Motion Compensation is an artifical intelligence interpolation procedure to construct an intermediate image for a new intervening frame for a motion picture, showing a "moving" subject in an intermediate position between the positions shown in two original consecutive frames.

For some applications (de-interlacing) just the even scan lines or just the odd scan lines might be interpolated using motion compensation given the original odd lines and the original even lines as the content of two consecutive fields.

Answered by Shobhit , an ibibo Master, at 6:04 PM on May 09, 2008

Motion Compensation is an artifical intelligence interpolation procedure to construct an intermediate image for a new intervening frame for a motion picture, showing a "moving" subject in an intermediate position between the positions shown in two original consecutive frames.

For some applications (de-interlacing) just the even scan lines or just the odd scan lines might be interpolated using motion compensation given the original odd lines and the original even lines as the content of two consecutive fields.

Answered by Ashish Yadav , an ibibo Wizard, at 7:20 PM on May 08, 2008

an artificail intelligence intepolation procedure to construct an internediate image for a new intervening frame for a motion picture showing a moving subject in an internediate position between the positions shown in original two consecutive frames.for some application just the even scan lines or odd scan lines might be interpolated using motion compensation given the original odd lines and even lines as the content of two consecutive fields.

Answered by aliasgar , an ibibo Master, at 7:56 AM on May 05, 2008

In video compression, motion compensation is a technique for describing a picture in terms of the transformation of a reference picture to the current picture. The reference picture may be previous in time or even from the future. When images can be accurately synthesised from previously transmitted/stored images then the compression efficiency can be improved.
in mpeg, images are predicted from previous frames (P frames) or bidirectionally from previous and future frames (B frames). B frames are not so popular because the image sequence must be transmitted/stored out of order so that the future frame is available to generate the B frames.[1]
After predicting frames using motion compensation, the coder finds the error (residual) which is then compressed using the DCT and transmitted.

Answered by jaivir , an ibibo Master, at 6:54 PM on May 01, 2008

well kajol, An artifical intelligence interpolation procedure to construct an intermediate image for a new intervening frame for a motion picture, showing a "moving" subject in an intermediate position between the positions shown in two original consecutive frames.In video compression, Motion compensation describes a picture in terms of where each section of that picture came from, in a previous picture. This is often employed in video compression. It can also be used for deinterlacing.

Answered by satyaiitk , an ibibo Master, at 4:23 PM on May 01, 2008

An artifical intelligence interpolation procedure to construct an intermediate image for a new intervening frame for a motion picture, showing a "moving" subject in an intermediate position between the positions shown in two original consecutive frames. ...

Answered by Manju Jain , an ibibo Citizen, at 10:10 PM on April 30, 2008

A type of interframe coding used by CODECs in the compression of motion video images. The process relies upon an algorithm that examines a sequence of image frames to measure the motion that occurs between frames.Motion compensation is used as part of the predictive process. If an image sequence shows moving objects, then their motion within the scene can be measured, and the information used to predict the content of frames later in the sequence.

Answered by Kajal Sharma , an ibibo Master, at 8:16 PM on April 30, 2008

hi kajol:-
In video compression, motion compensation is a technique for describing a picture in terms of the transformation of a reference picture to the current picture. The reference picture may be previous in time or even from the future. When images can be accurately synthesised from previously transmitted/stored images then the compression efficiency can be improved.
In global motion compensation, the motion model basically reflects camera motions such as dolly (forward, backwards), track (left, right), boom (up, down), pan (left, right), tilt (up, down) and roll (along the view axis). It works best for still scenes without moving objects. There are several advantages of global motion compensation:

1. It models the dominant motion usually found in video sequences with just a few parameters. The share in bit-rate of these parameters is negligible.
2. It does not partition the frames. This avoids artifacts at partition borders.
3. A straight line (in the time direction) of pixels with equal spatial positions in the frame corresponds to a continuously moving point in the real scene. Other MC schemes introduce discontinuities in the time direction.

Answered by shepherd , an ibibo Master, at 5:18 PM on April 30, 2008

An artifical intelligence interpolation procedure to construct an intermediate image for a new intervening frame for a motion picture, showing a "moving" subject in an intermediate position between the positions shown in two original consecutive frames. For some applications (de-interlacing) just the even scan lines or just the odd scan lines might be interpolated using motion compensation given the original odd lines and the original even lines as the content of two consecutive fields.

Answered by ajay bhutani , an ibibo Citizen, at 3:54 PM on April 30, 2008

motion compensation is a technique for describing a picture in terms of the transformation of a reference picture to the current picture. The reference picture may be previous in time or even from the future. When images can be accurately synthesised from previously transmitted/stored images then the compression efficiency can be improved.

Answered by geetika , an ibibo Advisor, at 4:04 PM on April 29, 2008