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Jeff I Rosenfeld

from Henderson, NV
Age ~78
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Also known as:
Jeffrey I Rosenfeld, Jeffrey L Rosenfeld, Jeff I Rosenfield, Jeff Rosenfeild, Jeff Rosenseld, Rosenfeld I Jeff
Phone and address:
1946 Flagstone Ranch Ln, Henderson, NV 89012
Related to:
Fabian Gutierrez, 35Gilbert Gutierrez, 61Michael Gutierrez, 32Sylvia Calvo, 59Fred Gutierrez, 42Jacklyn Tavares, 32
Connected to:
Adam L Rosenfeld, 46Alison M Rosenfeld, 33Amanda S Rosenfelt, 47Amelia M Rosenfeld, 45Anthony Rosenfeld, 46Christine A Rosenfeldt, 65David J Rosenfelder, 40Dorcas A RosenfeldHoney B Rosenfeld, 83Kim J Rosenfeld, 71

Jeff Rosenfeld Phones & Addresses

  • 1946 Flagstone Ranch Ln, Henderson, NV 89012
  • 2356 Thayer Ave, Henderson, NV 89009 (702) 616-0018
  • Sherman Oaks, CA
  • Bellevue, WA

Resumes

Resumes

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Jeff Rosenfeld

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Jeff Rosenfeld

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Jeff Rosenfeld

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Jeff Rosenfeld

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Jeff Rosenfeld

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Location:
Henderson, NV
Industry:
Information Technology And Services
Jeff Rosenfeld Photo 6

Partner At Dla Piper

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Position:
Partner at DLA Piper
Location:
Greater Los Angeles Area
Industry:
Law Practice
Work:
DLA Piper since Jan 2001
Partner

Publications

Us Patents

Power Management Architecture For Defining Component Power States Under A Global Power State And Maintaining A Power State Floor For A Specified Component If A Power State For The Specified Component Under A New Global Power State Is Below The Power State Floor

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US Patent:
7065659, Jun 20, 2006
Filed:
Jun 28, 2002
Appl. No.:
10/184595
Inventors:
Michael D. Malueg - Renton WA, US
Jeffrey D. Midkiff - Renton WA, US
Jeff D. Rosenfeld - Seattle WA, US
Assignee:
Microsoft Corporation - Redmond WA
International Classification:
G06F 1/26
G06F 1/32
US Classification:
713300, 713320
Abstract:
A method and power management infrastructure are disclosed that facilitate implementing application power requirements-derived device power state schemes, on a computing device comprising a plurality of component devices managed by device drivers. The disclosed power management framework includes a set of global power state definitions specifying, for each global power state, default power states for the component devices. The infrastructure also includes a power manager. The power manager includes an application interface including a function for registering device-specific requirements associated with particular applications executing on the computing device. The power manager also includes a device power state set function facilitating issuing a device-specific command setting a power state of a specified component device. The power manager executes decision logic for detecting that the power state requirement for a device exceeds a current power state, and in response invokes the device power state set function to set the component device's power state to the required power state.

Power Management Architecture For Computing Devices

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US Patent:
20040003299, Jan 1, 2004
Filed:
Jun 28, 2002
Appl. No.:
10/184593
Inventors:
Michael Malueg - Renton WA, US
Jeffrey Midkiff - Renton WA, US
Jeff Rosenfeld - Seattle WA, US
Assignee:
Microsoft Corporation - Redmond WA
International Classification:
G06F001/26
US Classification:
713/300000
Abstract:
A method and power management infrastructure are disclosed that facilitate implementing application power requirements-derived device power state schemes, on a computing device comprising a plurality of component devices managed by device drivers that are capable of requesting lower power states without affecting other component device power states. The disclosed power management framework includes a set of global power state definitions specifying, for each global power state, default power states for the component devices. The infrastructure also includes a power manager. The power manager includes an application interface including a function for registering device-specific requirements associated with particular applications executing on the computing device. The power manager also includes a device power state set function facilitating issuing a device-specific command setting a power state of a specified component device. The power manager executes decision logic for detecting that the power state requirement for a device exceeds a current power state, and in response invokes the device power state set function to set the component device's power state to the required power state.
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Jeff I Rosenfeld from Henderson, NV, age ~78 Get Report