Kirsten Schwarz
Finanzdirektor/CFO bei Dyaptive Systems, Inc.
Aktive Beziehungen
| Name | Geschlecht | Alter | Unternehmensverbindungen | Zusammenarbeit |
|---|---|---|---|---|
| Gregory Pendura | M | 76 | 14 Jahre | |
| Steve Szabo | M | - |
Dyaptive Systems, Inc.
 Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
| Walter Stein | M | - |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
| Joe Sutherland | M | - |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
| Jim Glover | M | - |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
| Keith Spencer | M | 65 |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
| Nazmin Alani | M | - |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
| Andy J. Kyle | M | - |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
| John A. Linton | M | - |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
| Todd Farrell | M | - |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
| Ferdi Schell | M | 70 |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
| Alan Lolacher | M | - |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
| Herbert Horn | M | - |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | 20 Jahre |
| Andrew MacKenzie | M | - |
Dyaptive Systems, Inc.
Dyaptive Systems, Inc. Computer Processing HardwareElectronic Technology Dyaptive Systems produces the industrys most advanced and scalable wireless subscriber simulation and test systems for CDMA, UMTS, HSPA and LTE technologies. Dyaptive's DMTS systems use patented software defined radio (SDR) techniques to generate realistic traffic patterns, subscriber call model behavior and emerging data applications in order to test the capacity, performance and reliability of 3G and 4G networks. Modern 3G and 4G Mobile networks are both dynamic and adaptive in nature with network intelligence moving out of the core and into the edge of the access networks. The test challenge now is to simulate subscriber behavior at both the RF and IP interfaces to ensure quality and performance objectives have been met. That challenge has been successfully met by Dyaptive Systems with systems deployed by virtually all leading Radio Access Network (RAN) manufactures and many of the worlds leading mobile network operators. | - |
Beziehungs-Chart
Beziehungen zu mehreren Unternehmen
Ehemalige Beziehungen
| Name | Geschlecht | Alter | Unternehmensverbindungen | Zusammenarbeit |
|---|---|---|---|---|
| Brian Leeners | M | 58 |
University of British Columbia
| 7 Jahre |
| Roger Quick | M | - |
University of British Columbia
| 7 Jahre |
| William Edward Mufford | M | - |
University of British Columbia
| 6 Jahre |
| Ying Bin He | M | 62 |
University of British Columbia
| 5 Jahre |
| David A. Nordquist | M | - |
University of British Columbia
| 6 Jahre |
| Cyndi Laval | F | - |
University of British Columbia
| 4 Jahre |
| Derek Hemmes | M | - |
University of British Columbia
| 10 Jahre |
| Kim Oishi | M | 60 |
University of British Columbia
| 7 Jahre |
| Harrison Cookenboo | M | 65 |
University of British Columbia
| 5 Jahre |
| Darrin Erickson | M | - |
University of British Columbia
| 5 Jahre |
| Jonathan Bey | M | 54 |
University of British Columbia
| 5 Jahre |
| Li Zhu | F | - |
University of British Columbia
| 3 Jahre |
| Jacqueline Simpson | F | - |
University of British Columbia
| 11 Jahre |
| Bill Hunter | M | 61 |
University of British Columbia
| 4 Jahre |
| Kevin Day | M | 53 |
University of British Columbia
| 4 Jahre |
| Michael Reitermann | M | 61 |
University of British Columbia
| 2 Jahre |
| Andre Marziali | M | - |
University of British Columbia
| 4 Jahre |
| Lyle Braaten | M | 60 |
University of British Columbia
| 3 Jahre |
| Ali Pejman | M | 51 |
University of British Columbia
| 4 Jahre |
| Darrell Podowski | M | - |
University of British Columbia
| 3 Jahre |
| Gary Christopher Floyd | M | 61 |
University of British Columbia
| 3 Jahre |
| Jason Earle Cross | M | - |
University of British Columbia
| 4 Jahre |
| Adam Travis | M | 57 |
University of British Columbia
| 4 Jahre |
| Wei Jiong Zhang | M | 71 |
University of British Columbia
| 2 Jahre |
| Craig Smith | M | - |
University of British Columbia
| 4 Jahre |
| Richard P. Schutte | M | - |
University of British Columbia
| 3 Jahre |
| Kwong Shun Lo | M | 50 |
University of British Columbia
| 4 Jahre |
| Daniel Kokan | M | 55 |
