Front End Processor Developer at Lawrence Livermore National Laboratory
Location:
Livermore, California
Industry:
Computer Software
Work:
Lawrence Livermore National Laboratory - Livermore, CA since Jun 2011
Front End Processor Developer
BYU Configurable Computing Lab Apr 2007 - May 2011
Research Assistant
Los Alamos National Laboratory May 2009 - Aug 2009
Student Intern
BYU Harold B. Lee Library Aug 2006 - Apr 2009
Computer/Multimedia Assistant
Los Alamos National Laboratory Apr 2008 - Aug 2008
Student Intern
Education:
Brigham Young University 2009 - 2011
MS, Electrical and Computer Engineering
Brigham Young University 2003 - 2009
BS, Computer Engineering
Skills:
FPGA Computer Architecture Embedded Systems VHDL Matlab LaTeX Java C C++ Algorithms Xilinx Programming ModelSim Synplify Pro Software Development
Douglas Moore - Epping NH, US William D. Howes - Danville NH, US Karli M. Raymond - Freemont NH, US Paul E. Smith - Chester NH, US
Assignee:
Parker-Hannifin Corporation - Cleveland OH
International Classification:
B01D 53/22
US Classification:
96 8, 95 45, 95 52, 96 4, 96 7, 96 10
Abstract:
An air dryer having an internal orifice designed into an outlet end cap that eliminates the need for external valves or regulators to control the flow of air through the dryer. The internal orifice, which can be press-fit or threaded into the end cap, provides a consistent and stable outlet flow and dew point and eliminates the need for instruments to measure outlet flow and dew point. The orifice size can be easily changed for changing outlet flow and dew point. A protective tubular shroud is provided for shielding a membrane module of the dryer, and for routing sweep gas to a bottom vent.
Thomas A. Nolting - Holliston MA William A. Howes - Millbury MA Karen Dion - Dudley MA
Assignee:
Bell Atlantic Network Services, Inc. - Arlington VA
International Classification:
H04M 1500 H04M 700
US Classification:
379112
Abstract:
Local exchange carriers (LECs) face increasingly stiff competition. The LECs provide interconnect services for many of the potentially competing carriers. To forecast business trends and manage its network, any carrier, particularly a LEC, needs to effectively estimate the size and revenue generating potentials of the business of the potentially competing carriers. In accord with the invention, monitor equipment on the one carrier's network forms detailed records from call related messages produced by that network for interconnect call traffic with another carrier's network. These records are loaded into a relational database. Preferably, a data preparation routine enhances the data, for example, by translating certain codes into text and by spreading usage data over predefined time intervals. An on-line analytical processing program runs one or more applications to analyze the interconnect traffic. The analysis provides traffic data regarding the current size and/or changes in the customer base of the other carrier.