Philip J. Lin

Person

Newton, MA, US

People

Patents Grantslast 30 patents

Information Patent Grant
Optical add/drop multiplexer using integrated optical components
- Patent number 9,660,753
- Issue date May 23, 2017
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Bi-directional ring network having minimum spare bandwidth allocati...
- Patent number 9,531,584
- Issue date Dec 27, 2016
- Tellabs Operations, Inc.
- Robert B. Magill
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Bi-directional ring network having minimum spare bandwidth allocati...
- Patent number 8,630,172
- Issue date Jan 14, 2014
- Tellabs Operations, Inc.
- Robert B. Magill
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Optical add/drop multiplexer using integrated optical components
- Patent number 8,095,007
- Issue date Jan 10, 2012
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Bi-directional ring network having minimum spare bandwidth allocati...
- Patent number 8,036,114
- Issue date Oct 11, 2011
- Tellabs Operations, Inc.
- Robert B. Magill
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Signal interconnect incorporating multiple modular units
- Patent number 7,881,568
- Issue date Feb 1, 2011
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Bi-directional ring network having minimum spare bandwidth allocati...
- Patent number 7,796,644
- Issue date Sep 14, 2010
- Tellabs Operations, Inc.
- Robert B. Magill
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Method and system for designing ring-based telecommunications networks
- Patent number 7,668,184
- Issue date Feb 23, 2010
- Tellabs Operations, Inc.
- Timothy Y. Chow
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Signal interconnect incorporating multiple modular units
- Patent number 7,450,795
- Issue date Nov 11, 2008
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Bi-directional ring network having minimum spare bandwidth allocati...
- Patent number 7,359,323
- Issue date Apr 15, 2008
- Tellabs Operations, Inc.
- Robert B. Magill
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Strictly non-blocking switch core having optimized switching archit...
- Patent number 7,292,747
- Issue date Nov 6, 2007
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Inter-working mesh telecommunications networks
- Patent number 7,289,428
- Issue date Oct 30, 2007
- Tellabs Operations, Inc.
- Timothy Y. Chow
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Strictly non-blocking switch core having optimized switching archit...
- Patent number 7,224,861
- Issue date May 29, 2007
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Method and system for designing ring-based telecommunications networks
- Patent number 7,133,410
- Issue date Nov 7, 2006
- Tellabs Operations, Inc.
- Timothy Y. Chow
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Power pre-emphasis for WDM transmission systems
- Patent number 7,110,676
- Issue date Sep 19, 2006
- Tellabs Operations, Inc.
- Weyl K. Wang
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Signal interconnect incorporating multiple modular units
- Patent number 7,035,502
- Issue date Apr 25, 2006
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Strictly non-blocking switch core having optimized switching archit...
- Patent number 6,985,653
- Issue date Jan 10, 2006
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Optical switch for reciprocal traffic
- Patent number 6,850,662
- Issue date Feb 1, 2005
- Tellabs Operations, Inc.
- James D. Mills
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Signal interconnect incorporating multiple modular units
- Patent number 6,801,680
- Issue date Oct 5, 2004
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Strictly non-blocking optical switch core having optimized switching
- Patent number 6,785,438
- Issue date Aug 31, 2004
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Optical switch for reciprocal traffic
- Patent number 6,650,804
- Issue date Nov 18, 2003
- Tellabs Operations, Inc.
- James D. Mills
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Bi-directional ring network having minimum spare bandwidth allocati...
- Patent number 6,606,297
- Issue date Aug 12, 2003
- Tellabs Operations, Inc.
- Robert B. Magill
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Strictly non-blocking switch core having optimized switching archit...
- Patent number 6,591,028
- Issue date Jul 8, 2003
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Grant
Telecommunications job scheduling
- Patent number 6,434,589
- Issue date Aug 13, 2002
- Tellabs Operations, Inc.
- Philip J. Lin
- G06 - COMPUTING CALCULATING COUNTING
Information Patent Grant
Strictly non-blocking optical switch core having optimized switchin...
- Patent number 6,366,713
- Issue date Apr 2, 2002
- Tellabs Operations, Inc.
- Philip J. Lin
- G02 - OPTICS
Information Patent Grant
Optical switch for reciprocal traffic
- Patent number 6,363,182
- Issue date Mar 26, 2002
- James D. Mills
- G02 - OPTICS

