AI is computer systems that are able to perform and think almost like a human being. So they are robots that can act like a human being by showing emotions and thinking. Before machines were invented, scientists were experimenting and trying to find ways to create an intelligent human life. After the invention of machines, it was reasonable to think of it as designing intelligence instead of creating it. Some AI texts show that their authors view AI and it improvement as a set of design problems that human designers are expected to fix.
I do not believe the field has been developed to its potential in any regard, and feel that considerable progress can be made to improve the interactive experience that users have with an artificial intelligence application. This genuine intrigue combined with my curiosity for the subject matter and the limitless potential of the field are the reason why I wish to pursue a greater depth of knowledge in artificial