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Frank V Effenberger

from Manchester, NJ
Age ~92
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Also known as:
Frank J Effenberger, Frances J Effenberger, Fra Effenberger, Effenberger Effenberger
Phone and address:
36 Eleanor Rd, Lakehurst, NJ 08759
(732) 408-0848
Related to:
Haisheng S Wang, 56Inge Effenberger, 92Wen S Wang, 84Audrey Effenberger, 26Zhi Ying Wang, 50
Connected to:
Jessica E Effenberger, 34Anastasia S Effendi, 44Antonius Effendi, 35Erwin P Effendi, 50Lubna Effendi, 54Omar A Effendi, 51Sean Effendi, 33Eddy Effendy, 50Khairul Effendy, 47Maxine H Effenheim, 75

Frank Effenberger Phones & Addresses

  • 36 Eleanor Rd, Manchester, NJ 08759 (732) 408-0848
  • Lakehurst, NJ
  • 147 Pleasant Knoll Way, Freehold, NJ 07728 (732) 625-3001
  • Colts Neck, NJ
  • 403 Newark Ave, Point Pleasant Beach, NJ 08742
  • Orlando, FL
  • Monmouth, NJ
  • New York, NY
  • Whitehouse Station, NJ

Work

Company: Itu-t sg15 Dec 1, 2008 Position: Rapporteur, q2 and 15

Education

School / High School: University of Central Florida 1991 to 1995 Specialities: Electrical Engineering, Philosophy

Skills

Fiber Optics • Optical Fiber • Telecommunications • Ip • Wireless • Optics • Broadband • Ethernet • Optical Communications • Leadership • Systems Engineering • Transmission • Testing • System Architecture • Standards Expert • Patents • Atm Networks • Integration • Network Engineering • Technical Marketing • Simulations • Development Management • World Leader • Wimax

Industries

Electrical/Electronic Manufacturing

Resumes

Resumes

Frank Effenberger Photo 1

Rapporteur, Q2 And 15

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Location:
New York, NY
Industry:
Electrical/Electronic Manufacturing
Work:
Itu-T Sg15
Rapporteur, Q2 and 15
Futurewei Technologies
Vice President and Fellow
Motorola Jan 2000 - May 2006
Systems Engineering
Quantum Bridge Jan 2000 - Mar 2004
Director
Science Applications Int'l Corp Jun 1999 - Jan 2000
Senior Network Scientist
Education:
University of Central Florida 1991 - 1995
University of Rochester 1988 - 1989
Master of Science, Masters Stevens Institute of Technology 1985 - 1988
Bachelor of Engineering, Bachelors, Physics, Engineering Ranney School 1981 - 1985
Skills:
Fiber Optics
Optical Fiber
Telecommunications
Ip
Wireless
Optics
Broadband
Ethernet
Optical Communications
Leadership
Systems Engineering
Transmission
Testing
System Architecture
Standards Expert
Patents
Atm Networks
Integration
Network Engineering
Technical Marketing
Simulations
Development Management
World Leader
Wimax

Publications

Us Patents

Method And Apparatus For Controlling Delay In A Shared Communications Network

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US Patent:
6690892, Feb 10, 2004
Filed:
Nov 20, 2000
Appl. No.:
09/716817
Inventors:
Frank J. Effenberger - Eatontown NJ
Assignee:
Quantum Bridge, Communications, Inc. - Andover MA
International Classification:
H04B 1000
US Classification:
398168, 398 53, 398 98, 398 99, 398102, 398161, 370230, 370252, 370253, 370466
Abstract:
A communications network includes optical network terminations (ONTs) and an optical line termination (OLT) connected to a passive optical network (PON). The OLT measures round trip transmission delay expressed in time slot duration for each of the ONTs, and orders the ONTs in ascending order of respective delay modulo time slot duration. A desired reception time at the OLT is scheduled for each of the OLTs according to the ascending order and each ONT is commanded to transmit at a command time that leads the respective desired reception time by a respective delay integral time slot duration. The scheduling includes leaving a reception interval spare after the last ONT in ascending order. The ascending delay modulo slot protocol becomes more efficient as the number of time slots per frame increases. If the number of time slots per frame is N, then the efficiency of the protocol is (N-1)/N. Unassigned time required per transmission frame is thereby reduced.

