Kenneth V Scott

8443085, May 14, 2013

Apr 26, 2011

13/094545

Nathan Jensen-Horne - Walnut Creek CA, US
Dileep Burki - San Jose CA, US
Walter Sims Harley - Seattle WA, US
Matthew Small - San Francisco CA, US
Kenneth Douglas Scott - Alameda CA, US
David Andrew Brooks - San Jose CA, US
Prasad Peddada - Alameda CA, US
Hemang Patel - Pleasanton CA, US
Gaurav Chawla - Foster City CA, US
Theresa Vietvu - Sunnyvale CA, US
Shriman Gurram - Pleasanton CA, US

salesforce.com, inc. - San Francisco CA

G06F 15/173

709226, 709223, 709224

Disclosed herein are techniques for creating a representation of dependency relationships between computing resources within a computing environment. In some implementations, one or more sources for dependency analysis may be identified. Each source may be capable of being accessed to provide computing functionality via the computing environment. Each source may include one or more references to a respective one or more computing resources. Each computing resource may define a unit of the computing functionality available within the computing environment. A plurality of dependency relationships may be identified based on the one or more sources. A dependency relationship representation may be created based on the identified dependency relationships.

20110276693, Nov 10, 2011

Apr 26, 2011

13/094568

Nathan Jensen-Horne - Walnut Creek CA, US
Dileep Burki - San Jose CA, US
Walter Sims Harley - Seattle WA, US
Matthew Small - San Francisco CA, US
Kenneth Douglas Scott - Alameda CA, US
David Andrew Brooks - San Jose CA, US
Prasad Peddada - Alameda CA, US
Hemang Patel - Pleasanton CA, US
Gaurav Chawla - Foster City CA, US
Theresa Vietvu - Sunnyvale CA, US
Shriman Gurram - Pleasanton CA, US

salesforce.com, Inc. - San Francisco CA

G06F 15/173

709226

Disclosed herein are techniques for provisioning computing services. In some implementations, a plurality of computing resources available within a computing environment are identified. The plurality of computing resources may be capable of being used to provide computing services via the computing environment. Each of the computing resources may comprise a respective unit of computing functionality available within the computing environment. A plurality of dependency relationships among the computing resources may be identified. Based on the identified dependency relationships, a first one or more of the computing resources may be selected for inclusion in a license definition. A license conforming to the license definition may provide an entity with access to the computing functionality associated with the first one or more computing resources.

20110276890, Nov 10, 2011

Apr 26, 2011

13/094561

Nathan Jensen-Horne - Walnut Creek CA, US
Dileep Burki - San Jose CA, US
Walter Sims Harley - Seattle WA, US
Matthew Small - San Francisco CA, US
Kenneth Douglas Scott - Alameda CA, US
David Andrew Brooks - San Jose CA, US
Prasad Peddada - Alameda CA, US
Hemang Patel - Pleasanton CA, US
Gaurav Chawla - Foster City CA, US
Theresa Vietvu - Sunnyvale CA, US
Shriman Gurram - Pleasanton CA, US

SALESFORCE.COM, INC. - San Francisco CA

G06F 3/00
G06F 15/173

715738, 709223

Disclosed herein are techniques for identifying computing resources specified by a representation of a computing service. In some implementations, a request to analyze a computing service provided via a computing environment may be received. The computing service may have an activated state in which the computing service is available for use and a deactivated state in which the computing service is not available for use. The computing environment may comprise a plurality of computing resources each defining a variable unit of computing functionality within the computing environment. Each computing resource may be associated with a respective parameter corresponding with a respective parameter value that specifies a level of the variable unit of computing functionality defined by the computing resource. The computing service may be represented by a metadata model comprising a plurality of nodes, at least some of which specify a respective one or more of the parameter values.

20110276892, Nov 10, 2011

Apr 26, 2011

13/094553

Nathan Jensen-Horne - Walnut Creek CA, US
Dileep Burki - San Jose CA, US
Walter Sims Harley - Seattle WA, US
Matthew Small - San Francisco CA, US
Kenneth Douglas Scott - Alameda CA, US
David Andrew Brooks - San Jose CA, US
Prasad Peddada - Alameda CA, US
Hemang Patel - Pleasanton CA, US
Gaurav Chawla - Foster City CA, US
Theresa Vietvu - Sunnyvale CA, US
Shriman Gurram - Pleasanton CA, US

SALESFORCE.COM, INC. - San Francisco CA

G06F 3/00

715744

Disclosed herein are techniques for providing a user interface component. In some implementations, a request for the user interface component may be received at a computing device. The user interface component may have a default visual presentation. A branding override may be selected from a plurality of available branding overrides. The branding override may define a modification to the default visual presentation of the user interface component. The branding override may be selected based on one or more contextual variables associated with the request for the user interface component. The user interface component may be modified in accordance with the selected branding override. The user interface component may be displayed on a display device.

