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William O Mcdermith

from Colorado Springs, CO
Age ~71
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Also known as:
William C Mcdermith, William O Mcdermitt, Bill Mcdermith, Willi Mcdermith, William H
Phone and address:
4750 Iron Horse Trl, Colorado Springs, CO 80917
Related to:
Lily FosterCynthia M Fleming, 47Mathew J Fleming, 49Justin J Foster, 44Timothy J Fleming, 46Stephen C FosterWendy S Mcdermith, 68Amanda E Foster, 41Lori A Fleming, 43
Connected to:
Cynthia Mcdermid, 66Danielle J Mcdermitt, 33Jenny Mcdermid, 74Kenneth L Mcdermitt, 77Lisa A Mcdermid, 63Matthew E Mcdermid, 32Natasha Mcdermid, 48Paula Mcdermith, 53Ronald G Mcdermitt, 74Ryan D Mcdermitt, 36

William Mcdermith Phones & Addresses

  • 4750 Iron Horse Trl, Colorado Springs, CO 80917
  • Colorado Spgs, CO
  • 15 Beaumont St, Sheppard AFB, TX 76311
  • Appleton, WI

Industries

Computer Software

Resumes

Resumes

William Mcdermith Photo 1

Project Manager At Astek Corporation

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Location:
Colorado Springs, Colorado Area
Industry:
Computer Software
Experience:
Astek Corporation Privately Held; Computer Software industry: Project Manager,  (-) PrecisionWave Corporation Computer Software industry: Design Engineer,  (2005-2006) Mentor Graphics Public Company; MENT; Computer Software industry: Design En...

Publications

Us Patents

Digital Waveform Analyzer

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US Patent:
48736473, Oct 10, 1989
Filed:
Jan 11, 1988
Appl. No.:
7/142652
Inventors:
Mehrdad Banki - Colorado Springs CO
Kevin M. Bush - Colorado Springs CO
William O. McDermith - Colorado Springs CO
Assignee:
Minc Incorporated - Colorado Springs CO
International Classification:
G06F 1560
G06G 748
US Classification:
364488
Abstract:
An automated waveform analyzer for designing, on a computer, a logic implementation of an interface circuit connected between a first digital device and one or more other digital devices. The analyzer identifies from the remaining input and output waveforms those waveforms that, when logically combined together, construct the waveform of a selected output waveform in order to provide the proper logic and timing compatibility between the devices.

Partitioning Of Boolean Logic Equations Into Physical Logic Devices

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US Patent:
51405261, Aug 18, 1992
Filed:
Jan 6, 1989
Appl. No.:
7/294470
Inventors:
William O. McDermith - Colorado Springs CO
Mehrdad Banki - Colorado Springs CO
Kevin M. Bush - Colorado Springs CO
Assignee:
Minc Incorporated - Colorado Springs CO
International Classification:
G06F 1560
US Classification:
364488
Abstract:
An automated system for partitioning a set of Boolean logic equations onto one or more devices selected from a plurality of commercially available devices. The system utilizes a processor having a memory containing information on the different architectural types of devices, physical device information on individual devices and user generated design constraints, weighting factors and partitioning directives. Based upon this stored information, the system of the present invention selects all acceptable architectural types of devices wherein at least one of the Boolean logic equations can be placed thereon. For all physical devices associated with the acceptable architectural types only those devices which fall within the selected user constraints are selected. The system then evaluates the weighting factors to order the devices in order of cost value and then fits the equations according to the partitioning directives to the devices. During the fitting process, an optimum device solution is attained having a least cost value for which the system produces an output map suitable for the user of the system to configure the selected devices to implement the set of equations.

Partitioning Of Boolean Logic Equations Into Physical Logic Devices

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US Patent:
58926810, Apr 6, 1999
Filed:
Jun 10, 1993
Appl. No.:
8/074978
Inventors:
William Ono McDermith - Colorado Springs CO
Mehrdad Banki - Colorado Springs CO
Kevin Michael Bush - Colorado Springs CO
Assignee:
Minc, Incorporated - Colorado Springs CO
International Classification:
G06F 1500
US Classification:
364488
Abstract:
An automated system for partitioning a set of Boolean logic equations onto one or more devices selected from a plurality of commercially available devices. The system utilizes a processor having a memory containing information on the different architectural types of devices, physical device information on individual devices and user generated design constraints, weighting factors and partitioning directives. Based upon this stored information, the system of the present invention selects all acceptable architectural types of devices wherein at least one of the Boolean logic equations can be placed thereon. For all physical devices associated with the acceptable architectural types only those devices which fall within the selected user constraints are selected. The system then evaluates the weighting factors to order the devices in order of cost value and then fits the equations according to the partitioning directives to the devices. During the fitting process, an optimum device solution is attained having a least cost value for which the system produces an output map suitable for the user of the system to configure the selected devices to implement the set of equations.
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William O Mcdermith from Colorado Springs, CO, age ~71 Get Report