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.
