VideoActive® 64

Video Capture

4. Analog acquisition can be obtained from any RCA or S-Video source.

5. Real-time lossless analog video acquisition captures frame accurate video from analog sources without any loss of information.

6. Analog video can be acquired at the frame level for progressive video or field level for interlaced video.

7. Digital acquisition can be obtained from any DVI or HDMI source.

8. Real-time lossless digital acquisition VIDEOZIPPER® captures frame accurate video from digital sources without any loss of information with at least a 50% file size reduction.

9. Analog VGA video sources can also be captured losslessly unlike traditional scan converters.

10. VideoActive® supports both major analog formats, NTSC and PAL up to 10 bit per pixel per color, allowing 1024 levels per color as opposed to the standard 256 levels, i.e. 4 times more levels per color (*).

11. Video can be captured losslessly (VIDEOZIPPER®) from a local screen with Screen Capture.

12. Screen Capture can also be obtained from an external source using a DVI or VGA connection.

13. Comprehensive proprietary DVR file format support (COG) with screen capture provides a simple lossless capture (VIDEOZIPPER®) without the limitation of digital overlay like traditional screen capture software.

14. DV Capture allows for camera DV output acquisition at the highest possible quality.

15. Simultaneous Audio and Video Capture preserves audio from video sources that contain audio.

16. Audio can be played in Video Dominant Mode (optimal audio sync for frame accurate video) or Audio Dominant Mode (optimal video sync for time accurate audio).

3D Model to Video Fusion for Lidar Crime Scene (#)

*NEW* In recent years the 3D industry produced more affordable 3D LIDAR scanning devices. The 3D scans of crime scenes havebeen used in SCSI for some years. We build on Cognitech’s US Patented 3D Photogrammetry technology to extend the use of LIDAR derived 3D scans ofcrime scenes, vehicles and potentially individuals 3D scans to the tasksofmeasuring and identifying people and vehicles in videos of crime scenes, whose 3D scans are available. In addition, a kinematic analysis of vehicles and people, such as speed, acceleration, and even physical forces is possible.

21. Load and Visualize LIDAR 3D Point-Cloud Data of the Crime Scene and/or Vehicle(s) with Standard .XYZ or .WRL Formats. More formats are being integrated.

22. Proprietary point-cloud triangulation for solid 3D model creation.

23. 3D Cropping Tool to carve out relevant part of the Scene 3D Model.

24. Video to 3D Model Fusion Tools enable Photogrammetrically Accurate

(i) 3D Virtual Reprojection of the frame accurate video onto the LIDAR derived solid 3D Model of the Crime Scene
(ii) Calibrate the Unknown camera through the LIDAR Data
(iii) 3D Virtual Reprojection of the solid 3D Model of a Vehicle or a Person into the frame accurate video for purposes of Matching and Identification

25. Scene, People, Vehicles Measure Tools:

(i) Point to Point Distance
(ii) Height from The Ground
(iii) Given Known object Height, locate its 3D position
(iv) Measure angle between visible or computed lines
(v) Other tools

Multi-Channel Fusion (#)

26. Multi-Channel Fusion (#) combines two or more videos from different viewpoints together using perspective correction and fuses information from different cameras together.

27. Multi-Channel Fusion (#) can accurately combine CCTV video with an overhead photomap (*) (e.g. Google Maps, etc.) allowing for video playback with accurate geographic matching.

28. Live video reverse projection photogrammetry (#) makes onsite height measurement of evidence images easy with active playback of live video overlaid on the evidence image.

29. *NEW* Enhanced video control while using Multi-Channel Fusion allowing frame accuracy control in playback.

*Above items marked with a hashtag (#) indicate unique forensic video capabilities that are proprietary ONLY to Cognitech, Inc. due to issued and pending US and International patents of Cognitech, Inc.

*Above items marked with an asterisk (*) are designated computational design capabilities that are the leading edge of forensic video technology and are not commonly available to other competitors in the field.

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