Please I need ASAP Augmented Reality App Proposal 1. Before writing your proposa
ID: 3747933 • Letter: P
Question
Please I need ASAP
Augmented Reality App Proposal 1. Before writing your proposal, check out the following resources . Read through the descriptions of AR, VR, and MR at the Reality Technologies link. . Check out the Engadget video and article on AR and VR, Worlds collide: VR and AR in 2018. Watch the video on Augmented Reality Glasses available as of 2017. 2. Propose an augmented reality app based on the theme: Survival. Feel free to interpret this theme in any way you want. It's just something to get your ideas started. Your proposal should be a minimum of 2 pages long. Write a detailed description for each of the following: Who is your ideal user or users? . What will the product do? How is it used? . What will the user experience while using the product? How will it make them feel? . Describe the app interface. What will the users see and hear and how will they interact with the AR elements? . What technologies will be required? Smart phone, AR glasses, other peripherals? . How will using this product be a beneficial user experience? . What existing apps if any are similar to your proposed app? What is the name of your app? Optional: Include a sketch of what your user will see. Submit your proposal as a .PDF file.Explanation / Answer
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Content:
AR battlebot
Introduction
The rapid advances made in the contemporary digital era underscore the tremendous ways that
technology has permeated our cultures and society.The blending of virtual and real-world elements creates exciting new possibilities not just for immersive gameplay, but also for increased socialization and exercise. These AR battlebots can take over the most famous robowars like international battlebots without a lot monetary investment with a smart investment on the software. Without neither compromising on nor losing on the real experience of battle bot combats, AR can provide experience to the players.One can be able to build robot virtually in a similar way as they do with in real world with all necessary equipment, machinery, tools and its accuracy, design, measurements, precision in mechanisms and features of the robot, etc in a simulated robotic environment. This is a pure application of Augmented reality in the domain of robotics and telerobotics.
AR in Robotics and Telerobotics:
In the domain of robotics and telerobotics, an augmented display can assist the user of the system. A telerobotics operator uses a visual image of the remote workspace to guide the robot. Annotation of the view would be useful just as it is when the scene is in front of the operator. There is an added potential benefit. Since,often, the view of the remote scene is monoscopic, augmentation with wire frame drawings of structures in the view can facilitate visualization of the remote 3D geometry. If the operator is attempting a motion it could be practiced on a virtual robot that is visualized as an augmentation to the real scene. The operator can decide to proceed with the motion after seeing the results. The robot motion could then be executed directly which in a telerobotics application would eliminate any oscillations caused by long delays to the remote site(battle area, in this idea aspect).
Target audience
Robotics organisations, open source robotics platforms, engineering and industrial automation, robotics competitions like battlebots for building the combat robots, etc are the potential target audience of this AR product. Coming to the main idea, the potential users will are:
Competition organizers:
Competitions organisers can build the competition environment and settings just like the present real competitions’ scenes like setting an arena, difficulty standards, hurdles.
These competitions organisers can broadcast this competition like any other sports game tele-broadcastings.
Audience of this competitions have to pay to subscribe to this broadcast and enjoy the game(battlebot) through suitable AR VR gear.
2. Competition participant teams:
They’ll be able to build their virtual combat robot with this AR application just like the real ones.
Users(participant teams) by using this AR application can make a robot with all sort of mere engineering techniques and equipment for every aspect like design and fabrication of the robot, electronics, mechanisms, communication systems, reinforcing layers for virtual damage control of the robot, simulation of various parameters to keep check of the equations and builds make.
User experience and interface
Users will be provided with multiple tools for various aspects needed for building a virtual combat robot. This robot can be built exactly in a similar way how a real robot will be built. Speciality of the augmentation is that it’ll bring that reality experience to life as user will be able to feel and experience the working of each part and module of the robot like it does in the real sense.
How does this application benefits the user?
This application can revolutionize the world of combat robots competitions by a whole new technology usage and experience by augmentation technology.
Reducing the financial burden both on competition organizers and participants by cutting down on huge expenses of building a fighting arena and environment for the organisers, robot expenses for the participants. By this means, anyone who’s interested and couldn’t afford participating in battlebots can participate. This is will be the test to the mettle and skill of the participants instead on the huge expenses.
All new entertainment to the audience users who can be able to view and enjoy the competition by having a compatible and suitable AR gear and, by subscribing to a particular broadcasting services provided by the event organisers.
Inspiration: Mekamon AR fighting robot
Mekamon AR fighting robot has been an inspiration for this idea as it serves similar novelty and an extension source of that idea to this idea of AR battlebot robots and environment setup.
The Mekamon fighting robot is a fighting-bot for the 21st century. Gone is the need for fighting robots to actually hit each other – now they can attack each other in augmented reality. It also means you can play with a single fighting robot, fighting off a hoard of digital assailants.
The robot itself is brilliantly designed, and the app you use to control the Mekamon is clearly well thought-out, with comic book-style sections that explain the (slightly Independence Day Resurgence-like) mythology around the Mekamon bots which is very satisfying.