| Multiple sensors are presented on "video walls" in advanced command posts. Looking at each screen is like looking at the battlefield through a straw. Orientation takes precious time and decisions are hard to make.
The solution - SpoTView
Tiltan's SpoTView solves the orientation barrier by combining the sensor's video with a computer generated 3D model of the battle arena thus enabling a rapid orientation and improved situational awareness.
Sensors video is combined, in real time, with computer generated 3D model presentation. The projection of the sensor video is in the correct orientation and scale thus enabling a rapid understanding of the battlefield.
SpoTView Advantages
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SpoTView is a highly-accurate 3D visualization tool, fused with real-time video imagery, that enables decision makers at all command levels to opt for and act while being fully aware of the situation at hand.
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SpoTView solves the problem of situational awareness in a multi-sensor environment by placing the arena, as viewed by several sensors, in the correct overall context.
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Computer generated 3D image is used as a base map allowing any 3D eye point position in the region of interest.
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Video is streamed via the network, allowing for real time operation.
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Visual cues enable quick orientation in a multiple sensor scenario.
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Scalable architecture allows easy integration with new sensors.
SpoTView Key Features
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Reads video streams directly from the network – no storage required.
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Bundled players allow for instant replay/debrief. Visual cues couple each player to the contextual view.
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Video stream may be displayed in or alongside the computer generated 3D presentation.
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Presentation of the video foot-print on the computer generated 3D presentation.
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Slew of map center to any sensor or to any user definition.
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User friendly GUI and eye point control.
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SpoTView runs on COTS, unmodified PC.
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Support of MPEG streams and standard UAV telemetry feeds.
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Simultaneous handling of 4 different sensors .
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Easily integration of automatic slew to sensors line of sight.
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© Copyright Tiltan, 2006. All rights reserved.
