Herbert Dewitt Schwetman

20070011330, Jan 11, 2007

Feb 3, 2006

11/346900

Darpan Dinker - Union City CA, US
Herbert Schwetman - Austin TX, US
Jan Bonebakker - Mountain View CA, US

Sun Microsystems, Inc. - Santa Clara CA

G06F 15/173

709226000

An application server may be instrumented to provide a resource measurement framework to collect resource usage data regarding request processing by the application server and applications executing on the application server. The resource measurement framework of an application server may collect hardware and software resource usage data regarding request processing at interception points located at interfaces between application components and services or other components of the application server by instrumenting those interfaces. The resource measurement framework may collect resource usage by instrumenting standard interfaces and/or methods of various specifications, such as implemented by containers or other components of the application server. Thus, the resource measurement framework may collect resource usage for applications or application components that do not include any resource measuring capabilities. The collected resource usage data may be parsed and combined to create an overall characterization of resource usage corresponding to the application server's request processing.

20110200332, Aug 18, 2011

Mar 12, 2010

12/723591

Michael Oliver McCracken - Austin TX, US
Pranay Koka - Austin TX, US
Herbert Dewitt Schwetman - Austin TX, US
Xuezhe Zheng - San Diego CA, US
Ashok Krishnamoorthy - San Diego CA, US

Oracle International Corporation - Redwood Shores CA

H04J 14/08

398 52, 398 98

A system including first and second sending nodes, a horizontal optical data link (ODL) having optical signals propagating in opposite directions in first and second waveguide segments, a vertical ODL having optical signals propagating in the same direction throughout third and fourth waveguide segments, a first optical output switch operatively connecting the first sending node and the first waveguide segment and configured to switch first data item onto the first waveguide segment during a first timeslot, a second optical output switch operatively connecting the second sending node and the second waveguide segment and configured to switch second data item onto the second waveguide segment during a second timeslot, and an optical coupler pair operatively connecting the first and second waveguide segments to the third and fourth waveguide segments, respectively, and redirecting the first and the second data items from the horizontal to the vertical ODL.

20110200335, Aug 18, 2011

Feb 17, 2010

12/707554

Pranay Koka - Austin TX, US
Michael Oliver McCracken - Austin TX, US
Herbert Dewitt Schwetman - Austin TX, US
Xuezhe Zheng - San Diego CA, US
Ashok Krishnamoorthy - San Diego CA, US

ORACLE INTERNATIONAL CORPORATION - Redwood Shores CA

H04J 14/08

398 98

A system for optical data communication, including: a first sending node including a first data item for transmission to a first receiving node during a first timeslot; a second sending node including a second data item for transmission during a second timeslot; a first optical data link (ODL) and a second ODL; a first output switch configured to switch the first data item from the first sending node onto the first ODL during the first timeslot; a second output switch configured to switch the second data item from the second sending node onto the first ODL during the second timeslot; an optical coupler connecting the first and second ODL; and a first input switch operatively connecting the first receiving node with the second ODL and configured to switch the first data item from the second ODL to the first receiving node during the first timeslot.

20170315807, Nov 2, 2017

May 2, 2016

15/143753

- Redwood City CA, US
Herbert Schwetman - Austin TX, US
Avadh Patel - Cedar Park TX, US

G06F 9/30
G06F 9/38
G06F 9/30

A decoder circuit may be configured to receive an instruction which includes a plurality of data bits and decode a first subset of the plurality of data bits. A transcode circuit may be configured to determine if the received instruction is to be modified and, in response to a determination that the received instruction is to be modified, modify a second subset of the plurality of data bits.