2018 International Conference On Advances in Communication and Computing Technology (ICACCT) · 2018 · 159 citations · 6 references
ComputingComputer ScienceComputer VisionMachine VisionSensor FusionKalman FilteringMotion EstimationObject DetectionTracking SystemsVideo AnalysisVisual TrackingFramesInitializationKalman Filter EstimationKalman Filter TrackingMotion DetectionMotion TrackingPositionTarget Tracking
Estimation and tracking are critical components of surveillance systems, enabling accurate monitoring of moving objects. This study proposes a Kalman‑filter–based method for detecting and tracking moving objects. The method processes video frames, identifies targets by color, computes their coordinates, and applies a Kalman filter to update position estimates and minimize the error between actual and predicted locations.
In this paper we described a method for moving object detection and tracking using Kalman filter. Basically, estimation process is very important in the surveillance system. This process is for finding out the location of the target. The decomposition is also helpful for the estimation process, in this process first step is the tracking the video, and then the video is converted into frames in the initialization period and every frame is made up of a piece of picture. In further step, the targets in each frame are identified by means of color recognition; next position is the moving target and to identify the center coordinates and next another last step the coordinate of the previous and current frames is inputted and find out the location of the moving target which is present frame. And this frame is estimated by filter. The tracking is very important for different object. The objects are tracked with the help of Kalman filter. This filter is used for the pixel wise subtraction of current frame. As well as also used to be find out the error between actual position of the ball and estimated position value with the help of this filter.
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Hua Yang, Karteek Alahari, Cordelia Schmid · 2015 · 108 citations · Full text
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