Holland Parker
Consulting Manager
Evry Health May 2018 - May 2019
Director of Program Management
4Medica Apr 2016 - May 2018
Director of Client Operations
Afoundria Oct 2012 - Apr 2016
Chief Operating Officer
Us-Analytics Apr 1, 2013 - Apr 2016
Epm Practice Manager
Education:
Louisiana State University 2019
Master of Science, Masters, Leadership
The University of Texas at Dallas 1999 - 2000
Masters, Accounting
Texas State University 1993 - 1996
Bachelors, Bachelor of Business Administration, Finance
Skills:
Consolidation Process Improvement Managerial Finance Management Consulting Integration Business Performance Management Essbase Hyperion Enterprise Hyperion Planning Cognos Sarbanes Oxley Act Shared Services Business Process Improvement Financial Reporting Business Intelligence Finance Enterprise Software Management Epm Strategic Partnerships Hyperion Enterprise Project Management Business Analysis Strategy Consulting Project Management Financial Analysis Customer Relationship Management Business Process Change Management Strategic Planning Program Management Business Strategy Forecasting Leadership Enterprise Resource Planning Financial Modeling Business Development Budgeting Accounting Analytics It Strategy Team Leadership Cross Functional Team Leadership Sales and Marketing Strategic Pla Training and Mentoring Issue Resolution Software Development Life Cycle
Certifications:
Project Management Professional Project Management Institute
Brooks Vaughan - Houston TX, US Allen T. Morrison - Tomball TX, US Hoang Thanh Nguyen - Houston TX, US David A. Moore - Tomball TX, US Chris F. Felcman - Spring TX, US
Assignee:
Hewlett-Packard Development Company, L.P. - Houston TX
David A. Moore - Tomball TX, US Tuong Q. Tran - Houston TX, US Hoang Thanh Nguyen - Houston TX, US Allen T. Morrison - Tomball TX, US Royal H. King - Magnolia TX, US
Assignee:
Hewlett-Packard Development Company, L.P. - Houston TX
International Classification:
G06F 3/00 G06F 13/00 G06F 15/177
US Classification:
710 8, 710 15, 710 17, 710104, 709220, 717171
Abstract:
A method for automating configuration of devices in a network having a network bus for communicating with the devices, wherein the network is implemented in a physical environment the method comprising detecting a device assembly that is connected to the network bus, wherein the device assembly includes a plurality of devices assembled thereon in a predetermined physical order; upon detecting a device assembly connected to the network bus, determining whether the detected device assembly is of a predetermined first type; upon determining that the detected device assembly is of the first type, reading data from the plurality of devices assembled thereon in an order corresponding to the predetermined physical order of the plurality of devices as assembled on the device assembly; and identifying a physical location in the physical environment of each of the plurality of devices on the first-type device assembly based on the order in which data of the plurality of devices is read from the first-type device assembly.
Steve Tran - Houston TX, US Royal King - Magnolia TX, US David Moore - Tomball TX, US Allen Morrison - Tomball TX, US Stewart Nguyen - Houston TX, US Ratnesh Sharma - Fremont CA, US
International Classification:
G06F 15/16 G06F 15/00
US Classification:
702188, 709202
Abstract:
A distributed sensor system includes a plug-in attachment, the plug-in attachment having a memory and at least one sensor; a modular node, the plug-in attachment being configured to connect to the modular node, the modular node being configured to read the memory and receive sensor data from the at least one sensor; a network, the network being connected to the modular node; and a central processor, the central processor being connected to the network and being in communication with the modular node through the network. A method for configuring and using a distributed sensor system includes connecting at least one plug-in assembly to a modular node, the at least one plug-in assembly having a memory and at least one sensor, the memory containing configuration data; connecting the modular node and a central processor to a network; configuring the modular node via the network; the modular node retrieving the configuration data and sending the configuration data via the network to the central processor; the modular node receiving sensor data from the at least one sensor, the modular node transmitting the sensor data via the network to the central processor.
Plurality Of Sensors Coupled To A Series Of Switching Devices
David A. Moore - Houston TX, US Allen T. Morrison - Houston TX, US Hoang Thanh Nguyen - Houston TX, US
International Classification:
H04W 40/00
US Classification:
370338
Abstract:
A plurality of sensors are coupled to switching devices arranged in a series of switching devices. Each switching device has an upstream port and a downstream port. The series of switching devices is formed by coupling the downstream port of each switching device, except a last switching device in the series of switching devices, to the upstream port of a next switching device in the series of switching devices.
Waimea Canyon Elementary School Waimea HI 1968-1971, Plaza Park Elementary School Evansville IN 1972-1975, Washington Junior High School Montgomery AL 1975-1976