cognitech

[cognitech]

video deblurring software

Image Enhancement software is also useful in removing image degradation caused by the blurring processes, such as optical blurs, motion blurs, atmospheric turbulence blurs, general nature Gaussian blurs, diffraction blurs, blurs whose shape (kernel) can be adaptively computed. Deblurring is a staple in forensic image and video processing software. Check out these deblurring features in Cognitech Video Investigator.

36. A large assortment of deblur filters options provide tools for every type of blur problem including motion, defocus, optical, Gaussian averaging, and custom.

37. The Adaptive Deblur filter (ADF) with Interactive Blind Deconvolution (#), unlike any other traditional deblurring filters, ADF deblurs images and videos without any prior exact knowledge of the blurring process and blurring Point Spread Function (PSF Kernel). ADF computationally estimates the blur from a blurred image and allows the end-user to remove complex non-linear blur in many cases when the standard filters like Motion, Gaussian, Outof-Focus filters fail. This class of filters are called Blind Deconvolution and are currently subject of the intense research by the scientific community. Cognitech has developed its proprietary (US Patents) Adaptive Blind Deconvolution technology which it is provided exclusively to the end-users of TriSuite64. ADF has two modes of operation: (i) Large Non-Linear Motion, Shaking, 'Overlay' Blur. This can solve for blurs generated by a sudden large camera motion (e.g. helmet mounted cam in a car accident, Police body cam in physical altercation) or blurs in a fixed camera with the subject/object undergoing curvilinear motion (rotation while moving). The new feature in TriSuite64 is end-users' ability to visually fit the Adaptive Blur Kernel not only to the 3D motion trajectory causing the blur, but also match the motion velocity for more exact deblurring.

38. (ii) CSI Deblur: Known Crime Scene with Unknown Blur: Cognitech's Proprietary uniquely SCI approach to the deblurring task. We designed a deblurring algorithm that can use the photos of the Crime Scene to determine the best blurring Kernel PSF and apply it to the surveillance video with objects and subjects no longer in the Crime Scene.

39. The Adaptive Blur filter (#) computationally estimates the blur from a blurred image and allows the end-user to remove complex non-linear blur from any evidence image leading to highly accurate blur removal.

40. The Motion Deblur filter (#) automatically determines the motion direction and length from velocity estimation and removes the estimated motion blur.

41. The Sharpen filter is a simple  for producing sharper, clearer images. 73. The Wiener Deblur filter applies any of the available deblur kernels using the Wiener method for fast and accurate blur removal.

42. The Total Variation Deblur filter (#) is a general method, discovered by Cognitech. This filter applies any of the available deblur kernels using the Total Variation method in order to retain edges and minimize visual artifacts, such as ringing, which are commonly associated with traditional blur removal.

[cognitech]

Guide To Forensic Photogrammetry

Photogrammetry is the science and technology of obtaining reliable information about physical objects and the environment through the process of recording, measuring and interpreting photographic images and patterns of electromagnetic radiant imagery and other phenomena.

It is used as forensic video analysis software where photogrammetry is used to produce an accurate bio-metric measurement of a suspect’s dimensions (e.g. height), and crime scene measurements from surveillance video and photographs.

Photogrammetry can be a very powerful tool in forensic analysis. It can be used to preserve or recover measurement data long after the on-scene investigation has concluded. This is valuable as it can often be months before an investigator re-examines a scene and discovers a new piece of important evidence that he does not have measurements for.

Photogrammetry can be used in a broad range of practical forensic applications, including:

Crush measurement on damaged vehicles

Skid mark measurement

Bullet trajectory determination

Shoe and tire print scanning

Blood spatter measurement

Suspect height recovery

Accident and crime scene mapping and diagramming

While forensic photogrammetry has many benefits, it is important to note that not all images can be used for photogrammetric reconstruction. There are many crime scene reconstruction software used by experts in order to solve the mystery of the case. You can refer to https://cognitech.com/cognitech-automeasure-64/ to know more about it.

