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Peter N Odryna

from Soquel, CA
Age ~63
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Also known as:
Peter J Odryna, Peter A
Phone and address:
200 Citron Dr, Soquel, CA 95073
(831) 464-8483
Related to:
Tony Lockett, 46Penny Dodds, 82Misty L Keown, 46Marjorie JonesGlen Jones
Connected to:
Michael T Odrzywolek, 35Michael T Odrzywolski, 41Victoria L Odson, 50Elizabeth A Odstrcil, 47Kim L Odstrcil, 63Beatrice E Odu, 69Chinedu D Odu, 40George I Oduah, 39Anthony Odubele, 56Comfort K Odubote, 38

Peter Odryna Phones & Addresses

  • 200 Citron Dr, Soquel, CA 95073 (831) 464-8483
  • 153 Citron Dr, Soquel, CA 95073
  • 165 Citron Dr, Soquel, CA 95073
  • 180 Citron Dr, Soquel, CA 95073
  • 5110 Old San Jose Rd, Soquel, CA 95073
  • Santa Margarita, CA
  • 16 Hollins Dr, Santa Cruz, CA 95060
  • 720 26Th Ave, Santa Cruz, CA 95062
  • Scotts Valley, CA
  • San Jose, CA
  • Santa Margar, CA

Work

Company: Peter Odryna Address: 153 Citron Dr., Soquel, CA 95073 Phones: (831) 464-8781

Education

Degree: Master of Science In Civil Engineering, Masters, Master of Science In Electrical Engineering School / High School: Carnegie Mellon University 1983 to 1985 Specialities: Engineering

Skills

Cloud Computing • Social Media • Strategic Partnerships • Project Management • Entrepreneurship • Eda • Start Ups • Leadership • Analytics • Linux • Simulations • Mobile Devices • B2B • Enterprise Software • Saas • Product Marketing • Product Management • Strategy • Go To Market Strategy • Marketing • Content Marketing • Machine Learning • Big Data • Software Development • International Development • Amazon Web Services • Microsoft Azure • C (Programming Language • Management • Fundraising • Computer Engineering • B2C • Applied Machine Learning • Cxo • Asic • Soc • Wireless

Industries

Computer Software

Specialities

Buyer's Agent • Listing Agent

Professional Records

Real Estate Brokers

Peter Odryna Photo 1

Peter Odryna, Soquel CA Real estate agent

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Specialties:
Buyer's Agent
Listing Agent
Work:
Peter Odryna
153 Citron Dr., Soquel, CA 95073
(831) 464-8781 (Office)
Experience:
8 years
Links:
Site

Resumes

Resumes

Peter Odryna Photo 2

Chief Executive Officer And Chief Technology Officer

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Location:
200 Citron Dr, Soquel, CA 95073
Industry:
Computer Software
Work:
Commongenius Mar 2019 - Sep 2019
Chief Technology Officer
Wejo Jul 2018 - Feb 2019
General Manager and Chief Technology Officer Us
Carjojo Corp. May 2015 - Jun 2018
Chief Technology Officer
Santa Cruz Jul 1997 - Sep 2012
Business and Technology Consultant
Socialears Jul 1997 - Sep 2012
Chief Executive Officer and Chief Technology Officer
Education:
Carnegie Mellon University 1983 - 1985
Master of Science In Civil Engineering, Masters, Master of Science In Electrical Engineering, Engineering
Skills:
Cloud Computing
Social Media
Strategic Partnerships
Project Management
Entrepreneurship
Eda
Start Ups
Leadership
Analytics
Linux
Simulations
Mobile Devices
B2B
Enterprise Software
Saas
Product Marketing
Product Management
Strategy
Go To Market Strategy
Marketing
Content Marketing
Machine Learning
Big Data
Software Development
International Development
Amazon Web Services
Microsoft Azure
C (Programming Language
Management
Fundraising
Computer Engineering
B2C
Applied Machine Learning
Cxo
Asic
Soc
Wireless

Business Records

Name / Title
Company / Classification
Phones & Addresses
Peter Odryna
President
Socialears Corporation
319 Ramona St, Palo Alto, CA 94301
200 Citron Dr, Soquel, CA 95073
Peter Odryna
Principal
Whisper Valley Ranch
General Animal Farm
180 Citron Dr, Soquel, CA 95073
Peter Odryna
President
KNOWLEDGE FACTORY, INC
16 Hollins Dr, Santa Cruz, CA 95060

Publications

Us Patents

Automated Design Partitioning

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US Patent:
6339836, Jan 15, 2002
Filed:
Aug 24, 1998
Appl. No.:
09/139156
Inventors:
Karl Eisenhofer - San Jose CA
Kevin Nazareth - Scotts Valley CA
Peter Odryna - Santa Cruz CA
Assignee:
Mentor Graphics Corporation - Wilsonville OR
International Classification:
G06F 1750
US Classification:
716 5
Abstract:
A flexible and extensible automated design partitioning mechanism that facilitates simulation sessions employing two or more simulators is provided. A simulation backplane includes partitioning logic that identifies the design blocks of an overall design pertaining to each of a plurality of simulators. Once the partitions have been identified, nets that cross simulator boundaries (e. g. , mixed nets) are determined and inter-simulator connectivity information is generated for the simulators. According to one aspect of the present invention, the partitioning logic is able to accomodate arbitrary (e. g. , instance-based) partitioning. A design source expressed in a design representation upon which a first simulator may operate is received. Design blocks to be partitioned to each of a plurality of solvers are identified based upon one or more partitioning directives and the design source. A first instance of a cell is assigned to a first solver and a second instance of the cell is assigned to a second solver.

Optimizing Runtime Communication Processing Between Simulators

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US Patent:
61084948, Aug 22, 2000
Filed:
Aug 24, 1998
Appl. No.:
9/139215
Inventors:
Karl Eisenhofer - San Jose CA
Arun T. Venkatachar - Sunnyvale CA
Kevin Nazareth - Scotts Valley CA
Peter Odryna - Santa Cruz CA
Robert Michael Bradley - Raleigh NC
Assignee:
Mentor Graphics Corporation - Wilsonville OR
International Classification:
G06F 9455
US Classification:
39550035
Abstract:
An optimization mechanism for increasing runtime performance in a co-/ multi-simulation environment by reducing the number of connections between simulators is provided. A simulation backplane includes netlist optimization logic that analyzes the netlists of design partitions and employs a set of rules to reduce the number of connections among simulators participating in a simulation session. According to one aspect of the present invention, synchronizations among a first solver and one or more other solvers that are simulating a design of a system or a portion thereof are limited to situations in which simulation being performed by each of the one or more other solvers is dependent upon event information from the first solver. Partitioned design source information is received for each a plurality of solvers. Based upon the partitioned design source information, partition dependency information is generated.
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Peter N Odryna from Soquel, CA, age ~63 Get Report