360° Wrap-Around Video Imaging Technology Omnidirectional Viewing with “Free EyePoint” Perspective Description The Fujitsu 360° Wrap-Around Video Imaging Technology synthesizes images from four cameras to create a true 3-D hemispheric view of an object’s surroundings. The technology enables flexible, omnidirectional monitoring around a vehicle from a dynamically definable perspective or “free eye point.” Conventional multi-camera “bird’s- eye -view” technologies stitch together two-dimensional images, often resulting in distorted images. Advanced three-dimensional-algorithms smoothly combine images from each camera to offer a seamless and clear 360° view. System designers can dynamically utilize the “free-eye- point” feature to change the displayed perspective, further optimizing the view. For example, the Fujitsu 360° Wrap-Around Video imaging tech- nology can improve vehicle safety by providing visual assistance to the driver. The true 360° three-dimensional-view enhance vis- ibility during backing maneuvers or while turning corners. The technology also eliminates “blind spots” to a degree that cannot be matched by two-dimensional technologies. Features The Fujitsu technology provides views from all sides of the vehicle, as well as a virtual “free- eye- point” perspective. This allows the driver to see images not only from the front, rear, and sides, but also to see a virtual view from any direction within the environment. Vehicle with four-camera system Conventional 2D technology Fujitsu 360° wrap-around video imaging technology Fixed “bird’s eye view” Flat view of surroundings Dynamic “Free Eye Point” Omnidirectional view of surroundings
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360° Wrap-Around Video Imaging TechnologyOmnidirectional Viewing with “Free EyePoint” Perspective
DescriptionThe Fujitsu 360° Wrap-Around Video Imaging Technology synthesizes images from four cameras to create a true 3-D hemispheric view of an object’s surroundings. The technology enables flexible, omnidirectional monitoring around a vehicle from a dynamically definable perspective or “free eye point.” Conventional multi-camera “bird’s- eye -view” technologies stitch together two-dimensional images, often resulting in distorted images.
Advanced three-dimensional-algorithms smoothly combine images from each camera to offer a seamless and clear 360° view. System designers can dynamically utilize the “free-eye- point” feature to change the displayed perspective, further optimizing the view.
For example, the Fujitsu 360° Wrap-Around Video imaging tech-nology can improve vehicle safety by providing visual assistance to the driver. The true 360° three-dimensional-view enhance vis-ibility during backing maneuvers or while turning corners. The technology also eliminates “blind spots” to a degree that cannot be matched by two-dimensional technologies.
FeaturesThe Fujitsu technology provides views from all sides of the vehicle, as well as a virtual “free- eye- point” perspective. This allows the driver to see images not only from the front, rear, and sides, but also to see a virtual view from any direction within the environment.
Vehicle withfour-camera system
Conventional 2D technology
Fujitsu 360° wrap-aroundvideo imaging technology
Fixed “bird’s eye view” Flat view of surroundings
Dynamic“Free Eye Point”
Omnidirectionalview of surroundings
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©2014 Fujitsu Semiconductor America, Inc.All company and product names are trademarks or registered trademarks of their respective owners.
Printed in the U.S.A. GDC-FS-21434-03/2014
A full set of tools, libraries, and device drivers is ready for ready integration with the Fujitsu line of 3D graphics display control-ler SoCs. For example, system designers can combine 360WAV technology with the MB86R13 “Emerald-M” graphics SoC for a powerful, single-chip, omnidirectional-viewing solution. A 6 camera system based on the Fujitsu MB86R23 “Triton-C” graph-ics SoC will be available in 2014.
Applications• Driver Vision Assistance Camera Systems
• Parking Aid or Reverse View
• Vehicle Camera for Passive and Active Safety Systems
• Security Surveillance Camera Systems.
Driver AssistanceCamera Applications
Graphic BoardImage Processing
Display UnitOutput Image
Central Display orFPK/Hybrid Cluster Unit
LINUX Software
Available Now
FrontCAM
FujitsuEmerald
MB86R13
LeftCAM
RightCAM
RearCAM
VideoDecoder
VideoDecoder
VideoDecoder
VideoDecoder
Rear Camera
3D Projection Grid
Left Camera
3D Car Model
Captured Images
Development H/W
Development S/W
Authoring Tool
EditorCustomer’sApplication
Library File System Driver
Customer’s DriverOS Driver
Customer’s HWGraphic Board
Customer Provided
Fujitsu Provided
Available from Fujitsu or provided by the customer
Application
Middleware
OS / Driver
Hardware
Authoring Tool
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