Google project soli report

Google’s PROJECT SOLI by Advanced Technology And Project group[ATAP]. A new gesture Recognition sensor. Presented By Anand Namastemath.

Google unveiled Project Tango, an experimental project from Google's Advanced Technology and Projects (ATAP) group to develop smartphones and tablets that can track motion in 3D and map environments. Project Tango devices use advanced sensors and computer vision to give mobile devices a human-like understanding of space and motion. The Project Tango prototype is an Android device that can create a 3D model of its surroundings without GPS or other external signals by tracking its own 3D motion and the infrared light it projects.

Wi-Vi or wireless vision is one of the most modern technologies which use wireless fidelity or Wi-Fi as the core principle. Basically, it deals with tracking and manipulation of Wi-Fi signals. Wi-Vi is used to image the obstacles or solids behind any wall or obstructions. The most important advantage of this is it is completely wireless and no cables or wires are used. Hence it becomes more suitable for usage in mobile devices and other lightweight technologies. Wireless facility also allows it to use in armed force and other security agencies. As we know that SOANR and RADAR uses the principle of transmission and reflected waves, the Wi-Vi which uses the same principle can be called as an adaptation of those. But it also posses several differences and simpler apparatus. We will see those modifications on the coming pages of the paper.

Microsoft Hololens is the technology that combines the VR with the real world. The company claims that this so-called computer over the head, HoloLens can process TBs of data per second which is insanely huge number. This technology has a lot many application which can not be explained simply as such. Now, the time is not very far when the world will be more like the sci-fi movie.

The document discusses Microsoft HoloLens, a holographic computer developed by Microsoft. It begins with an introduction to holograms and augmented reality. It then describes the basic structure and components of HoloLens, including its sensors, cameras and projection system. The document explains how HoloLens uses these components to display holograms by tracking the user's movements and overlaying 3D images on the real world. It highlights some key features and applications of HoloLens, as well as potential advantages and disadvantages.

This document discusses wearable technology. It begins with an introduction that defines wearable technology as small portable computers designed to be worn on the body, often including health and fitness tracking. The document then covers the history of wearable technology from the 1960s to today. It describes the architecture and components of wearable devices including input devices, displays, and networks. Examples of wearable technologies are discussed like smart watches and smart glasses. Applications are wearable computing, healthcare monitoring, and fashion. Advantages include convenience and flexibility while disadvantages include limited battery life and potential health issues. The future of wearables is discussed as dominating personal electronics.

Google Glass is an optical head-mounted display developed by Google to provide a hands-free wearable computer. It displays information like a smartphone and allows users to interact via voice commands. In 2013, an Explorer Edition was made available to developers in the US for $1,500. Google Glass aims to produce a ubiquitous computer that is worn like a pair of glasses.

Google Glass is a wearable computer with an optical head-mounted display (OHMD) that is intended to be an "hands-free" device to provide information to the user. It uses technologies like wearable computing, ambient intelligence, 4G connectivity, and Android to allow users to access information and communicate through voice commands instead of manual interactions. While promising for hands-free access to information, it also raises privacy concerns about its always-on camera and potential for misuse.

A smartwatch is a computerized wristwatch with enhanced functionality beyond timekeeping. Modern smartwatches effectively function as wearable computers, running mobile apps or full mobile operating systems. Early models performed basic tasks while modern smartwatches allow access to notifications, calls, messages, mobile apps, and some function as mobile phones. Smartwatch developers include Sony, Samsung, and Pebble. Advantages include faster access to information and social media, while disadvantages include potential distractions and reliance on a connected smartphone. Future smartwatches may have more innovative features, varying functionality, and be even smaller and more portable.

This document discusses touchless technology that allows users to interact with screens without physically touching them. It describes a touchless monitor developed by TouchKo, White Electronics Designs, and Groupe 3D that uses sensors around the screen to detect 3D motions and interpret them as on-screen interactions. The document also mentions several other touchless technologies like the Touchless SDK, Touch Wall, eye tracking devices, gesture recognition tools, and motion sensors that enable touchless control of devices.

Google Glass is the first mainstream augmented reality wearable eye display conceptualized by a large company. It has been promoted through a viral marketing campaign including a video that has been viewed over 18 million times. While Google Glass is framed as the brainchild of Google co-founder Sergey Brin, this paper argues that its popularity could instigate adoption of wearable eye displays as a new paradigm for human-computer interaction. The paper speculates that discussion of Google Glass draws on concepts from popular culture like Batman to promote its adoption.

This document presents a summary of Google Glass. It was presented by Nidhin P Koshy for the ECE department at TKMIT. Google Glass is a wearable computer with an augmented reality display developed by Google. It features a camera, display, touchpad, battery and microphone built into a spectacle frame. The display uses a prism to project 640x360 resolution graphics equivalent to a 25 inch screen from 8 feet away. Voice commands through the microphone allow users to take pictures, get directions, send messages and more just by speaking. While innovative, some disadvantages are potential privacy issues from photos taken without permission and distraction from the visual display blocking the user's line of sight.