Ostby
David Linus Ostby, Las Cruces, NM US
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20160124947 | SYSTEMS AND METHODS FOR ENTERPRISE DATA SEARCH AND ANALYSIS - A system and method for enterprise searching of documents. The system comprises a computing system configured to receive one or more search terms, and responsively analyze a group of documents to return analysis results. A method for enterprise searching includes indexing the group of documents, determining relevant terms and measuring the context between terms. Relevant portions of documents, also called passages of interest, are determined as part of the analysis process. The analysis also uses a calculated importance value of terms as part of the analysis process. | 05-05-2016 |
20160125038 | SYSTEMS AND METHODS FOR ENTERPRISE DATA SEARCH AND ANALYSIS - A system and method for enterprise searching of documents. The system comprises a computing system configured to receive one or more search terms, and responsively analyze a group of documents to return analysis results. A method for enterprise searching includes indexing the group of documents, determining relevant terms and measuring the context between terms. Relevant portions of documents, also called passages of interest, are determined as part of the analysis process. The analysis includes analyzing the passages of interest for words, repeating term sequences, non-consecutive repeating root term sequences, and non-word terms. The terms/sequences are scored and sorted, resulting in a set of high-importance items, allowing a user to quickly subselect search results without reading through the results. | 05-05-2016 |
Kenneth Ostby, Trondheim NO
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20140354654 | HIDDEN SURFACE REMOVAL IN GRAPHICS PROCESSING SYSTEMS - Early depth test stages of a graphics processing pipeline broadcast information about fragments having conditional discard tests associated with them and that pass those early depth tests to other stages in the pipeline. The other stages in the pipeline use the early depth test pass information to determine if the processing of any fragments that they are currently processing can be slowed down. If a fragment that triggered the slowing down of the processing of fragments that are already in the pipeline passes all the conditional discard tests it is to be subjected to, a signal that triggers stopping of the processing of the fragments whose processing it had previously slowed down is sent. If the fragment fails a conditional discard test it is to be subjected to, a signal triggering the reviving of the processing of the fragments whose processing it had previously slowed down is sent. | 12-04-2014 |
Kenneth Edvard Ostby, Trondheim NO
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20140375637 | APPARATUS AND METHOD FOR PROCESSING GRAPHICS PRIMITIVES - A method and apparatus includes primitive setup circuitry for determining a plurality of functions for an input graphics primitive, including an edge function associated with each edge of the input graphics primitive and a depth function associated with the input graphics primitive. Rasterization circuitry performs a rasterization operation in order to calculate position data for a plurality of graphics fragments to be used to represent the input graphics primitive. In a default mode of operation, depth bound clipping circuitry performs a depth bound clipping operation by determining, for each graphics fragment in said plurality of graphics fragments, a depth value for said graphics fragment using the depth function, and determining whether said depth value resides within a valid depth range of a view frustum, the graphics fragment being discarded from further processing if its depth value does not reside within said valid depth range. | 12-25-2014 |
Myron C. Ostby, Big Lake, MN US
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20100315001 | LIGHT EMITTING DIODE DEVICES CONFIGURED AS A REPLACEMENT TO LINEAR FLUORESCENT TUBE DEVICES - The present invention is directed generally to lighting devices, and more particularly to white light LED-based lighting devices configured as a replacement to linear fluorescent tube devices. In a preferred embodiment of the present invention, the substrate may consist of multiple twelve-inch sections each with individual LEDs. In this configuration, 4 such twelve-inch sections may be aligned collinearly to form a 4 foot white light LED device similar to T5, T8, or T12 fluorescent light tubes. | 12-16-2010 |