some minor changes and added smoothing transition section
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@@ -5,7 +5,7 @@ For example, estimating an accurate position from a multimodal distribution or r
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Within this work, we try do solve such problems with help of Monte Carlo smoothing methods, namely forward-backward smoother and backward simulation.
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In contrast to normal filtering procedures like particle filtering, smoothing methods are able to incorporate future measurements instead of just using current and past data.
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This enables many possibilities for further improving the position estimation.
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Both smoothing techniques are deployed as fixed-lag and fixed-interval smoother and two novel approaches for incorporating them easily within our localisation system are presented.
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Both smoothing techniques are deployed as fixed-lag and fixed-interval smoother and a novel approach for incorporating them easily within our localisation system is presented.
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All this is evaluated on four floors within our faculty building.
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The results show that smoothing methods offer a great tool for improving the localisation results.
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Especially fixed-lag smoothing provides a great runtime support by reducing timely errors and improving the overall estimation with affordable costs.
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