Many accidents and crime scene photographers are unknowingly wasting the opportunity to capture good geometric data when a few small adjustments to their process could result in “photogrammetry-ready” images.

As a general rule, your photographs should adhere to the CARDS criteria:

Consistency: The photos are taken with the same camera, zoom and lighting settings.

Angles: Photos of the scene have been taken from various angles.

Reference: There are objects in the photos whose measurements have been taken as a reference.

Distinguishable features: The important objects on the scene, as well as their physical features, should be easily distinguishable on your photos (at least 2 or 3 photos showing each feature).

Size: The important objects are large enough relative to the size of the entire photo.

If you follow these best practices, your photos should be of sufficient quality for photogrammetric purposes. However, do note that the specific requirements of each scene can vary. When in doubt, it is always best to consult with a photogrammetry expert, to see if your photos can be used for an accurate reconstruction.

Navigate to this website to learn how rugged tablet can be used for accurate real-time measurements.

New techniques and equipment are constantly being developed to assist the law enforcement officer with the challenges of the “every scene, every time” concept.

Photogrammetry can be a very valuable part of the forensic toolkit. For an investigator or reconstructionist, it can provide better information about an accident or crime scene. When applied correctly, photogrammetric analysis can make the critical difference that solves a criminal investigation or wins an important case.

[cognitech]

[cognitech]

[cognitech]

[cognitech]

[cognitech]

[cognitech]

Forensic Video enhancement software

VideoActive®

Cognitech is the first and oldest forensic video company, with 25 years of experience in providing software and hardware solutions for law enforcement and forensic professionals. Cognitech is constantly evolving its primary software package, Cognitech® TriSuite, by providing end-users with features such as FrameFusion® Reconstruction and 3D Multi-View Measure. Know more about us.

Part of the Tri-Suite14 software package, VideoActive® is the first Real-Time forensic video processing software. The Cognitech® U.S. Patented software is the world’s only software that has a fully automatic Real-Time Universal De-Multiplexing ability, in addition to Real-Time Track & Cover, Real-Time Universal DVR Capture, and Patented Lossless Video Capture with encoding that doubles video storage and a Video Search (e.g. cars and people).

 Modular Interface

1. Cognitech VideoActive’s modular design allows the end-user to choose a pre-defined configuration or user-defined signal processing chain.

2. VideoActive® modules can be easily combined to produce a user-defined processing pipeline from live sources or locally stored files, all in real-time.

Video Capture

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

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

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

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

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

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

9. 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 (*).

10. Video can be captured losslessly from a local screen with Screen Capture.

Read Full Article by clicking here

[cognitech]

[cognitech]

Forensic video training

Forensic video training

 Cognitech Inc. has announced its upcoming Fall 2013 training and certification course on forensic video processing and forensic photo/video Grammarly for the company’s community of end-users.

 Specifically, the training the course will be held at the Pasadena Convention Center in Pasadena, CA, on Oct. 21-25, 2013 and is aimed at users of the company’s Forensic Video-Audio TriSuite software and bespoke systems, in addition to users of Cognitech’s manufactured hardware cards and boards.

More information is available on the company’s website.

Not to be confused with Dresden, Germany-based facial recognition company Cognitech, Cognitech is an American company which specializes in real-time image and video processing and analysis software tools.

 Are you searching for Forensic video training? If yes, then Cognitech provides tools and video Investigator which is designed to process the image files.

 According to the company, the Tri-Suite software system is comprised of three tools: the Video Investigator software, the VideoActive software and the forensic photo/video Grammarly AutoMeasure software.

 “Our scientists and engineers work tirelessly on solving new problems and pushing the envelope of what is forensically possible,” Cognitech CEO Dr. Lenny Rudin said. “Therefore, our Training Course is constantly being improved and updated with the latest capabilities like the latest breakthrough, which is called the Cognitech FACE-3DTM Fusion-Super-resolution. It enables end-users of Cognitech’s forensic video Tri-Suite to handle new forensic video cases that were previously unattainable by anyone, as well as re-open some prior unsolved criminal investigations. Our course structure assures that each qualified student acquires the advanced practical image processing skills that are needed in order to handle challenging forensic video work cases seen in the real-world, when they are back to their forensic labs and police departments.”

