How will augmented reality (AR) and unmanned aerial vehicles (UAVs) Essay

How will augmented reality (AR) and unmanned aerial vehicles (UAVs) function, and how might - Essay Example That is a combination of the actual scene, which the user views and the virtual scene that the computer generates that augments the scene with additional information. The scene generated by a computer is designed to enhance the user’s sensory perception of the virtual world they are interacting with. The main objective of AR is to create a system whereby the user is unable to distinguish between the real world and the virtual augmentation of the real world. As noted above, Unmanned Aerial Vehicle is a powered aerial vehicle that does not take on board a human operator. This aerial vehicle can be recoverable or expendable and it may carry nonlethal or lethal payload. It uses aerodynamic forces in order to provide a vehicle lift, and it can fly autonomously or be piloted by the use of a remote. Augmented reality may be used in military training, engineering design, entertainment, robotics, manufacturing among other industries. The AR bundled with facial recognition programs may be used by law enforcers. An individual puts on the shades and looks at a given subject and the technology will automatically check the law enforcer’s database for any criminal records of the subject (Yuen et. al 2011). Consequently, the law enforcer is informed of the outcome. In addition, the military may use this technology to feed each other with information in a timely manner while in patrols. As such, AR technology can be efficiently used to facilitate effective law enforcement. On the other hand, Unmanned Aerial Vehicles may be used by soldiers in their operation tactics in urban areas in order to understand a given conflict area. Even though the UAV feed may not be used to identify specific elements in a particular conflict area, they are used to understand and consequently enhance soldiers’ situation awareness abilities (Cai et al. 2008). The presenting of a video feed both from the ground and unmanned aerial vehicles in a combined interface tend to