Plot comparing the circular tracking errors of the three algorithms. by Xiaosong Liu (66661)

Plot comparing the circular angle tracking performances of the three algorithms. by Xiaosong Liu (66661)

Basic flow of the path-tracing algorithm. by Guo Ming (14559696)

Box plot of experimental results for different algorithms. by Peiying Li (797714)

“…<p>Box plot of experimental results for different algorithms.…”

Box plot of experimental results for different algorithms. by Peiying Li (797714)

“…<p>Box plot of experimental results for different algorithms.…”

Boxplots of the distance between the experienced tracks and the experience-based tracks. by Lucas Magnana (12256688)

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Heat-maps of the experienced tracks (on the left) and the computed tracks (on the right). by Lucas Magnana (12256688)

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Box-plots of the distance between the experienced tracks and the four other types of tracks. by Lucas Magnana (12256688)

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Matcher algorithm. by Luc Nicolas Stiemer (17027735)

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Maps showing four experienced tracks (orange lines), the corresponding computed tracks (blue lines) and the experience-based tracks created with our model (red lines) between the e... by Lucas Magnana (12256688)

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Data sets and algorithm code by AOBEI ZHANG (17657703)

Path following algorithm for skid-steering mobile robot based on adaptive discontinuous posture control by Fady Ibrahim (6548738)

“…Subsequently, a point-to-point tracking algorithm is introduced to track a trajectory that is defined by a set of way-points, which is the more realistic case of dangerous exploration or landmine detection purposes. …”

Graph showing the tracking errors of the three control algorithms under noise. by Xiaosong Liu (66661)

G R code algorithm. by R. Sakthivel (2589547)

“…The algorithm was developed and coded in Verilog and simulated using Modelsim. …”

ACF and PACF plots of the residuals. by Zixi Wang (459102)

Chart showing the target tracking performances of the three control algorithms under noise. by Xiaosong Liu (66661)

Distribution of distance differences between the experienced tracks and the generated shortest paths (sorted). by Lucas Magnana (12256688)

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Heat-maps representing the experienced tracks contained in the largest cluster found by DBSCAN in Lyon (left) and their equivalent computed tracks (right). by Lucas Magnana (12256688)

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Algorithmic code and original data.zip by Weidong Jiang (17122639)

“…The authors have attached the raw data and algorithm code in the zip file. The running of the model is supported by packages like Numpy, Matplotlib, Searborn, Scipy in Python.…”

CDF of the differences of distances between experienced and computed tracks. by Lucas Magnana (12256688)

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