MATTHEW BENNETT
Restorative Service Providers at Austin Center Blvd, Austin, TX
License number
Texas 1242529
Category
Restorative Service Providers
Type
Orthopedic
Address
Address
6818 Austin Center Blvd STE 111, Austin, TX 78731
Phone
(512) 418-8870
(512) 538-5352
(512) 538-5352
Personal information
See more information about MATTHEW BENNETT at radaris.comName
Address
Phone
510 Fairchild St, San Antonio, TX 78236
6029 S Alameda St, Corpus Christi, TX 78412
6005 E Highway 80, Midland, TX 79706
3518 Plum Ln, Amarillo, TX 79121
Professional information
See more information about MATTHEW BENNETT at trustoria.com
Autonomous Surface Watercraft
Autonomous Surface Watercraft
US Patent:
2005001, Jan 27, 2005
Filed:
Aug 23, 2004
Appl. No.:
10/923999
Inventors:
Miguel Cardoza - Round Rock TX, US
Sarah Benedict - Austin TX, US
Anne Mayoral - Austin TX, US
Matthew Bennett - Austin TX, US
J. Clark Hughes - Austin TX, US
Donald Tucker - Austin TX, US
Sarah Benedict - Austin TX, US
Anne Mayoral - Austin TX, US
Matthew Bennett - Austin TX, US
J. Clark Hughes - Austin TX, US
Donald Tucker - Austin TX, US
International Classification:
B63H021/21
US Classification:
11414400A
Abstract:
An autonomous surface watercraft is disclosed. The watercraft may include a control module, a communications module, a power management module, a differential thrust propulsion system, and a navigation module. One or more sensors may be provided internal to the watercraft and/or coupled to a sensor module coupling point on the watercraft. An operator may provide the watercraft with mission parameters such as but not limited to station point(s), a sensing location or area, a sensing duration, and/or a sensing time. The watercraft may determine a course heading to reach a station point or sensing area. The control module may control the propulsion system to reach the station point and for station keeping. The watercraft may gather sensor data. The sensor data may be analyzed, filtered, stored in memory and/or transmitted to a control center. The control center may receive real-time data from a plurality of such watercraft.
Autonomous Surface Watercraft
Autonomous Surface Watercraft
US Patent:
6854406, Feb 15, 2005
Filed:
Apr 10, 2003
Appl. No.:
10/411071
Inventors:
Miguel A. Cardoza - Round Rock TX, US
Sarah Benedict - Austin TX, US
Anne Mayoral - Austin TX, US
Matthew Bennett - Austin TX, US
J. Clark Hughes - Austin TX, US
Donald Tucker - Austin TX, US
Sarah Benedict - Austin TX, US
Anne Mayoral - Austin TX, US
Matthew Bennett - Austin TX, US
J. Clark Hughes - Austin TX, US
Donald Tucker - Austin TX, US
Assignee:
Board of Regents, The University of Texas System - Austin TX
International Classification:
B63H025/00
US Classification:
114144RE
Abstract:
An autonomous surface watercraft is disclosed. The watercraft may include a control module, a communications module, a power management module, a differential thrust propulsion system, and a navigation module. One or more sensors may be provided internal to the watercraft and/or coupled to a sensor module coupling point on the watercraft. An operator may provide the watercraft with mission parameters such as but not limited to station point(s), a sensing location or area, a sensing duration, and/or a sensing time. The watercraft may determine a course heading to reach a station point or sensing area. The control module may control the propulsion system to reach the station point and for station keeping. The watercraft may gather sensor data. The sensor data may be analyzed, filtered, stored in memory and/or transmitted to a control center.
System Implementing Shared Interface For Network Link Aggregation And System Management
System Implementing Shared Interface For Network Link Aggregation And System Management
US Patent:
2007000, Jan 4, 2007
Filed:
Jun 29, 2005
Appl. No.:
11/170372
Inventors:
Matthew Bennett - Austin TX, US
Hendrich Hernandez - Round Rock TX, US
Hendrich Hernandez - Round Rock TX, US
International Classification:
H04L 12/28, H04L 12/66
US Classification:
370351000, 370463000
Abstract:
A technique is disclosed for combining link aggregation techniques and system management techniques. More particularly, system management techniques may share ports with the link aggregation team ports. The link aggregation team may include one or more ports that connect to a device that is connected to a baseboard management controller. The ports that connect to the baseboard management controller may be configured as a sub-team within the link aggregation team. The sub-team may be mapped to a dedicated MAC address. System management packets may be selectively routed to this sub-team of ports.