 Read more- https://patentimages.storage.googleapis.com/15/84/e4/1904877e0e3b18/US8934008.pdf

 Talk with experts for Forensic Video Training and Forensic video certification and training solutions. Contact Cognitech!

[cognitech]

[cognitech]

[cognitech]

Forensic Video Authentication

Forensic Video Authentication

 Video Investigator is the latest major release of the world's first forensic video processing software suite, the ultimate video enhancement, clarification and 3D analysis package. It includes over 100 Real-Time Preview modules that process and analyze analog and digital surveillance video and still images from CCTV cameras, phones and portable devices. Video Investigator empowers investigators and forensic video analysts to extract the best evidence, computing faster and more intuitively than the competition. It is also the only software technology in the world that is capable of processing any part of any frame with individual parameters.

Forensic Video authentication has similarities to audio authentication in that it is always best to preserve the original recording to remove all doubt about genuineness. When the original recording is not available, the video forensic expert has to investigate several aspects of the video recording, including the metadata and hex information, to determine if a video recording has been edited. Much of the video authentication process is scientific. The video forensic expert not only investigates the elements of the video recording itself, but also investigates the way the video recording surfaced, how it was created and the type of equipment that was used to create the video recording in question.

 Being a leader in Forensic Image & Video Processing Software domain, the company provides Forensic Video Certification and Training programs.

  FORENSIC VIDEO AUTHENTICATION PROCESS:

1. Set up that of the quality of the recording in question is acceptable and workable

2. Proof checking for later recognizable proof by the forensic expert

3. Physical review of the proof for explicit qualities that are noted by the master

3. Digital data imaging and playback enhancement

4. Analyze the electronically recorded data on the computerized or simple video signal.

5. Vector and Waveform scope examination to distinguish oddities

6. Miscellaneous analysis based on the investigation thus far

7. Work notes and work item

8. Making a forensic report

Read more- https://patentimages.storage.googleapis.com/6f/3a/96/0527805c7c32e9/US9305401.pdf

Talk with experts for Forensic Video Processing Software and Forensic Video authentication   solutions. Contact Cognitech!

[cognitech]

[cognitech]

Forensic Photogrammetry

Forensic Photogrammetry

 Cognitech is a leader in forensic technology, providing superior technical expertise for 31 years. The organization is a foremost developer of real-time Forensic Video Processing Software and Forensic Image Processing Software. Cognitech was founded in 1988 and headquartered in Pasadena, California. Cognitech has a wide range of applications that are used by professionals in law enforcement, bio identification, vehicle identification, intelligent CCTV systems, geo-intelligence, and many more. Cognitech is one of the top organizations globally, which combines software development expertise in Forensic Photogrammetry and Forensic Video Analysis Solutions.

Being experts in Forensic Image and Video Processing Software domain, the company provides Forensic Video Certification and Training programs.

 Cognitech, its founder Dr. Rudin and his co-author have awarded US patent on SYSTEM AND METHOD FOR DETERMINING GEO-LOCATION(S) IN IMAGES (#US 8934008). Below is the abstract of the patent-

Determining GPS coordinates of some image point(s) positions in at least two images using a processor configured by program instructions. Receiving position information of some of the positions where an image capture device captured an image. Determining geometry by triangulating various registration objects in the images. Determining GPS coordinates of the image point(s) positions in at least one of the images. Saving GPS coordinates to memory. This system and method may be used to determine GPS coordinates of objects in an image.

Read more- https://patentimages.storage.googleapis.com/15/84/e4/1904877e0e3b18/US8934008.pdf

Talk with experts for Forensic Video Processing Software and Forensic Image Processing Software solutions. Contact Cognitech!

[cognitech]

[cognitech]