Efficient Motion Planning Algorithms in Environments of Bounded Local Complexity
Efficient Motion Planning Algorithms in Environments of Bounded Local Complexity
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In our eReader you can find the full English version of the book. Read Efficient Motion Planning Algorithms in Environments of Bounded Local Complexity Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Efficient Motion Planning Algorithms in Environments of Bounded Local Complexity
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To quickly assess the difficulty of the text, read a short excerpt:
And 72 of FP(- which contain Z, and introduce an edge of CG connecting these two nodes of CG . It is easy to see that this process builds all the edges of CG .
(iv) The calculations performed in (iii) also makes it possible to construct a path between two given positions of B when such a path existsi. For this one needs to transform a (combinatorial) path it in CG into a continuous motion of B. To do this, first note that the calculations performed in (iii) can associate a position Z in 7, n -/...j ^i^^ ^^^h edge it 1, 1 2) °^ CG. Then, given any position Zj 6 7j and another ^wsition Z2 € 72> ^^ *=*° f'"* Pl^° * P*^ within "Y, from Zj to Z and combine it with a path within ^j from Z to Zj. Required motions are then easily generated by iterating this elementary step.
(iv) One of the drawbacks of the naive technique presented above is that it does not exploit the existence of obstacle layouts 'wkflfli^ dS nB^'change across large distances. For example, if the environment contains a long narrow corridor, the above technique will cover that corridor by many cubes, within each of w^icfa tttwilkruseimuch the same local motion planning repeatedly.
What to read after Efficient Motion Planning Algorithms in Environments of Bounded Local Complexity?
You can find similar books in the "Read Also" column, or choose other free books by Jacob T Schwartz to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
And 72 of FP(- which contain Z, and introduce an edge of CG connecting these two nodes of CG . It is easy to see that this process builds all the edges of CG .
(iv) The calculations performed in (iii) also makes it possible to construct a path between two given positions of B when such a path existsi. For this one needs to transform a (combinatorial) path it in CG into a continuous motion of B. To do this, first note that the calculations performed in (iii) can associate a position Z in 7, n -/...j ^i^^ ^^^h edge it 1, 1 2) °^ CG. Then, given any position Zj 6 7j and another ^wsition Z2 € 72> ^^ *=*° f'"* Pl^° * P*^ within "Y, from Zj to Z and combine it with a path within ^j from Z to Zj. Required motions are then easily generated by iterating this elementary step.
(iv) One of the drawbacks of the naive technique presented above is that it does not exploit the existence of obstacle layouts 'wkflfli^ dS nB^'change across large distances. For example, if the environment contains a long narrow corridor, the above technique will cover that corridor by many cubes, within each of w^icfa tttwilkruseimuch the same local motion planning repeatedly.
What to read after Efficient Motion Planning Algorithms in Environments of Bounded Local Complexity?
You can find similar books in the "Read Also" column, or choose other free books by Jacob T Schwartz to read onlineMoreLess
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