Leap Motion Capabilities Overview Presentation
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The document discusses existing gesture control technologies and their limitations, such as relying on numerous cameras, being expensive, cumbersome, and not operating in real time. It also discusses how the interface between humans and machines has stagnated over the past two decades. Additionally, it proposes using Leap Motion technology to create more intuitive control of televisions by installing it on remote controls or TV bezels to allow gesture-based control and multiple users to change channels without fighting over a remote. Leap Motion could also continuously authenticate users for security purposes without passwords.
Leap Motion Capabilities Overview Presentation
- 1. Confidential and Proprietary Information of Leap Motion, Inc. Presentation Subtitle Presentation Title 1/25/2016
- 2. Confidential and Proprietary Information of Leap Motion, Inc. Existing Gesture Control Technologies Existing motion capture systems rely on sensors and the strategic placement of numerous cameras to capture images from different angles These solutions are expensive and cumbersome Systems involving large numbers of cameras tend not to operate in real time and require greater processing power Costs at least $XXX for a low-end implementation X/XXXth the resolution of our system Cannot track fingers Requires numerous high-speed cameras covering all angles of a room Needs more power and processing capabilities Blind to natural movement overlap in front of the camera (occlusion) Higher Cost X/XXXth the resolution of Leap Motion technology Can not track individual fingers Does not work at close range tighter than two meters Uses existing cameras to view movement X/XXXth resolution of Leap’s system Recognizes just one or two gestures Structured Light Pure Vision Time of Flight 1
- 3. Confidential and Proprietary Information of Leap Motion, Inc. Interface Design Has Stagnated The interface between humans and machine has not improved in two decades, constraining our ability to make use of advances in computing power Current keyboards and mice remain essentially unchanged Even touch screens represent an incremental advance— essentially a graphic mouse that people use to point and click 2
- 4. Confidential and Proprietary Information of Leap Motion, Inc. Premium Components Will Be Used in Lower Volume, High-Value Integrations
- 5. Confidential and Proprietary Information of Leap Motion, Inc. Television Remote control devices are inherently limited by a collection of buttons—most of which people, even technologists, cannot identify We obtain feedback on a small ribbon on the screen Internet services such as Netflix use sequential hierarchies that are tedious for users Leap Motion technology can be installed on a remote control or the bezel of the TV Leap Motion can create a rapid, precise and much more intuitive control and environment—even allowing multiple users to change channels without fighting for the clicker
- 6. Confidential and Proprietary Information of Leap Motion, Inc.5 Security Leap Motion can continuously authenticate a user without passwords, which are dependent upon single authentication With certain cameras, Leap Motion can even capture blood flow in hands *****
Editor's Notes
- #5: Automotive: Aviation Security, with constant authentication. Data visualization and manipulation Head-mounted displays CAD and Industrial Design Robotics, such as surgical robotics, interpose a control system that is fundamentally incompatible with precision tasks. Surgical systems require surgeons to insert each finger into a ring. Studio Motion Capture: studios need to digitally track actors movements for animation/CGI purposes, which is expensive. Leap can provide tracking that more than ten times more accurate. Clean rooms Image Manipulation, such as x-rays or medical records in the OR. Wide Area Simulations and Rooms: Leap Motion can inexpensively cover movements across a large area. Situation Rooms: Allow multiple uses to explore and manipulate data in three dimensions.