20130311245, Nov 21, 2013

May 3, 2013

13/886701

Kenneth Douglas Scott - Alameda CA, US
Mrudula Kodali - San Francisco CA, US

SALESFORCE.COM, INC. - San Francisco CA

G06Q 10/06

705 739

In accordance with embodiments, mechanisms and methods are provided for gamifying personal development. The mechanisms and methods for gamifying personal development may enable embodiments to provide a technique for encouraging behaviors or skills in the work place through competitions and game theory often associated with games. The mechanisms and methods for gamifying personal development can include employees/players taking challenges and creating challenges. The mechanisms and methods for gamifying personal development can include a point economy in which the employee/player accumulates player and/or creator points, and obtains privileges may be assigned based on the number of points awarded in a particular topic area.

20140047117, Feb 13, 2014

Feb 7, 2013

13/762045

Dileep Burki - San Jose CA, US
Walter Sims Harley - Seattle WA, US
Matthew Small - San Francisco CA, US
Kenneth Douglas Scott - Alameda CA, US
David Andrew Brooks - San Jose CA, US
Prasad Peddada - Alameda CA, US
Hemang Patel - Pleasanton CA, US
Gaurav Chawla - Foster City CA, US
Theresa Vietvu - Sunnyvale CA, US
Shriman Gurram - Pleasanton CA, US

SALESFORCE.COM, INC. - San Francisco CA

H04L 12/911

709226

Disclosed herein are techniques for creating a representation of dependency relationships between computing resources within a computing environment. In some implementations, one or more sources for dependency analysis may be identified. Each source may be capable of being accessed to provide computing functionality via the computing environment. Each source may include one or more references to a respective one or more computing resources. Each computing resource may define a unit of the computing functionality available within the computing environment. A plurality of dependency relationships may be identified based on the one or more sources. A dependency relationship representation may be created based on the identified dependency relationships.

20140063662, Mar 6, 2014

Aug 21, 2013

13/987676

Kenneth Scott - Sunnyvale CA, US

Eco Power Design LLC - Sunnyvale CA

G08B 13/22
H02H 3/16

361 42, 307149

The present invention provides a system and method for individual or plural detection of the presence or absence of at least one installed solar panels whether or not the individual solar panel or the plurality of solar panel(s) operates to produce power during the detection process and whether or not the detection is conducted during the day or night, wherein the presence or absence of an individual solar panel or of a plurality of solar panels producing power during detecting comprises detecting presence or absence of one or more solar panels by an associated system that measures power output, and wherein during the detecting process insufficient voltage is produced for the associated system to measure power output. In addition, the present invention provides a means to detect a fire or arcing that may damage a power system, and can provide notification of the need for servicing the power system.

51114135, May 5, 1992

Mar 24, 1989

7/328427

Richard W. Lazansky - Pleasanton CA
Thomas R. Miller - Palo Alto CA
David R. Coelho - Fremont CA
Kenneth E. Scott - Fremont CA
Alec G. Stanculescu - San Mateo CA

Vantage Analysis Systems, Inc. - Fremont CA

G06F 1520

364578

A simulation system for circuit design is disclosed. The system couples a schematic editor and simulator to allow incremental changes to a design under test without requiring prior shutdown of the simulator. The system uses a method which permits a wide range of changes to the design and provides a resulting netlist for the changed design. Changes can be made to the schematic which include changes in hierarchy, addition or deletion of components (including hierarchical components), addition or deletion of signals at any level within the design hierarchy, addition or deletion of interconnections of components at any level of hierarchy within the design, addition and deletion of interface ports for any component type, substitution of a new component for an existing one (including swapping hierarchical and behavioral descriptions), and alteration of parametric data such as device delay timing. The simulation continues to run after design changes are made. The method may be used in conjunction with hardware modeling systems.