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Dale Scholtens Phones & Addresses

  • 5942 Cory Point Ct, Hudsonville, MI 49426
  • 5165 Burnham St, Lisle, IL 60532 (630) 357-2594
  • Chicago, IL
  • 3944 Oak Park Ave, Berwyn, IL 60402 (708) 795-9223
  • Stickney, IL
  • 681 Marbury Dr SE, Ada, MI 49301
  • Justice, IL

Work

Company: Progress machine and tool - Muskegon, MI Jun 2010 Position: General laborer

Education

School / High School: Baker College 2009 Specialities: not completed in Computer Repair Technology

Resumes

Resumes

Dale Scholtens Photo 1

Staff Systems Engineer At Ge Aviation

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Location:
Greater Grand Rapids, Michigan Area
Industry:
Aviation & Aerospace
Work:
Harris Corporation / Harris Healthcare Solutions Apr 2010 - Nov 2010
Senior Systems Engineer

FIT Systems 2008 - Aug 2009
Requirements Subject Matter Expert

SRA International 2007 - 2008
Senior Member of Professional Staff

Tellabs 1994 - 2007
Senior Principal Engineer

Arrowsoft Ltd 1991 - 1994
Principal
Education:
University of Illinois at Chicago
Dale Scholtens Photo 2

Business Supplies And Equipment Professional

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Location:
Greater Grand Rapids, Michigan Area
Industry:
Business Supplies and Equipment
Education:
School name:
Dale Scholtens Photo 3

Dale Scholtens Muskegon, MI

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Work:
Progress Machine and Tool
Muskegon, MI
Jun 2010 to Feb 2012
General Laborer

Applied Imaging
Grand Rapids, MI
1998 to 2008
Field Technician

Danka
Grand Rapids, MI
1996 to 1998
Field Technician

Multi-Line Business Systems
Muskegon, MI
1981 to 1996
Parts Manager / Field Technician

Rem-Rand
Fort Wayne, IN
1977 to 1981
Field Technician

Education:
Baker College
2009 to 2010
not completed in Computer Repair Technology

ITT Tech Inst
Fort Wayne, IN
1977 to 1979
Associates in Electronics in Electronics

Mona Shores High School
High School Diploma

Publications

Us Patents

Private Lines Traversing A Packet Network And Re-Arrangement Of Channels Among Packet Network Connections

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US Patent:
6882652, Apr 19, 2005
Filed:
Aug 4, 2000
Appl. No.:
09/632395
Inventors:
Dale A. Scholtens - Stickney IL, US
Michael J. Klemm - St. Louis Park MN, US
Assignee:
Tellabs Operations, Inc. - Lisle IL
International Classification:
H04L012/66
H04L012/28
US Classification:
370401, 37039561, 370432
Abstract:
Techniques for providing communication services include provisioning a packet network connection that has packet channels, each of which is independently capable of carrying narrowband signals so as to emulate a private line circuit. A narrowband private line that traverses the packet network connection using a particular one of the packet channels is established. Delays that might otherwise be introduced as a result of packetizing the narrowband signals can be reduced. Private lines that traverse the packet network connection using other packet channels can be added or removed without adversely affecting the existing lines. Additionally, a narrowband communication line that traverses a channel in a first virtual circuit connection in a packet network can be rolled over to a channel in a second virtual circuit connection in the packet network. The latter technique can improve the use of available bandwidth and can be applied to non-private line applications as well.

Circuit Integrity In A Packet-Switched Network

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US Patent:
7054273, May 30, 2006
Filed:
Aug 4, 2000
Appl. No.:
09/632393
Inventors:
Dale A. Scholtens - Stickney IL, US
David Wells - Bar Hill Cambs, GB
Assignee:
Tellabs Operations, Inc. - Naperville IL
International Classification:
G01R 31/28
H04M 3/32
US Classification:
370248, 370249, 370352, 370401, 379 2201, 379 2203, 714714, 714715, 714716
Abstract:
Techniques for performing a continuity check operation include sending a pattern of bits over a packet network connection through a first interface on a packet network to a second interface on the packet network. The first interface is monitored for return of the pattern of bits over the packet network connection. A decision whether the continuity check is successful is based on whether the pattern of bits is detected at the first interface during the monitoring. The techniques can be used for both narrowband as well as broadband calls over the packet network.

Method And Apparatus For Measuring Packet Connection Quality Of Service

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US Patent:
7209447, Apr 24, 2007
Filed:
Jul 13, 2000
Appl. No.:
09/615287
Inventors:
Anita Brady Marsh - Oswego IL, US
Dale Alan Scholtens - Stickney IL, US
Assignee:
Tellabs Operations, Inc. - Lisle IL
International Classification:
G01R 31/08
US Classification:
370237, 370229, 370232, 370234
Abstract:
Telephone conversations carried over an internet protocol network or other asynchronous network can be monitored for quality and rerouted if the error rate of data transmission through the network exceeds some predetermined threshold value. One or more counters in a switching system along a pathway records the occurrence of missing, delayed, or out of sequence cells or data packets over time. At some predetermined threshold value, considered to be an excessive error rate, the switching system can be used to trigger a rerouting of the telephone call or subsequent calls to pathways with better error rates and therefore better transmission quality.