University of British Columbia
| 4 Jahre |
| Tracy Moore | M | - |
University of British Columbia
| 4 Jahre |
| Christopher Ross | M | - |
University of British Columbia
| 4 Jahre |
| Jian Xin Chen | M | - |
University of British Columbia
| 3 Jahre |
| Susan Macdermid | F | - |
University of British Columbia
| 3 Jahre |
| Andrew King | M | - |
University of British Columbia
| 4 Jahre |
| Mike Perz | M | - |
University of British Columbia
| 1 Jahre |
| Chuen Yung Yih | F | 59 |
University of British Columbia
| 4 Jahre |
| John Strangway | M | 56 |
University of British Columbia
| 4 Jahre |
| Dan Lewin | M | - |
University of British Columbia
| 4 Jahre |
| Peter Wong | M | 58 |
University of British Columbia
| 4 Jahre |
| Scott Gibson | M | 49 |
University of British Columbia
| 4 Jahre |
| Mark W. Chu | M | 57 |
University of British Columbia
| 4 Jahre |
| Michael Hamilton Woods | M | 68 |
University of British Columbia
| 3 Jahre |
| Kit Leong Wong | M | 52 |
University of British Columbia
| 4 Jahre |
| Eric Lam | M | - |
University of British Columbia
| 4 Jahre |
| Michelle Robinson | F | 53 |
University of British Columbia
| 4 Jahre |
| Paul Benford | M | 57 |
University of British Columbia
| 1 Jahre |
| Darren Urquhart | M | 50 |
University of British Columbia
| 4 Jahre |
| Timothy Lowinger | M | 60 |
University of British Columbia
| 3 Jahre |
| Shane Epp | M | 52 |
University of British Columbia
| 4 Jahre |
| Rob Knowles | M | - |
University of British Columbia
| 4 Jahre |
| J. David Pugh | M | - |
University of British Columbia
| 1 Jahre |
| Bernard Dewonck | M | 70 |
University of British Columbia
| 4 Jahre |
| Hugh Harden | M | 70 |
University of British Columbia
| 2 Jahre |
| Antony John Claydon | M | 62 |
University of British Columbia
| 4 Jahre |
| Gregory Scott Yanke | M | 54 |
University of British Columbia
| 4 Jahre |
| Barbara Gray | F | - |
University of British Columbia
| 4 Jahre |
| Jeff Guise | M | - |
University of British Columbia
| 4 Jahre |
| Lorne Waldman | M | 58 |
University of British Columbia
| 2 Jahre |
| Geoff Castle | M | - |
University of British Columbia
| 4 Jahre |
| Samuel Yik | M | 59 |
University of British Columbia
| 4 Jahre |
| Cynthia Yen | F | - |
University of British Columbia
| 4 Jahre |
| Colin Watt | M | 53 |
University of British Columbia
| 4 Jahre |
| Murray W. Goldberg | M | 61 |
University of British Columbia
| 1 Jahre |
| Martin Luis Gerber | M | - |
University of British Columbia
| 4 Jahre |
| Raminder Badyal | M | 53 |
University of British Columbia
| 4 Jahre |
| Graham G. Alexander | M | 54 |
University of British Columbia
| 4 Jahre |
| Donald Charles Nicholson | M | 58 |
University of British Columbia
| 4 Jahre |
| Sean Tetzlaff | M | 55 |
University of British Columbia
| 4 Jahre |
| Alexander Helmel | M | 54 |
University of British Columbia
| 4 Jahre |
| Lily Lau | F | - |
University of British Columbia
| 4 Jahre |
| Chun Hsiang H’ng | M | 52 |
University of British Columbia
| 4 Jahre |
| Daniel Barakat | M | - |
University of British Columbia
| 4 Jahre |
| Gee Ming Chiang | M | 56 |
University of British Columbia
| 4 Jahre |
| J. David Brow | M | 58 |
University of British Columbia
| 4 Jahre |
| Robin Mulholland | M | 55 |
University of British Columbia
| 4 Jahre |
| Thomas Braun | M | 56 |
University of British Columbia
| 3 Jahre |
| Alan Grujic | M | 56 |
University of British Columbia
| 2 Jahre |
| Chi Yung Hui | M | 60 |
University of British Columbia
| 4 Jahre |
| Shen Jun Wu | M | 55 |
University of British Columbia
| 4 Jahre |
| Michel G. Laberge | M | - |
University of British Columbia
| 3 Jahre |
| Pat Elliott | M | - |
University of British Columbia
| 4 Jahre |
| Mark Vanry | M | 55 |
University of British Columbia
| 4 Jahre |
| Luquman Shaheen | M | - |
University of British Columbia
| 4 Jahre |
| Sandy Loutitt | M | 56 |
University of British Columbia
| 4 Jahre |
| Stephen Bolton | M | 56 |
University of British Columbia
| 4 Jahre |
| Gernot Wober | M | 58 |
University of British Columbia
| 4 Jahre |
| Roth Peter | M | - |
University of British Columbia
| 4 Jahre |
Statistik
| Land | Beziehungen | % des Gesamten |
|---|---|---|
| Kanada | 100 | 100,00% |
Alter der Beziehungen
Aktive
Vergangene
Herr
Frau
Aufsichtsräte
Führungskräfte
Ursprung der Beziehungen
- Börse
- Insiders
- Kirsten Schwarz
- Persönliches Netzwerk
