Steven P Wong

6438591, Aug 20, 2002

Jul 5, 2000

09/609786

Leonard G. Fehskens - Westboro MA
Colin Strutt - Westford MA
Steven K. Wong - Chelmsford MA
Jill F. Callander - Hudson MA
Peter H. Burgess - Salisbury MA
Kathy Jo Nelson - Nashua NH
Matthew J. Guertin - Westford MA
Gerard R. Plouffe - Nashua NH
Mark W. Sylor - Nashua NH
Kenneth W. Chapman - Nashua NH
Robert C. Schuchard - Ashburnham MA
Stanley I. Goldfarb - Hudson MA
Anil V. Navkal - Maynard MA
Dennis O. Rogers - Leominster MA
Linsey B. OBrien - Wellesley MA
Philip J. Trasatti - Brookline NH
Christine C. Chan-Lizardo - Chelmsford MA
Benjamin M. England - Haverhill MA
Richard L. Rosenbaum - Pepperell MA
Ruth E. J. Kohls - Acton MA
David L. Aronson - Boston MA
Allan B. Moore - Acton MA
Danny L. Smith - Haverhill MA
G. Paul Koning - Brookline NH
Sheryl F. Namoglu - Mount Vernon NH
Mark J. Seger - Harvard MA
Timothy M. Dixon - Woodcote Reading, GB
Jeffrey R. Harrow - Amherst NH

Compaq Information Technologies Group L.P. - Houston TX

G06F 15173

709223, 709102, 709224, 709225, 709226

A system for managing an assemblage of entities. The entities interface within the assemblage for control of primary information handling functions and further interface with the system to permit the carrying out of management functions. The system includes management modules adapted to carry out management functions by independently interpreting and executing commands and a kernel including a table of dispatch pointers for directing the commands to the respective modules in which they are to be interpreted and executed. In addition, the system includes storage containing domain information defining groups of entities, where the kernel may issue a command to a group by issuing individual commands to appropriate modules.

7512139, Mar 31, 2009

May 16, 2006

11/435904

Steven Wong - San Francisco CA, US
C. Brem Chandar - Melbourne, AU
Kin Au - Fremont CA, US

Oracle International Corporation - Redwood Shores CA

H04L 12/28
H04L 12/56
G06F 15/16
G06F 15/173
G06F 15/177

370401, 370254, 709203, 709219, 709223, 713 2

A method of enabling remote booting of a remote boot client in a switched network defining a plurality of virtual local area networks (VLANs). The switched network may include a first trunking aware switch, a first remote boot client and a remote boot server and the method may include setting a first port of the first trunking aware switch to a first mode in which traffic received on the first port set in the first mode is directed to a first predetermined native VLAN of the plurality of VLANs; receiving a request for remote boot from the first remote boot client on the first port of the first trunking aware switch, the first port being set in the first mode; directing the request for remote boot from the first trunking aware switch to a second port of the remote boot server, the second port being configured to receive traffic on the first predetermined native VLAN; receiving selected files from the remote boot server on the first predetermined native VLAN and forwarding the received files to the first remote boot client on the first predetermined native VLAN, the selected files being operative to enable the first remote boot client to initiate loading and booting a selected operating system, and switching the first port of the first trunking aware switch from the first mode to a second mode that enables the first remote boot client to specify one of the plurality of VLANs and to send traffic to the first trunking aware switch on the specified one of the plurality of VLANs.

20130317793, Nov 28, 2013

May 16, 2013

13/895635

Narasimhan SUNDARAM - Fairfax VA, US
Bryan M. KNICKERBOCKER - Centreville VA, US
Steven WONG - Spring TX, US

EXXONMOBIL RESEARCH AND ENGINEERING COMPANY - Annandale NJ

G06F 17/50

703 2

Partition coefficients for solutes in solvent-water systems are estimated based on corresponding values for the octanol-water system. The estimation of the partition coefficient includes correction factors based on the nature of the solute and the solvent. Petroleum fractions are an example of a suitable solvent for which a partition coefficient can be estimated, although other types of solvents can be used in developing a model for use in the estimation.

54758386, Dec 12, 1995

Nov 30, 1993

8/159737

Leonard G. Fehskens - Westboro MA
Colin Strutt - Westford MA
Steven K. Wong - Chelmsford MA
Jill F. Callander - Hudson MA
Peter H. Burgess - Salisbury MA
Kathy J. Nelson - Nashua NH
Matthew J. Guertin - Westford MA
Gerard R. Plouffe - Nashua NH
Mark W. Sylor - Nashua NH
Kenneth W. Chapman - Nashua NH
Robert C. Schuchard - Ashburnham MA
Stanley I. Goldfarb - Hudson MA
Anil V. Navkal - Maynard MA
Dennis O. Rogers - Leominster MA
Linsey B. O'Brien - Wellesley MA
Philip J. Trasatti - Brookline NH
Christine C. Chan-Lizardo - Chelmsford MA
Benjamin M. England - Haverhill MA
James L. Lemmon - Leominster MA
Richard L. Rosenbaum - Pepperell MA
Ruth E. J. Kohls - Acton MA
David L. Aronson - Boston MA
Allan B. Moore - Acton MA
Danny L. Smith - Haverhill MA
William C. Adams - Topsfield MA
G. Paul Koning - Brookline NH
Sheryl F. Namoglu - Mount Vernon NH
Mark J. Seger - Harvard MA
Timothy M. Dixon - Woodcote Reading, GB
Jeffrey R. Harrow - Amherst NH

