Artificial Intelligence ( Unmanned Aerial Vehicle ) Essay

He explains how automation has taken human jobs before and how it has created new jobs for us. And the same thing will happen in the future. The author also gives examples of how robots are becoming more and more available to the average human. He addresses people's concerns about robots by exploring the opportunities robots will bring and that their will still be jobs for humans that robots have not yet taken over. Kelly concludes his essay by reinforcing the idea that robots will have their place and that humans will “dream up new work that matters”(Kelly).

The construction industry has been around since the beginning of civilization and since that time people have continually tried to find better ways to build. The speed with which the construction industry moves is unlike any other. Things are done very differently than they were 20 years ago, and things will likely be done in a new way 10 years from now. The vast history and seemingly exponential growth of the industry means people must find innovative ways to gain an advantage. Drone technology has expanded in recent years from military innovations to civilian applications, and while it may not appear personal drones provide much benefit to the construction industry, their limitless applications yield innumerous opportunities on a jobsite. This paper explores some of the many uses a drone can have to advance the construction industry, as well as the liabilities which also come with this new technology. This paper will focus on the areas of efficiency, safety and security; how drone uses can make jobsites run smoother and safer, while also recognizing how drones will add the long list of concerns contractors face on a daily basis.

As an agriculture surveyor who is trying to utilize drones to increase the efficiency of the surveying the land for my customers, I would have a lot to consider before starting usage of drones. Currently, the FFA has been given the power to create federal regulations around the operation of drones, but the regulations have not been clearly defined yet which would legal environment of operating drones ambiguous. Some states and local municipalities have even also created their own statutes in order to keep up with the technology. Due to the fragmented rules governing different areas and a lack of clear regulation from the federal government, operating a drone could open my business up to substantial unforeseen liabilities. I would need

Digital artificial intelligence technology has begun to have significant transformation around the world. Current business automations and procedures will soon be a thing of the past. In a few years, smart machinery will change history overtime. Data innovation, roboticist, automation, and additionally machinery will unleash the potential for more profitable and efficient methods for working methods in the near future. Technology and machinery continues to develop which will help people carry out their employments better, quicker and more effect. The author’s diction in the article is technical and informative. The intended audience would be for individuals of the information technology jargon or companies and organizations looking to advance

During Clinton’s presidency the CIA borrowed “a gangly, insect-like airplane called the RQ-1 Predator” from the Air Force which allows Clinton to view what is known as a “live drone feed” (Mazzetti 61). Some were impressed by the “insect-like” drone but felt like it would be a waste of time to sit and watch the feed. Those opposed felt that it had no use to it, but only to realize later on how great of an impact it would have for the government (Mazzetti 61). Drones would be the key weapon for a “secret war” since “it was a tool that killed quietly,” and would allow strikes in restricted areas where publicist couldn’t go (Mazzetti 99-100). This weapon created a whole new meaning behind wars and assassinations as some view them as inhuman others view it as success. Many believe citizens should have trust in the government and adhere that drones are being used to “”find, fix, and finish” terrorists” (Mazzetti 77). The CIA use of the drones makes them

As an agriculture surveyor who is trying to utilize drones to increase the efficiency of the surveying the land for my customers, I would have a lot to consider before starting usage of the drones. Currently, the FFA has been given the power to create federal regulations around the operation of drones, but they have not been clearly defined yet which would make operating drones. Some states and local municipalities have even also created their own statutes in order to keep up with the technology. Due to the fragmented rules governing different areas and a lack of clear regulation from the federal government, operating a drone could open my business up to substantial unforeseen liabilities. I would need to make sure to I have done enough

In August of 2012 an engineer from Yemen by the name of Faisal bin Ali Gaber, lost his cousin and brother-in-law to a drone strike that was sent with no warning to the town. The CIA and the US military had been using the deadly and lethal drones for well over a decade, also resulting in a death a few weeks prior to the incident in Yemen. The US government notices and has taken steps in trying to reduce their attack numbers, but the strikes were not eliminated fully, still resulting in more deaths.The drone usage should have stricter regulations to reduce the attacks by the US military, not only do they take innocent lives, they also cost a fortune and are being used as killer weapons without restrictions.

