Stephen R Young
Plumbers in Colorado Springs, CO
License number
Colorado 280392
Issued Date
Apr 22, 1988
Renew Date
Sep 1, 2011
Expiration Date
Aug 31, 2013
Type
Journeyman Plumber
Address
Address
1902 E Unitah E Unitah, Colorado Springs, CO 80909
Professional information
Stephen Young - Colorado Springs, CO
Work:
Focus on the Family
On-Call Service Volunteer Focus on the Family - Colorado Springs, CO
Senior Family Help Specialist Consumer Insurance Group, Inc - Colorado Springs, CO
Insurance Agent U.S. Marine Corps
Officer (Lieutenant Colonel)
On-Call Service Volunteer Focus on the Family - Colorado Springs, CO
Senior Family Help Specialist Consumer Insurance Group, Inc - Colorado Springs, CO
Insurance Agent U.S. Marine Corps
Officer (Lieutenant Colonel)
Education:
Fort Lewis College - Durango, CO
Bachelor of Science in Biological Science Webster University - St. Louis, MO
M.A. in Management
Bachelor of Science in Biological Science Webster University - St. Louis, MO
M.A. in Management
Skills:
Notary public; keyboarding 50 wpm; trained in 10-key data entry; Lean / Six Sigma trained
Multi-Level Logic Optimization In Programmable Logic Devices
US Patent:
5499191, Mar 12, 1996
Filed:
Jun 15, 1992
Appl. No.:
7/898955
Inventors:
Stephen P. Young - Colorado Springs CO
Assignee:
Minc Incorporated - Colorado Springs CO
International Classification:
G06F 1750
US Classification:
364489
Abstract:
During compiling, a PLD circuit design system inserts nodes in the two level sum-of-product representation of the target circuit at function and procedure boundaries, the carries between bits of arithmetic operators, and the implicit nodes in complicated if statements. The nodes are collapsed providing that the number of unique symbols in the collapsed equations are. ltoreq. than a first predetermined limit, the number of product terms are. ltoreq. a second predetermined limit, and provided the collapsed equations meet constraints depending on whether or not there are inverters or XOR gates available, and whether or not the inverters and XOR gates are fusible. For all registers in the design, equations are generated to fit any possible flip-flop implementation of the register. Both the ON and OFF equations are generated and carried through the entire optimization process so that the DONT CARE information is retained and optimally used in the final equation reduction and device implementation.