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Using Kalman Filters for estimating trajectories in linear and non-linear measurement models

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Kalman Filtering

The detailed problem statement can be found here while the report can be found here.

Linear models

With linear sensor models, the mean and standard deviation (uncertainty) are plotted. If the sensor measurements drop in the middle, then the uncertainty increases, but the model is still able to estimate the state.

Non-Linear models

When landmarks are added such that the distance from the landmark (within a radius) is an additional observation, the uncertainty reduces around the landmark. By its nature, the observation model becomes non-linear, and so the extended kalman filter is to be used.

Data Association

The data association problem happens when there are multiple observations from different sources coming together. The observation needs to matched (associated) to be able to track accurately.

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Using Kalman Filters for estimating trajectories in linear and non-linear measurement models

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