| L.Van Gool, J.Vagemans, and A.Oosterlinck. "Regularity detection as a strategy in object modelling and recognition". SPIE Applications of Artificial Intelligence, 1095:138--149, 1989. |
....The verification methodology is applied on the kernel of the description of a Contour Regularity Detector (CRD) algorithm after pruning. This algorithm is used in a robot vision application where robust contour tracing has to be performed on complex images corrupted by the presence of noise [27]. j : 0 . 512 1) i : j . 512 1) begin (cnt : 0 . 64 1) diff[j] i] cnt] tangent[in1] mean[j] i] diff[j] i] in2] end; j : 0 . 512 1) i : j . 512 1) griddiff[j] i] diff[j] i] in2] mean[j] i] j : 0 . 512 1) i : j . 512 1) path[j] i] if (j 0) ....
L.Van Gool, J.Vagemans, and A.Oosterlinck. "Regularity detection as a strategy in object modelling and recognition". SPIE Applications of Artificial Intelligence, 1095:138--149, 1989.
.... transformation will be applied in the design of a memory management scheme for a simplified Contour Regularity Detector (CRD) algorithm [27] This algorithm is used in a robot vision application where robust contour tracing has to be performed on complex images corrupted by the presence of noisy [56]. Example 9 func main(tangent : word[4096] path : bool[ begin (i : 0: 511) j : i: 511) begin (k : 0: 63) diff [i] j] k] f1(tangent[ i; j; k) mean[i] j] f2(diff [i] j] end; i : 0: 511) j : i: 511) grid diff [i] j] f3(diff [i] j] mean[i] j] i : ....
L. Van Gool, J. Vagenmans, A. Oosterlinck. "Regularity detection as a strategy in object modelling and recognition", SPIE Applications of Artificial Intelligence, Vol. 1095, pp. 138-149, 1989.
....in typical DSP algorithms. Therefore, both PDG modeling and optimization complexity are independent of problem size parameters. Demonstrator The control flow optimization technique is demonstrated by means of a real life test vehicle, the kernel of the Contour Regularity Detector (CRD) algorithm [13, 4]. The CRD algorithm is part of a robot vision application where robust contour tracing has to be performed on complex images corrupted by the presence of noise [13] The algorithm is specified [4] in a procedural language, corresponding to the abstract Silage code of figure 6: The input of the ....
.... technique is demonstrated by means of a real life test vehicle, the kernel of the Contour Regularity Detector (CRD) algorithm [13, 4] The CRD algorithm is part of a robot vision application where robust contour tracing has to be performed on complex images corrupted by the presence of noise [13]. The algorithm is specified [4] in a procedural language, corresponding to the abstract Silage code of figure 6: The input of the algorithm is a M D signal tangent with 4096 signal instances. To understand the dependencies between signals expressed by this abstract algorithm, consider the ....
L. Van Gool, J. Vagenmans, A. Oosterlinck. "Regularity detection as a strategy in object modelling and recognition", SPIE Applications of Artificial Intelligence, Vol. 1095, pp. 138-149, 1989.
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