Patents Applicationslast 30 patents

Information Patent Application
BI-DIRECTIONAL RING NETWORK HAVING MINIMUM SPARE BANDWIDTH ALLOCATI...
- Publication number 20140126898
- Publication date May 8, 2014
- Tellabs Operations, Inc.
- Robert B. Magill
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Optical Add/Drop Multiplexer Using Integrated Optical Components
- Publication number 20120063778
- Publication date Mar 15, 2012
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Bi-Directional Ring Network Having Minimum Spare Bandwidth Allocati...
- Publication number 20120008493
- Publication date Jan 12, 2012
- Tellabs Operations, Inc.
- Robert B. Magill
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
SIGNAL INTERCONNECT INCORPORATING MULTIPLE MODULAR UNITS
- Publication number 20090028500
- Publication date Jan 29, 2009
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Bi-Directional Ring Network Having Minimum Spare Bandwidth Allocati...
- Publication number 20080159735
- Publication date Jul 3, 2008
- Tellabs Operations, Inc.
- Robert B. Magill
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Bi-Directional Ring Network Having Minimum Spare Bandwidth Allocati...
- Publication number 20080151747
- Publication date Jun 26, 2008
- Tellabs Operations, Inc.
- Robert B. Magill
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Inter-working mesh telecommunications networks
- Publication number 20080101364
- Publication date May 1, 2008
- Tellabs Operations, Inc.
- Timothy Y. Chow
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Method and System for Designing Ring-Based Telecommunications Networks
- Publication number 20070076636
- Publication date Apr 5, 2007
- Timothy Y. Chow
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Strictly non-blocking switch core having optimized switching archit...
- Publication number 20060269187
- Publication date Nov 30, 2006
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Signal interconnect incorporating multiple modular units
- Publication number 20060140195
- Publication date Jun 29, 2006
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Strictly non-blocking switch core having optimized switching archit...
- Publication number 20060018592
- Publication date Jan 26, 2006
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Signal interconnect incorporating multiple modular units
- Publication number 20050020123
- Publication date Jan 27, 2005
- Tellabs Operations, Inc.
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Strictly non-blocking switch core having optimized switching archit...
- Publication number 20050002601
- Publication date Jan 6, 2005
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Bi-directional ring network having minimum spare bandwidth allocati...
- Publication number 20040085899
- Publication date May 6, 2004
- Robert B. Magill
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Strictly non-blocking optical switch core having optimized switching
- Publication number 20030138192
- Publication date Jul 24, 2003
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Methods and apparatus for allocating working and protection bandwid...
- Publication number 20030065811
- Publication date Apr 3, 2003
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Inter-working mesh telecommunications networks
- Publication number 20030031124
- Publication date Feb 13, 2003
- Timothy Y. Chow
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Power pre-emphasis for WDM transmission systems
- Publication number 20030011853
- Publication date Jan 16, 2003
- Weyl K. Wang
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Method and apparatus for allocating working and protection bandwidt...
- Publication number 20020194339
- Publication date Dec 19, 2002
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Optical add/drop multiplexer using integrated optical components
- Publication number 20020171890
- Publication date Nov 21, 2002
- Philip J. Lin
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Method and system for designing ring-based telecommunications networks
- Publication number 20020118687
- Publication date Aug 29, 2002
- Timothy Y. Chow
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
Strictly non-blocking switch core having optimized switching archit...
- Publication number 20020061156
- Publication date May 23, 2002
- Philip J. Lin
- G02 - OPTICS
Information Patent Application
Optical switch for reciprocal traffic
- Publication number 20020057864
- Publication date May 16, 2002
- James D. Mills
- G02 - OPTICS
Information Patent Application
Signal interconnect incorporating multiple modular units
- Publication number 20020039468
- Publication date Apr 4, 2002
- Philip J. Lin
- G02 - OPTICS
Information Patent Application
Optical switch for reciprocal traffic
- Publication number 20020018614
- Publication date Feb 14, 2002
- James D. Mills
- G02 - OPTICS

Philip J. Lin

Person

Patents Grantslast 30 patents

Optical add/drop multiplexer using integrated optical components

Bi-directional ring network having minimum spare bandwidth allocati...

Bi-directional ring network having minimum spare bandwidth allocati...

Optical add/drop multiplexer using integrated optical components

Bi-directional ring network having minimum spare bandwidth allocati...

Signal interconnect incorporating multiple modular units

Bi-directional ring network having minimum spare bandwidth allocati...

Method and system for designing ring-based telecommunications networks

Signal interconnect incorporating multiple modular units

Bi-directional ring network having minimum spare bandwidth allocati...

Strictly non-blocking switch core having optimized switching archit...

Inter-working mesh telecommunications networks

Strictly non-blocking switch core having optimized switching archit...

Method and system for designing ring-based telecommunications networks

Power pre-emphasis for WDM transmission systems

Signal interconnect incorporating multiple modular units

Strictly non-blocking switch core having optimized switching archit...

Optical switch for reciprocal traffic

Signal interconnect incorporating multiple modular units

Strictly non-blocking optical switch core having optimized switching

Optical switch for reciprocal traffic

Bi-directional ring network having minimum spare bandwidth allocati...

Strictly non-blocking switch core having optimized switching archit...

Telecommunications job scheduling

Strictly non-blocking optical switch core having optimized switchin...

Optical switch for reciprocal traffic

Patents Applicationslast 30 patents

BI-DIRECTIONAL RING NETWORK HAVING MINIMUM SPARE BANDWIDTH ALLOCATI...

Optical Add/Drop Multiplexer Using Integrated Optical Components

Bi-Directional Ring Network Having Minimum Spare Bandwidth Allocati...

SIGNAL INTERCONNECT INCORPORATING MULTIPLE MODULAR UNITS

Bi-Directional Ring Network Having Minimum Spare Bandwidth Allocati...

Bi-Directional Ring Network Having Minimum Spare Bandwidth Allocati...

Inter-working mesh telecommunications networks

Method and System for Designing Ring-Based Telecommunications Networks

Strictly non-blocking switch core having optimized switching archit...

Signal interconnect incorporating multiple modular units

Strictly non-blocking switch core having optimized switching archit...

Signal interconnect incorporating multiple modular units

Strictly non-blocking switch core having optimized switching archit...

Bi-directional ring network having minimum spare bandwidth allocati...

Strictly non-blocking optical switch core having optimized switching

Methods and apparatus for allocating working and protection bandwid...

Inter-working mesh telecommunications networks

Power pre-emphasis for WDM transmission systems

Method and apparatus for allocating working and protection bandwidt...

Optical add/drop multiplexer using integrated optical components

Method and system for designing ring-based telecommunications networks

Strictly non-blocking switch core having optimized switching archit...

Optical switch for reciprocal traffic

Signal interconnect incorporating multiple modular units

Optical switch for reciprocal traffic