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Michael Pelarski Phones & Addresses

  • 225 E River St, Monticello, MN 55362 (763) 295-0725
  • Forest Lake, MN
  • Anoka, MN
  • New Brighton, MN
  • Minneapolis, MN
  • Forest Lake, MN
  • 225 E River St, Monticello, MN 55362

Work

Company: Knk national 2009 Position: Project leader

Education

School / High School: Anoka Tech Institute- Anoka, MN Jan 1985 Specialities: Machinist

Skills

Quality Control • Mfg. Automation • Raw Material Ordering • Cost Control • Product Leadership • Client Relations • Market Analysis • Budget Planning • Misc. Assembly

Industries

Food Production

Resumes

Resumes

Michael Pelarski Photo 1

Owner Operator

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Location:
225 east River St, Monticello, MN 55362
Industry:
Food Production
Work:

Owner Operator
Michael Pelarski Photo 2

Michael Pelarski Monticello, MN

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Work:
KNK National

2009 to 2000
Project Leader

KNK National
Home, PA
2001 to 2007
Lead Designer

KNK National - Onramp Internet Services

1997 to 2000
Project Coorrdinator - Customer Service

KNK National - Fingerhut Corporation

1991 to 1996
Designer

Education:
Anoka Tech Institute
Anoka, MN
Jan 1985 to Jan 1987
Machinist

Dale Carnegie Trainings
1986 to 1987
Leadership and Team Building

Skills:
Quality Control, Mfg. Automation, Raw Material Ordering, Cost Control, Product Leadership, Client Relations, Market Analysis, Budget Planning, Misc. Assembly

Publications

Us Patents

Condition Indicator For Use By A Conditional Branch Instruction

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US Patent:
7114063, Sep 26, 2006
Filed:
Dec 1, 2000
Appl. No.:
09/727744
Inventors:
Lawrence Richard Fontaine - Minneapolis MN, US
John Steven Kuslak - Blaine MN, US
Gary John Lucas - Pine Springs MN, US
Michael David Pelarski - Fridley MN, US
Assignee:
Unisys Corporation - Blue Bell PA
International Classification:
G06F 9/44
US Classification:
712235
Abstract:
A branch prediction method and system are provided that accurately predict a branch condition early in an instruction pipeline of a data processing system. By accurately predicting the branch condition, the correct target instruction can be fetched early, thereby avoiding many of the inefficiencies associated with branch mispredictions. To accurately predict if a branch condition is satisfied, one or more pre-calculated status bits are stored along with a digital value that is read by the conditional branch instruction to determine if the branch condition is satisfied. By including such a status bit, the condition of the conditional branch instruction may be immediately determined, without waiting for the instruction to be processed by an arithmetic unit or the like in a subsequent pipeline stage.
Michael Allen Pelarski from Monticello, MN, age ~59 Get Report