Digital Equipment Corporation - Maynard MA

G06F 1516
G06F 1100

3951851

A system for managing an assemblage of entities. The entities interface within the assemblage for control of primary information handling functions and further interface with the system to permit the carrying out of management functions. The system includes management modules adapted to carry out management functions by independently interpreting and executing commands, a kernel including a table of dispatch pointers for directing the commands to the respective modules in which they are to be interpreted and executed, and an enroller for enrolling new modules into the system by adding further pointers to the table. In addition, the system includes: a module adapted to independently interpret and execute selected management-related commands; stored records relating to accessed management information, each record indicating an associated time; an information manager, responsive to commands having a time schedule, for retrieving information from the records or accessing information from the entities, including a scheduler for issuing subsidiary accesses or retrievals at possibly multiple times according to the schedule; storage containing domain information defining groups of entities, where the kernel may issue a commands to a group by issuing individual commands to appropriate modules; a common command syntax including fields for identifying the entity and the operation to be performed; a module that stores rules identifying alarm conditions, including a generator for generating rules and an alarm detector for detecting an alarm condition in response to the rules; a module adapted to carry out self-management functions by interpreting and executing commands.

56089074, Mar 4, 1997

Apr 4, 1995

8/416928

Leonard G. Fehskens - Westboro MA
Colin Strutt - Westford MA
Steven K. Wong - Chelmsford MA

Digital Equipment Corp. - Maynard MA

G06F 1500

395672

A system for managing an assemblage of entities. The entities interface within the assemblage for control of primary information handling functions and further interface with the system to permit the carrying out of management functions. The system includes management modules adapted to carry out management functions by independently interpreting and executing commands, a kernel including a table of dispatch pointers for directing the commands to the respective modules in which they are to be interpreted and executed, and an enroller for enrolling new modules into the system by adding further pointers to the table. In addition, the system includes: a module adapted to independently interpret and execute selected management-related commands; stored records relating to accessed management information, each record indicating an associated time; an information manager, responsive to commands having a time schedule, for retrieving information from the records or accessing information from the entities, including a scheduler for issuing subsidiary accesses or retrievals at possibly multiple times according to the schedule; storage containing domain information defining groups of entities, where the kernel may issue a commands to a group by issuing individual commands to appropriate modules; a common command syntax including fields for identifying the entity and the operation to be performed; a module that stores rules identifying alarm conditions, including a generator for generating rules and an alarm detector for detecting an alarm condition in response to the rules; a module adapted to carry out self-management functions by interpreting and executing commands.

53455878, Sep 6, 1994

Sep 7, 1989

7/402391

Leonard G. Fehskens - Westboro MA
Colin Strutt - Westford MA
Steven K. Wong - Chelmsford MA
Jill F. Callander - Hudson MA
Peter H. Burgess - Salisbury MA
Kathy J. Nelson - Nashua NH
Matthew J. Guertin - Westford MA
Mark W. Sylor - Nashua NH
Kenneth W. Chapman - Nashua NH
Robert C. Schuchard - Ashburnham MA
Stanley I. Goldfarb - Hudson MA
Dennis O. Rogers - Leominster MA
Linsey B. O'Brien - Wellesley MA
Philip J. Trasatti - Brookline NH
Benjamin M. England - Haverhill MA
James L. Lemmon - Leominster MA
Richard L. Rosenbaum - Pepperell MA
Ruth E. J. Kohls - Acton MA
David L. Aronson - Boston MA
Danny L. Smith - Haverhill MA
William C. Adams - Topsfield MA
G. Paul Koning - Brookline NH
Sheryl F. Namoglu - Mount Vernon NH
Mark J. Seger - Harvard MA
Timothy M. Dixon - Woodcote Reading, GB
Jeffrey R. Harrow - Amherst NH

Digital Equipment Corporation - Maynard MA

G06F 900
G06F 1540

395650

A system for managing an assemblage of entities. The entities interface within the assemblage for control of primary information handling functions and further interface with the system to permit the carrying out of management functions. The system includes management modules adapted to carry out management functions by independently interpreting and executing commands, a kernel including a table of dispatch pointers for directing the commands to the respective modules in which they are to be interpreted and executed, and an enroller for enrolling new modules into the system by adding further pointers to the table. In addition, the system includes: a module adapted to independently interpret and execute selected management-related commands; stored records relating to accessed management information, each record indicating an associated time; an information manager, responsive to commands having a time schedule, for retrieving information from the records or accessing information from the entities, including a scheduler for issuing subsidiary accesses or retrievals at possibly multiple times according to the schedule; storage containing domain information defining groups of entities, where the kernel may issue a commands to a group by issuing individual commands to appropriate modules; a common command syntax including fields for identifying the entity and the operation to be performed; a module that stores rules identifying alarm conditions, including a generator for generating rules and an alarm detector for detecting an alarm condition in response to the rules; a module adapted to carry out self-management functions by interpreting and executing commands.