Method And Apparatus For Path Selection And Wavelength Assignment In An Optical Network

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US Patent:
7020394, Mar 28, 2006
Filed:
Aug 17, 2001
Appl. No.:
09/932850
Inventors:
Hongbiao Zhang - Westford MA, US
Frank J. Effenberger - Freehold NJ, US
Kyoo J. Lee - Westford MA, US
Assignee:
Quantum Bridge Communications, Inc. - Andover MA
International Classification:
H04B 10/08
US Classification:
398 25, 398 57, 398 58
Abstract:
A method and apparatus for determining a shortest path between a source node and a destination node in an optical network of nodes interconnected with optical transmission links is disclosed. A wavelength graph is used to represent an optical network as a set of electronic nodes and optical channel nodes corresponding to the network nodes with a set of internal links and optical channel links. The electronic node represents the electronic switching fabric that interconnects OEO equipment within a physical node. A single-source shortest path algorithm (e. g. , Dijkstra's algorithm) is applied to the wavelength graph to determine a shortest path. The transformation of the network representation to include the electronic node greatly reduces the number of links in the wavelength graph and significantly increases the computational efficiency.

Methods And Apparatus For Raman Crosstalk Reduction Via Idle Data Pattern Control

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US Patent:
7424229, Sep 9, 2008
Filed:
Dec 28, 2004
Appl. No.:
11/023741
Inventors:
Frank J. Effenberger - Freehold NJ, US
Assignee:
General Instrument Corporation - Horsham PA
International Classification:
H04B 10/04
US Classification:
398194, 398 81, 398159
Abstract:
Methods and apparatus are provided for reducing Raman crosstalk in a wavelength-division-multiplexing (WDM) optical fiber transmission system that transmits a multiplex of channels. Idle data is sent over one or more of the channels of the WDM system in order to maintain the optical link when user data is not being sent. The idle data has an idle data pattern, which can be controlled such that a power spectral density of a signal carried by at least one channel is shifted in order to reduce Raman crosstalk between the channels. For example, the power spectral density may be shifted away from lower frequencies of the channel, and toward the higher frequencies, by controlling the idle data pattern. Alternatively, the power spectral density may be shifted towards unused frequencies of the channel, by controlling the idle data pattern.

Method And System For Random Channel Assignment In Wdm Based Passive Optical Networks

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US Patent:
7877013, Jan 25, 2011
Filed:
Feb 26, 2007
Appl. No.:
11/679017
Inventors:
Frank J. Effenberger - Freehold NJ, US
Assignee:
Futurewei Technologies, Inc. - Plano TX
International Classification:
H04J 14/00
US Classification:
398 68, 398 72, 398 69, 398100, 370352, 370468, 370392, 37039531, 725105, 725106, 725127, 725129, 385 24, 385 14, 385 27
Abstract:
A wavelength division multiplexing based passive optical network is disclosed. The network includes an optical line terminal; a power optical splitter connecting to the optical line terminal by an optical fiber; and several optical network units. Each of the optical network units connects to the power optical splitter by each of other optical fibers by a random process.

Passive Optical Network Topology Estimation

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US Patent:
7894362, Feb 22, 2011
Filed:
Feb 7, 2008
Appl. No.:
12/027389
Inventors:
Frank J. Effenberger - Freehold NJ, US
Assignee:
Futurewei Technologies, Inc. - Plano TX
International Classification:
H04J 1/16
US Classification:
370252
Abstract:
An apparatus comprising an optical line terminal (OLT) in communication with a plurality of optical network terminals (ONTs) via an optical distribution network (ODN), and a passive optical network (PON) topology estimator coupled to the OLT or at least one of the ONTs, wherein the PON topology estimator is configured to model a PON topology. Also disclosed is an apparatus comprising at least one processor configured to implement a method comprising defining a PON topology comprising a plurality of network parameters, a plurality of component parameters, and at least one relationship between the network parameters and the component parameters, acquiring values for the network parameters, and determining the component parameters using the network parameters and the mathematical equations.

