Paul G Wassmund

age ~64

from Bethel, MN

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Also known as:

Paul Gerald Wassmund

Phone and address:: 22959 Sunset Rd, East Bethel, MN 55005
651 462-8933

Connected to:

Paul Wassmund Phones & Addresses

22959 Sunset Rd, Bethel, MN 55005 • 651 462-8933
Grand Rapids, MN
Saint Paul, MN
Spring Lake Park, MN
22959 Sunset Rd NE, Bethel, MN 55005

Work

Company:

Medtronic
Sep 1997
Position:

Sr. principal firmware engineer

Education

Degree:

B.A.
School / High School:

University of Minnesota-Twin Cities
1979 to 1984
Specialities:

Computer Science

Skills

C • Firmware • Embedded Systems • Software Engineering • Software Development • Embedded Software • Software Design • System Architecture • Model Driven Design • Software Architecture • Perl • Microcontrollers • Medical Devices • Fpga • Arm • Technical Leadership • Rtos • Design Control • Systems Engineering • Object Oriented Design • Debugging • Testing • Tcl • C++ • Architecture • Visual Studio • Digital Signal Processors • Hardware Architecture • Signal Processing • Labview • R&D • Real Time Operating Systems • Research and Development

Languages

English

Industries

Medical Devices

Resumes

Senior Principal Firmware Engineer

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Location:

22959 Sunset Rd northeast, Bethel, MN 55005

Industry:

Medical Devices

Work:

Medtronic since Sep 1997
Sr. Principal Firmware Engineer

Education:

University of Minnesota-Twin Cities 1979 - 1984
B.A., Computer Science

Skills:

C
Firmware
Embedded Systems
Software Engineering
Software Development
Embedded Software
Software Design
System Architecture
Model Driven Design
Software Architecture
Perl
Microcontrollers
Medical Devices
Fpga
Arm
Technical Leadership
Rtos
Design Control
Systems Engineering
Object Oriented Design
Debugging
Testing
Tcl
C++
Architecture
Visual Studio
Digital Signal Processors
Hardware Architecture
Signal Processing
Labview
R&D
Real Time Operating Systems
Research and Development

Languages:

English

Us Patents

Downloadable Software Support In A Pacemaker
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US Patent:

20020091416, Jul 11, 2002
Filed:

Jan 5, 2001
Appl. No.:

09/755425
Inventors:

Paul Wassmund - Bethel MN, US
Paul Penrose - Hastings MN, US
Donald Johnson - Lino Lakes MN, US
Jeffrey Wilkinson - Vadnais Heights MN, US
International Classification:

A61N001/362
US Classification:

607/030000
Abstract:

A method is provided, the method comprising controlling an implantable medical device using a controller using a pre-emptive real-time operating system (RTOS) having a scheduling mechanism utilizing a priority inheritance protocol, the controller having a firmware architecture allowing at least one of modular feature design, modular feature implementation, extensible feature design and extensible feature implementation. The device also comprises analyzing the pre-emptive real-time operating system (RTOS) using rate monotonic analysis, providing an interface with downloadable software for the implantable medical device and backing up at least some of the downloadable software using a non-volatile memory device, protecting the at least some of the downloadable software from a reset of the implantable medical device.

Implantable Medical Device Having A Scheme For Managing Storage Of Data
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US Patent:

20170165469, Jun 15, 2017
Filed:

Dec 12, 2016
Appl. No.:

15/375722
Inventors:

- Minneapolis MN, US
Robert D. Musto - Champlin MN, US
Paul G. Wassmund - Linwood MN, US
International Classification:

A61N 1/02
A61N 1/362
A61N 1/372
G06F 19/00
Abstract:

The disclosure describes a scheme for managing the operations of a flash memory. The scheme enables the flash memory to be used in a write-once mode to allow non-volatile storage of small amounts of data that must be written repeatedly. Among other things, the scheme eliminates the need to erase sectors of the flash memory, thus eliminating the high current consumption associated with erasures, while enabling preservation of relevant data in those sectors. In the context of an implantable medical device, this scheme is used to store data that is needed after a reset of the device, such as MRI-related data that is/are dynamically adjusted by firmware, or program code updates.