Richard T Wong, 75101 Pilgrim Lndg, Baltimore, MD 21230

6697334, Feb 24, 2004

Jan 18, 2000

09/484178

John Gregory Klincewicz - Monmouth NJ
James Anthony Schmitt - Monmouth NJ
Richard Tekee Wong - Monmouth NJ

ATT Corp. - New York NY

H04L 1226

370238, 37039521, 709238

A method and apparatus for designing a network that supports an integrated environment for all types of applications while satisfying individual performance requirements. An initial network topology is retrieved or created, including links and traffic routing based on a volume of traffic. A maximum delay is then allocated to each link in the network topology so that the delay limits on node-to-node communication are satisfied. Further, a bandwidth required for each link is sized based on a current traffic routing as well as a maximum delay allocated to the link and total link utilization. Link lengths are then determined, based on marginal costs, and traffic is rerouted according to shortest paths with respect to the link lengths.

6934259, Aug 23, 2005

Nov 12, 2003

10/706432

John Gregory Klincewicz - Ocean Township NJ, US
James Anthony Schmitt - Little Silver NJ, US
Richard Tekee Wong - Tinton Falls NJ, US

AT&T Corp - New York NY

H04L012/26

370238, 37039521, 709238

An apparatus and method for designing a network are disclosed. The network is designed wherein nodes originate and terminate traffic to keep delay related to node-to-node delay-sensitive communication below a specified threshold. The method obtains an initial network topology including links and traffic routing based on a volume of traffic, allocates a maximum delay to each link in the network topology in proportion to the square root of an imputed cost for each link, sizes a bandwidth required for each link based on a current traffic routing and at least one of a maximum delay allocated to the link, determines link lengths and reroutes traffic according to shortest paths with respect to the determined link lengths.

7061869, Jun 13, 2006

Mar 5, 2002

10/091267

Hanan Luss - Marlboro NJ, US
Richard T. Wong - Tinton Falls NJ, US

Telcordia Technologies, Inc. - Piscataway NJ

H04J 1/16
H04J 3/14
H04L 12/26
H04L 12/28
G06F 9/46

370238, 370351

A method is disclosed that provides an ordered sequence of reassignments of communications paths to new routes. The network may have multiple excessively long communications paths, referred to as out-of-kilter paths, while other communications paths are of acceptable length, referred to as in-kilter paths. The method approximately optimizes a predefined objective such as maximizing the number of reassigned out-of kilter communications paths. The method may reassign multiple in-kilter paths to new routes in order to free up capacity and allow the reassignment of an out-of-kilter path. Reassignments are executed one at a time according to the ordered sequence determined by the method, and no capacity violations are incurred on any network link at any point in time during the execution of the sequence of reassignments. All reassigned communications paths will be in-kilter.

7626945, Dec 1, 2009

Jul 20, 2005

11/185100

John Gregory Klincewicz - Ocean Township NJ, US
James Anthony Schmitt - Little Silver NJ, US
Richard Tekee Wong - Tinton Falls NJ, US

AT&T Intellectual Property II, L.P. - New York NY

H04L 12/26

370254, 370238, 370252

A system and computer-readable medium for designing a network are disclosed. A network is designed by a system having modules configured to perform steps that generate the network wherein nodes originate and terminate traffic to keep delay related to node-to-node delay-sensitive communication below a threshold. The computer-readable medium stores instructions for controlling a computing device to design the network. The instructions comprise obtaining an initial network topology including links and traffic routing based on a volume of traffic, allocating a maximum delay to each link in the network topology in proportion to a square root of an imputed cost for each of the links, sizing a bandwidth required for each of the links based on a current traffic routing and at least one of a maximum delay allocated to the link, determining link lengths and rerouting traffic according to shortest paths with respect to the determined link lengths.

7965654, Jun 21, 2011

Nov 30, 2009

12/627532

John Gregory Klincewicz - Ocean Township NJ, US
James Anthony Schmitt - Little Silver NJ, US
Richard Tekee Wong - Tinton Falls NJ, US

AT&T Intellectual Property II, L.P. - Atlanta GA

H04L 12/28

370254, 370250, 370238

A system and computer-readable medium for designing a network are disclosed. A network is designed by a system having modules configured to perform steps that generate the network wherein nodes originate and terminate traffic to keep delay related to node-to-node delay-sensitive communication below a threshold. The computer-readable medium stores instructions for controlling a computing device to design the network. The instructions comprise obtaining an initial network topology including links and traffic routing based on a volume of traffic, allocating a maximum delay to each link in the network topology in proportion to a square root of an imputed cost for each of the links, sizing a bandwidth required for each of the links based on a current traffic routing and at least one of a maximum delay allocated to the link, determining link lengths and rerouting traffic according to shortest paths with respect to the determined link lengths.

2005025, Nov 17, 2005

Mar 3, 2003

10/505375

Yuman Fong - New York NY, US
Richard Wong - New York NY, US

A61K048/00
C12N015/86

424093200, 435456000, 424093600

The invention provides methods of preventing and treating cancer, involving the use of attenuated, replication-com-petent, oncolytic herpes viruses.

2019006, Mar 7, 2019

Sep 5, 2017

15/696013

Richard Wong - Bethesda MD, US

A47K 13/24
A47K 13/02

A toilet seat may provide an overhang on the bottom that encapsulates the outer rim of a toilet bowl on one or more sides to stabilize the toilet seat. The toilet seat may include a larger seating area than a conventional toilet seat by providing that portions of the seat extend over the outer edge of the toilet bowl.