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Greg G Minshall, 72Carmel, CA

Greg Minshall Phones & Addresses

Carmel, CA   

San Diego, CA   

Petrolia, CA   

Ann Arbor, MI   

Los Altos, CA   

McKinleyville, CA   

Albany, CA   

Sioux Falls, SD   

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Greg G Minshall

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Education

School / High School: University of California, Berkeley 1970 to 1985

Skills

High Performance Computing • Python • Algorithms • C • Computer Science • Linux • C++ • Distributed Systems • Latex • Simulations • Unix • Embedded Systems • Software Design • Software Development • Software Engineering • Tcp/Ip • Programming • System Architecture • Shell Scripting

Industries

Research

Mentions for Greg G Minshall

Greg Minshall resumes & CV records

Resumes

Greg Minshall Photo 10

Greg Minshall

Location:
Carmel, CA
Industry:
Research
Education:
University of California, Berkeley 1970 - 1985
Skills:
High Performance Computing, Python, Algorithms, C, Computer Science, Linux, C++, Distributed Systems, Latex, Simulations, Unix, Embedded Systems, Software Design, Software Development, Software Engineering, Tcp/Ip, Programming, System Architecture, Shell Scripting

Publications & IP owners

Us Patents

Method For Locating Fraudulent Replicas Of Web Sites

US Patent:
2010009, Apr 15, 2010
Filed:
Oct 14, 2008
Appl. No.:
12/287802
Inventors:
Balachander Krishnamurthy - New York NY, US
Greg Minshall - Los Altos CA, US
International Classification:
G06F 21/00
G06F 7/06
G06F 17/30
US Classification:
726 22, 707E17108
Abstract:
A method for detecting Web sites used for phishing, including preselecting one or more Web sites to be examined for duplication, selecting at least one or more elements that are present in the preselected Web site and that relate to characteristic identifying features of the preselected Web site, forming at least one search query using the one or more elements, and submitting the at least one search query to an indexed public search engine. The elements illustratively may be URL substrings, content identification substrings, or tree structure-related substrings. A report of Web sites using the selected one or more search terms is received from the public search engine in response to the query, and the preselected Web site is eliminated from the Web sites found in the search. The remaining Web sites retrieved in the search are further analyzed, by additional focused searching of the retrieved pages, by comparing header or tree structure information, or other techniques to compare them with the preselected Web site to identify unauthorized near-replicas of the known legitimate Web site for responsive action.

Method And Apparatus For Dynamically Shifting Between Routing And Switching Packets In A Transmission Network

US Patent:
5920705, Jul 6, 1999
Filed:
Jan 30, 1997
Appl. No.:
8/792183
Inventors:
Thomas Lyon - Palo Alto CA
Peter Newman - Mountain View CA
Greg Minshall - Los Altos CA
Robert Hinden - Palo Alto CA
Fong Ching Liaw - Sunnyvale CA
Eric Hoffman - Redwood City CA
Lawrence B. Huston - Sunnyvale CA
William A. Roberson - Scotts Valley CA
Assignee:
Nokia IP, Inc. - Sunnyvale CA
International Classification:
G06F 1516
US Classification:
3952007
Abstract:
A method and apparatus for dynamically shifting between switching and routing packets efficiently to provide high packet throughput. The present invention provides a method for transmitting packets between an upstream node and a downstream node in a network that utilizes flow classification and labelling to redirect flows. The method includes the steps of establishing default virtual channels between the upstream node and the downstream node, receiving a packet at the downstream node, performing a flow classification at the downstream node on the packet to determine whether the packet belongs to a specified flow that should be redirected in the upstream node, selecting a free label at the downstream node, and informing the upstream node that future packets belonging to the specified flow should be sent with the selected free label attached. Other embodiments of the present invention include a basic switching unit, a switch gateway unit, and a switching agent for use in a system for transmitting packets in a network. Another embodiment includes system software, fixed on tangible media, that performs flow classification of packets to enable flow labelling and redirection to dynamically shift between Layer 3 IP packet routing and Layer 2 switching to optimize packet traffic throughput.

Method And Apparatus For Dynamically Shifting Between Routing And Switching Packets In A Transmission Network

US Patent:
5892924, Apr 6, 1999
Filed:
Jan 31, 1996
Appl. No.:
8/597520
Inventors:
Thomas Lyon - Palo Alto CA
Peter Newman - Mt. View CA
Greg Minshall - Los Altos CA
Robert Hinden - Palo Alto CA
Fong Ching Liaw - Sunnyvale CA
Eric Hoffman - Mt. View CA
Assignee:
IPSILON Networks, Inc. - Sunnyvale CA
International Classification:
G06F 1516
US Classification:
39520075
Abstract:
A method and apparatus for dynamically shifting between switching and routing packets efficiently to provide high packet throughput. The present invention provides a method for transmitting packets between an upstream node and a downstream node in a network that utilizes flow classification and labelling to redirect flows. The method includes the steps of establishing default virtual channels between the upstream node and the downstream node, receiving a packet at the downstream node, performing a flow classification at the downstream node on the packet to determine whether the packet belongs to a specified flow that should be redirected in the upstream node, selecting a free label at the downstream node, and informing the upstream node that future packets belonging to the specified flow should be sent with the selected free label attached. Other embodiments of the present invention include a basic switching unit and a switch gateway unit for use in a system for transmitting packets in a network. Another embodiment includes system software, fixed on tangible media, that performs flow classification of packets to enable flow labelling and redirection to dynamically shift between Layer 3 IP packet routing and Layer 2 switching to optimize packet traffic throughput.

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