System And Method For Data Synchronization In Passive Optical Networks

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US Patent:
7953324, May 31, 2011
Filed:
Nov 13, 2007
Appl. No.:
11/939470
Inventors:
Raymond W. K. Leung - Shenzhen, CN
Dongyu Geng - Shenzhen, CN
Dongning Feng - Shenzhen, CN
Frank Effenberger - Freehold NJ, US
Sergio Benedetto - Turin, IT
Guido Montorsi - Turin, IT
Assignee:
Huawei Technologies Co., Ltd. - Shenzhen
International Classification:
H04B 10/00
H04J 14/00
US Classification:
398 58, 398 67, 398 68, 398 70, 398 71
Abstract:
System and method for data synchronization in Passive Optical Networks. According to an embodiment, the present invention provides a method for providing upstream data synchronization in an optical communication network. The method includes sending data from an Optical Network Unit. The data includes a first data frame, which includes a header sequence, a synchronization segment, and a data segment. The synchronization segment includes 66 bits, which includes a first number of bits having nonzero values and a second number of bits having a value of zero. The first number is different from the second number. The method further includes receiving at least the first data frame by an Optical Line Terminal. The method also includes processing the first data frame. The method additionally includes selecting a first segment of the first data frame, the first segment including 66 bits.

In-Band Optical Frequency Division Reflectometry

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US Patent:
8050556, Nov 1, 2011
Filed:
Jan 25, 2008
Appl. No.:
12/020010
Inventors:
Frank J. Effenberger - Freehold NJ, US
Assignee:
Futurewei Technologies, Inc. - Plano TX
International Classification:
H04B 10/08
H04B 17/00
US Classification:
398 21
Abstract:
An apparatus comprising an optical transmitter coupled to an optical fiber, and an optical receiver coupled to the optical fiber, wherein the transmitter is configured to transmit a test signal data pattern and user data into the optical fiber, and wherein the receiver is configured to receive a reflection of the test signal data pattern. Also disclosed is a network component comprising a processor configured to implement a method comprising promoting the transmission of an optical test signal data pattern into an optical fiber, wherein the test signal data pattern creates a radio frequency (RF) tone, and detecting a reflection of the RF tone in the optical fiber.

Asymmetrical Pon With Multiple Return Channels

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US Patent:
8050561, Nov 1, 2011
Filed:
Feb 21, 2007
Appl. No.:
11/677346
Inventors:
Frank J. Effenberger - Freehold NJ, US
Assignee:
Futurewei Technologies, Inc. - Plano TX
International Classification:
H04J 3/16
H04J 14/00
H04J 3/26
H04L 12/56
H04Q 11/00
US Classification:
398 67, 398 66, 398 69, 398 71, 398 50, 370270, 370468, 370466, 370252
Abstract:
A passive optical network (PON) system comprising a plurality of optical network units (ONUs) having one downstream receiver and one upstream transmitter, an optical line terminal (OLT) having a downstream transmitter and a plurality of upstream receivers, wherein each upstream receiver is associated with a subset of the ONUs, and an optical distribution network (ODN) that connects the OLT to the ONUs is disclosed. An OLT for a PON, comprising a downstream transmitter, and a plurality of upstream receivers, wherein a downstream transmitter bandwidth is greater than each upstream receiver bandwidth is also disclosed. A network component comprising a processor configured to implement a method comprising determining a downstream bandwidth and an upstream bandwidth for a PON, and increasing a number of upstream channels per downstream channel for the PON when asymmetry between the downstream bandwidth and the upstream bandwidth is greater than a threshold amount is also disclosed.

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Frank Effenberger

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Frank V Effenberger from Manchester, NJ, age ~92 Get Report