Circuit Integrity In A Packet-Switched Network

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US Patent:
7539148, May 26, 2009
Filed:
Jan 20, 2006
Appl. No.:
11/336535
Inventors:
Dale A. Scholtens - Stickney IL, US
David Wells - Bar Hill Cambs, GB
Assignee:
Tellabs Operations, Inc. - Naperville IL
International Classification:
H01R 31/28
H04M 3/32
US Classification:
370248, 370249, 370352, 370401, 379 2201, 379 2203, 714714, 714715
Abstract:
Techniques for performing a continuity check operation include sending a pattern of bits over a packet network connection through a first interface on a packet network to a second interface on the packet network. The first interface is monitored for return of the pattern of bits over the packet network connection. A decision whether the continuity check is successful is based on whether the pattern of bits is detected at the first interface during the monitoring. The techniques can be used for both narrowband as well as broadband calls over the packet network.

Intelligent Network Planning And Provisioning Tool

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US Patent:
8488471, Jul 16, 2013
Filed:
Nov 1, 2006
Appl. No.:
11/555579
Inventors:
Jonathan B. Sadler - Naperville IL, US
Dale A. Scholtens - Lisle IL, US
Assignee:
Tellabs Operations, Inc. - Naperville IL
International Classification:
G01R 31/08
H04L 12/28
US Classification:
370238, 370254
Abstract:
An intelligent network planning and provisioning tool is provided. The intelligent network planning and provisioning tool includes a forecaster coupled to a network control plane. The forecaster receives an estimate of initial network resources from a user and generates a set of link costs and constraints for use by the network control plane in making routing decisions for a network. The network control plane transmits provisioning experience information, representing network traffic demands received by, and provisioning decisions made by, the network control plane, back to the forecaster. When the forecaster receives the provisioning experience from the network control plane, the forecaster generates a new set of link costs that are transmitted to the network control plane for use in making further provisioning decisions. The forecaster may optionally generate link costs, termed “smart costs”, that may be used to route traffic through the network using preferred links.

Methods And Apparatus For Upgrading Software Without Affecting System Service

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US Patent:
20030005426, Jan 2, 2003
Filed:
Jun 7, 2002
Appl. No.:
10/166148
Inventors:
Dale Scholtens - Lisle IL, US
Robert Roden - Ennis, IE
Donal Cooney - Ardnacrusha, IE
Barry Glicklich - Warrenville IL, US
Walter Slotarski - Palatine IL, US
Wesley Decker - Naperville IL, US
Kevin Cramer - Parker CO, US
International Classification:
G06F009/44
US Classification:
717/169000
Abstract:
A method for managing an upgrade on a system that includes a system manager, a subsystem of a first type and a subsystem of a second type that is subordinate to the subsystem of the first type is disclosed.

Distributed Virtual Path

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US Patent:
20040105443, Jun 3, 2004
Filed:
Nov 25, 2003
Appl. No.:
10/722230
Inventors:
Eugene Giszczynski - Naperville IL, US
James Thomas - Westford MA, US
Eric Peterson - Naperville IL, US
Dale Scholtens - Stickney IL, US
Michael Wurst - Oswego IL, US
International Classification:
H04L012/56
US Classification:
370/395300
Abstract:
The present invention that provides a network topology for an ATM network. The topology includes a source network element, at least one intermediate network element, and a distributed virtual path connecting the source network element and the intermediate network elements. The distributed virtual path includes a virtual circuit that originates from the source network element and a virtual circuit that originates from at least one of the intermediate network elements. The distributed virtual path originates from the source network element and may terminate on a destination network element or on the source network element (thereby forming a ring). The network elements may be, for example, computers, satellites or other communications devices.

Method And System For Autonomous Link Discovery And Network Management Connectivity Of Remote Access Devices

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US Patent:
20060221865, Oct 5, 2006
Filed:
Mar 30, 2005
Appl. No.:
11/093738
Inventors:
Jeff Hawbaker - Naperville IL, US
Wendy Teller - Naperville IL, US
Jon Sadler - Naperville IL, US
Thomas Rarick - Wheaton IL, US
John Sauer - Naperville IL, US
Kevin Stodola - Naperville IL, US
Steve Schwager - Lisle IL, US
Dale Scholtens - Lisle IL, US
Assignee:
Tellabs Operations, Inc. - Naperville IL
International Classification:
H04L 12/28
US Classification:
370255000, 370352000
Abstract:
Autonomous link discovery specifies a method and associated procedures that automatically discover various levels of transmission links and paths between transport network elements residing in the transport plane of communications networks. Unlike more traditional centralized polling techniques rooted in a management plane, autonomous link discovery procedures are rooted in and triggered by network elements composing the transport plane. As such, autonomous link discovery procedures may be event driven and execute in a coordinated, distributed fashion to automatically detect new link connectivity associations and correlate link endpoint attributes between these network elements. Once successful link correlations have been determined, autonomous notifications of these correlated link associations are sent to management elements and/or control elements residing in their respective management and control plane domains.
Dale A Scholtens from Hudsonville, MI, age ~72 Get Report