Igor V Guskov
age ~53
from Pinckney, MI
- Also known as:
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- Igor V Gouskov
Igor Guskov Phones & Addresses
- Pinckney, MI
- 3840 Windemere Ct, Ann Arbor, MI 48105 • 7347699438
- 2735 Windwood Dr, Ann Arbor, MI 48105 • 7347699438
- Frederick, IL
- 94 Parkwood Ave, Pasadena, CA 91107
- 1818 Ramona Ave, South Pasadena, CA 91030 • 3232556852
- Princeton, NJ
- Philadelphia, PA
- 3840 Windemere Dr, Ann Arbor, MI 48105 • 7347699438
Work
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Position:Professional/Technical
Education
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Degree:Graduate or professional degree
Us Patents
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Hybrid Meshes
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US Patent:7006088, Feb 28, 2006
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Filed:Jan 30, 2002
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Appl. No.:10/066100
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Inventors:Igor Guskov - Ann Arbor MI, US
Andrei Khodakovsky - Pasadena CA, US
Peter Schröder - Pasadena CA, US
Wim Sweldens - New Providence NJ, US -
Assignee:California Institute of Technology - Pasadena CA
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International Classification:G06T 17/00
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US Classification:345420, 345423, 345440
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Abstract:A method of forming a hybrid mesh representation of an object surface is provided, along with the hybrid mesh representation and data structures corresponding to various polygons in the hybrid mesh representation. The hybrid mesh representation comprises a base mesh and one or more higher level meshes. At least one of the higher level meshes representing a patch is an irregular mesh. The method of forming the hybrid mesh representation comprises the steps of forming a base mesh, and then forming one or more higher level meshes from the base mesh through one or more regular refinement operations in combination with at least one irregular operation.
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Use Of Normal Meshes In Three-Dimensional Imaging
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US Patent:7129947, Oct 31, 2006
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Filed:Jul 26, 2000
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Appl. No.:09/820383
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Inventors:Peter Schroeder - Pasadena CA, US
Igor Guskov - South Pasadena CA, US
Wim Sweldens - New Providence NJ, US -
Assignee:California Institute of Technology - Pasadena CA
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International Classification:G06T 15/00
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US Classification:345428, 345441, 345581
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Abstract:A special set of normal meshes is defined where errors and residuals will also be along a direction that minimizes the error in coding. These normal meshes can be used to model a three dimensional surface.
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Hybrid Meshes
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US Patent:7315303, Jan 1, 2008
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Filed:Oct 28, 2004
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Appl. No.:10/977555
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Inventors:Igor Guskov - Ann Arbor MI, US
Andrei Khodakovsky - Pasadena CA, US
Peter Schröder - Pasadena CA, US
Wim Sweldens - New Providence NJ, US -
Assignee:California Institute of Technology - Pasadena CA
Lucent Technologies, Inc. - Murray Hill NJ -
International Classification:G06T 15/30
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US Classification:345423, 345419, 345420, 345440
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Abstract:A method of forming a hybrid mesh representation of an object surface is provided, along with the hybrid mesh representation and data structures corresponding to various polygons in the hybrid mesh representation. The hybrid mesh representation comprises a base mesh and one or more higher level meshes. At least one of the higher level meshes representing a patch is an irregular mesh. The method of forming the hybrid mesh representation comprises the steps of forming a base mesh, and then forming one or more higher level meshes from the base mesh through one or more regular refinement operations in combination with at least one irregular operation.
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Proxy Based Approach For Generation Of Level Of Detail
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US Patent:8390623, Mar 5, 2013
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Filed:Apr 10, 2009
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Appl. No.:12/421978
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Inventors:Igor Guskov - Ann Arbor MI, US
Emil C. Praun - Fremont CA, US
Paul Strauss - Sunnyvale CA, US
Costa Touma - Santa Clara CA, US -
Assignee:Google Inc. - Mountain View CA
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International Classification:G06T 17/00
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US Classification:345428, 345419, 345581, 345582
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Abstract:A proxy based approach for generation of level of detail. In an embodiment, the present invention generates level of detail using a proxy based approach by (1) receiving a three dimensional polygon mesh with textures; (2) extracting a set of masking primitives above a first threshold from the three dimensional polygon mesh; (3) calculating a set of proxy planes, where the calculation includes associating each proxy plane with at least one of the masking primitives; and (4) optimizing the set of proxy planes.
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Automatic Generation Of 2.5D Extruded Polygons From Full 3D Models
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US Patent:20150187130, Jul 2, 2015
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Filed:Feb 10, 2011
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Appl. No.:13/024855
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Inventors:Igor Guskov - Ann Arbor MI, US
Brian Brewington - Fort Collins CO, US -
Assignee:Google Inc. - Mountain View CA
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International Classification:G06T 17/00
G06T 17/20 -
Abstract:A capability to automatically generate a two-and-a-half-dimensional (2.5D) model from a three-dimensional (3D) model comprising a mesh of polygons representing a plurality of objects in a three-dimensional environment is provided. Such a two-and-a-half-dimensional model includes a set of extruded polygons (e.g., right prisms), each of which can have multiple shells (e.g., outer loops) and holes (e.g., inner loops). Such a group of shells and holes defines a volume in space according to its position relative to a reference plane. Namely, the volume is defined by a base height from which extrusion begins and an extrusion distance. This capability can be applied to any 3D model, including but not limited to, 3D building models.
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Block Based Level Of Detail Representation
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US Patent:20140354626, Dec 4, 2014
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Filed:May 12, 2010
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Appl. No.:12/778801
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Inventors:Igor Guskov - Ann Arbor MI, US
Paul S. Strauss - Sunnyvale CA, US
Emil Praun - Union City CA, US
Costa Touma - Haifa, IL -
Assignee:Google Inc. - Mountain View CA
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International Classification:G06T 15/00
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US Classification:345419
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Abstract:Systems and methods for block based level of detail representation are described herein. A method embodiment includes extracting one or more 3D models from 3D data, grouping the 3D models based on one or more attributes of the 3D models, distributing the grouped 3D models to a plurality of resolution levels of a geospatial data structure, and merging the grouped 3D models as a combined 3D model. A system embodiment includes a prepossessing system configured to extract one or more 3D models from 3D data and a block level of detail (LOD) creator configured to group the 3D models based on one or more attributes of the 3D models, and to render the grouped 3D models as a combined 3D model.
Igor Guskov
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Yakup Emil, Muhammet Yamak, Ali Gulsah Kahraman, Bar Soy, Abdullah Avc
News
Ukrainian separatist leader is killed in restaurant bombing
view source- Igor Guskov, the chief of staff for the SBU, Ukraines intelligence agency, told reporters in Kyiv, Ukraines capital, that Zakharchenkos death could be the result of internal, criminal conflicts among the fighters or an effort by Russian special services to liquidate a fairly odious figure on
- Date: Sep 01, 2018
- Category: Headlines
- Source: Google
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Igor Guskov
Igor Guskov
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