drone our solution to the close inspection close mapping info mapping and 3d modeling professional market this is a drone that's been built from the ground up imagining what people need as features to be able to do an inspection and what we realize that typical drones that have been out there so far big big drones with a hanging camera underneath they're just not meant for inspection what what do we need for inspection we need to be able to go up to a building go up to a power line go up to a dam get up really close and see features down to the millimeter we need to be able to be within a meter or two of the object to be able to scan it we need to be able to look underneath objects bridges for example you want to be able to look up mapping

Today the use of drones has moved beyond military and recreational use and has emerged as a trending topic of conversation within both the private sector, commercial, and military realms (Bowden, 2013). Drone piloting has also become quite the topic of controversy due to military drone pilots taking non-traditional routes to achieve pilot certification. Military application has changed the landscape of foreign policy has augmented our military’s reach across the globe with the use of drones on the battlefield (Cole, 2014). As far as commercial uses drones are now augmented the way we deliver packages and cultivate vast amounts of farm (Senger, 2013). Even surveying of lands has changed with the adaptive technology drones utilize to map land features. The influx of drones in the public and private sector now has the Federal Aviation Administration (FAA)

Drones are a fantastic way to save time for example in the article More farmers are using drones to help tend to the crops By

One major task before construction is surveying. This is a very hard and important part of construction. Drones would make surveying easier, more accurate, and faster. Construction sites often need frequent inspections and it usually holds up progress. Drones can help perform inspections quicker so projects are not getting held up. Inspections could also be done more frequently wich could cut down on redoing things, because they would be caught earlier on. Drones can even inspect places where it might be hard to get to get too or dangerous. These places could be roofs, tunnels, or condemned houses ready to be demolished. If inspectors started using drones more frequently this could cut down on inspector costs. Most of the time when

Incidents with driverless cars over the last few years prove that AI navigation has a way to go. On top of which, the flight aspect makes drone navigation even more complex. Everything from power lines and tree branches to birds will be obstacles the drone must deal with in real time.

Within the construction industry, Artificial Intelligence (AI) is beginning to take jobsites by storm. If someone were to walk onto a jobsite today, someone in that location would be using AI. Current uses of AI today span from mobile technology that supervision uses to man a jobsite to an actual robot pouring concrete or welding a pipe. With the technology improvements being made daily, there will be a day few people will consist of the workforce on the job, and the rest will be some sort of robotics. Among the Artificial Intelligence being used or that will be the future are: Drones/UAV (Unmanned Aerial Vehicle), SAM (Semi-Automated Mason), robotic welding, Autonomous TMA

Abstract— The development of unmanned aerial vehicles (UAV) technology has increased at an incredible rate in recent years. The market currently includes many different varieties and classes of UAVs, but none currently offer long range beyond line of sight flight over cellular networks. The only existing networks currently utilized for long-range flight are i-Fi networks. However, flying over Wi-Fi has range limitations that restrict the full use of the UAVs. Therefore, the goal of this project is to design a UAV control system using existing cellular networks as the primary mode for communication. In order to accomplish this objective, an Android OS based application that is capable of sending and receiving signals between two Android smartphones will be designed. One of the phones will be on the UAV itself and the other in the hand of the pilot. Through these devices, the user will be able to control the UAV while also receiving critical information from the drone— such as Global Positioning System (GPS) location, live video feed, system statuses, and flight diagnostics from the UAV. A hardware interfacing circuit will be designed to interpret the control signals from the phone and pass them to the UAV for flight control. Additionally, a crash avoidance algorithm incorporating the position of other flying UAVs will be integrated into the system. This will provide a platform to reduce the number of user based crashes as well as reducing the risk of damaging a UAV.

Drone technology is advancing rapidly and it is changing the way in which things are being done. Drones are widely used by many people as a hobby or for career purposes, as well as for military purposes by the United States. Drones provide the U.S military with many benefits, which helps the military to operate efficiently and in a safe manner. Businesses are utilizing this technology as well in order to make their companies run more efficiently, as well as to improve their customer service. Drone technology will positively impact our society; drastically change our culture and political system and definitely advance our economy as well as help enhance our environment.