Essay On Leap Motion

This research paper will cover what leap motion is, how it works, its applications, impact of the technology, devices that are compatible with it, shortcomings and its future. Leap is a sensor device that supports finger and hand motions as input. This is a small device that allows the user to move things by hand movement. Leap motion controller works by tracking all the 10 fingers and hands with ultra high precision and its speed is incredible.
The devices compatible with leap device will be identified and researched, and they include Mac and Windows. Leap technology currently houses 75 apps in its Airspace Apps store. These apps are compatible with Windows and Mac platforms and the research will cover some of them and how they will be applied in the business industry.
Leap technology application in business will be discussed in detail. One of the areas that will be researched is the application of leap motion in architectural industries. How they are used in product and design customization like car design, it will be the instrument used in drawing, creating, sketching, strumming and painting by use of fingers and also its productive advantage in the company’s business. Other applications that will be researched on and the impact they will have in business are tablets, Smart phones, appliances and cars.
Leap technology responsiveness will be discussed in this research paper. This technology uses infrared LED lights, and in-built cameras to detect hands and fingers movement to manipulate what is seen in the screen. This device is used to detect movements that cover up to two feet out of each side and two feet above this controller. It recognizes ten fingers at the same time. Most of the apps show a pointer dot on the screen to show that the fingers have been detected.
The impact of this technology will be evaluated. One of them is that it will drastically change the manner in which architecture industry creates their models. It will create new ways of presentation, which will make it much professional compared to one that does not have.
Its shortcomings will also be discussed. One of them is that leap device is not able to recognize a single hand in any gesture. This might be because the two hands are not together. It is difficult to focus the pointer on extremely small buttons. Also, when using leap devices, hand control is clumsy for many apps because fingers are not steady to control the on-screen cursor to the required precision. This outcome will make it difficult to achieve some tasks. It is exceedingly difficult working on touchless apps using fingers compared to scrolling using a mouse to click or drag.
The future of leap technology will also be explored in the paper. How it will affect manufacturing businesses, leap motion controller will help in operating heavy machinery and industrial robots and how it will improve the accuracy and finer detail. It shows how robots will be used in warehouses and distribution networks. It will also make it possible for many people to work on a single task all at the same time hence improving performance in the business.
The possibilities of leap motion applications are limitless, and they will be covered in detail. Some of them include digitally signing a document, basic computer tasks, for example, operating system navigation and other complex uses like architectural designs in industries, fully interactive 3D visualization of data and 3D modeling that is simple.