Resumes
Resumes
Jacques Verly Phones & Addresses
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Amesbury, MA
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16 Harcourt St, Boston, MA 02116 (617) 236-8670
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416 Commonwealth Ave, Boston, MA 02215
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416 Commonwealth Ave #510, Boston, MA 02215
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400 Commonwealth Ave, Chestnut Hill, MA 02215
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82 Claypit Hill Rd, Wayland, MA 01778 (508) 358-2023
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Waltham, MA
Publications
Isbn (Books And Publications)
Sensing, Imaging, and Vision for Control and Guidance of Aerospace Vehicles
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Author
Jacques G. Verly
ISBN #
0819415243
Synthetic Vision for Vehicle Guidance and Control: 17-18 April 1995 Orlando, Florida
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Author
Jacques G. Verly
ISBN #
0819418161
Enhanced and Synthetic Vision 1998
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Author
Jacques G. Verly
ISBN #
0819428132
Enhanced and Synthetic Vision 1999: 5-6 April 1999, Orlando, Florida
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Author
Jacques G. Verly
ISBN #
0819431656
Enhanced and Synthetic Vision 2000
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Author
Jacques G. Verly
ISBN #
0819436496
Enhanced and Synthetic Vision 2002
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Author
Jacques G. Verly
ISBN #
0819444634
Enhanced and Synthetic Vision 2003
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Author
Jacques G. Verly
ISBN #
0819449407
Enhanced And Synthetic Vision 2004
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Author
Jacques G. Verly
ISBN #
0819453471
Us Patents
Computer Apparatus And Method For Fuzzy Template Shape Matching Using A Scoring Function
View pageUS Patent:
52221555, Jun 22, 1993
Filed:
Jun 15, 1992
Appl. No.:
7/899107
Inventors:
Richard L. Delanoy - Waltham MA
Jacques G. Verly - Wayland MA
Jacques G. Verly - Wayland MA
Assignee:
Massachusetts Institute of Technology - Cambridge MA
International Classification:
G06K 962
US Classification:
382 30
Abstract:
Computer apparatus and method in a computer system provides shape matching. A template of a desired shape is matched to a subset of points in a subject image. The matching is determined according to an arbitrarily complex function of image point values and template point values followed by an arbitrary operation on the plurality of results of the arbitrarily complex function. In the case of fuzzy template matching, the operation is the average preferably followed by clipping to the range [0, 1] for defining fuzzy membership values. The arbitrarily complex function may be formed of a discrete array of single variable functions or single variable lookup tables.
Model Based Pattern Recognition
View pageUS Patent:
51230577, Jun 16, 1992
Filed:
Jun 21, 1991
Appl. No.:
7/719642
Inventors:
Jacques G. Verly - Wayland MA
Bryan Williams - Lawrenceville GA
Richard L. Delanoy - Merrimack NH
Bryan Williams - Lawrenceville GA
Richard L. Delanoy - Merrimack NH
Assignee:
Massachusetts Institute of Technology - Cambridge MA
International Classification:
G06K 966
US Classification:
382 37
Abstract:
A matching machine is provided for use in model-based entity recognition systems. Input to the matching machine includes a detected data event separated into portions and a set of predefined hierarchical models of desired entities. The matching machine employs recursive procedures to match data event portions against model parts, and records in list structures matches between event portions and model parts. For each match, a degree of match is calculated according to a function defining the involved model part. An essential feature of calculating a degree of match is the accumulation of working degrees of match (i. e. figures of merit reflecting the strength of match of a subset of data event portions to a subset of model parts and the degree to which the relationship of portions matches the predefined relationship of model parts in arbitrarily complex models). The degree of match is recorded in the list structures. From the highest degrees of match in the list structures, a best match between one of the models and the detected data event is determined.