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Kai K Eng

from Matthews, NC
Age ~91
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Also known as:
Kai King, Eng King Kai
Phone and address:
2647 Circa Dr, Matthews, NC 28105
(704) 248-8677
Connected to:
Adrea H Eng, 34Ana L Eng, 53Brandi J Eng, 39Briana A Eng, 33Bruce W Eng, 50Cameron Eng, 38Christopher R Eng, 57Craig R Eng, 67Darryl H Eng, 70Derrick K Eng, 38

Kai Eng Phones & Addresses

  • 2647 Circa Dr, Matthews, NC 28105 (704) 248-8677
  • 10 Puddingstone Pkwy, Banner Elk, NC 28604 (828) 898-5636
  • 110 Puddingstone Pkwy, Banner Elk, NC 28604 (828) 898-5636
  • 244 Puddingstone Pkwy, Banner Elk, NC 28604 (828) 898-5636
  • East Elmhurst, NY
  • Oceanside, NY

Resumes

Resumes

Kai Eng Photo 1

Kai Eng

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Location:
2647 Circa Dr, Matthews, NC 28105
Skills:
Microsoft Excel
Microsoft Office
Microsoft Word
Languages:
Mandarin
Kai Eng Photo 2

Kai Eng

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Publications

Us Patents

Immediate Rerouting In Data Networks

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US Patent:
6810008, Oct 26, 2004
Filed:
Dec 11, 2000
Appl. No.:
09/734364
Inventors:
Kai Y. Eng - Atlantic Highlands NJ
Jon Anderson - Brielle NJ
Assignee:
Park Technologies, LLC - Eatontown NJ
International Classification:
G01R 3108
US Classification:
370216, 370255, 370401, 398 1
Abstract:
A data network routing apparatus and method are presented. The data switch comprises a packet engine integrated with an optical engine. The optical engine and packet engine are under common software and/or hardware control, and communicably interconnected. As a result, the physical state of the optics is continually and immediately available to the packet engine, in substantially real time. The packet engine implements a routing algorithm which operates on at least the data traffic in the network and the optical transport topology. The routing apparatus periodically updates the routing algorithms operands under normal operation, and in the event of the failure of a communications link in the network, the routing apparatus immediately updates the routing algorithm operands in response. A network comprising a plurality of nodes with such immediate rerouting capability is achieved by utilizing a plurality of the disclosed data switches as its nodes.

Communication Method And System

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US Patent:
8249574, Aug 21, 2012
Filed:
Jan 22, 2010
Appl. No.:
12/691978
Inventors:
Kai Y. Eng - Atlantic Highlands NJ, US
Pramod Pancha - Belle Mead NJ, US
Assignee:
Bellmar Communications LLC - Chicago IL
International Classification:
H04M 3/00
H04M 3/42
H04W 40/00
US Classification:
455418, 4554141, 455466, 455416
Abstract:
A software button and software agent downloaded to a computing in response to actuation of the button make it possible to create a communication connection providing privacy, security and dynamic control of service. In one embodiment an online telephone directory comprised of software buttons is provided, in which a calling party can select a called party by clicking a software button dedicated to the called party. The button provides an identification of the called party, but all contact information is hidden and inaccessible to the calling party. Upon actuation of the button server containing the directory causes download of a software agent to the calling party's computing device, causing it to establish communication with the called party. In a second embodiment, software buttons provide a communication service which is dynamic, the nature or type of service changing based on conditions predefined by the called. For example, a called party may specify that, during business hours, communication be by telephone to a specific telephone number and outside of business hours, communication be by text message if urgent and e-mail if not urgent.

Unbreakable Optical Ip Flows And Premium Ip Services

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US Patent:
20010046208, Nov 29, 2001
Filed:
Apr 23, 2001
Appl. No.:
09/840299
Inventors:
Kai Eng - Atlantic Highlands NJ, US
Jon Anderson - Brielle NJ, US
Pramod Pancha - Somerset NJ, US
International Classification:
H04L012/26
H04L012/54
US Classification:
370/229000, 370/429000
Abstract:
A data network routing apparatus and method are presented. The routing apparatus comprises a packet engine, which itself comprises a switch, a forwarding engine and a queueing processor. The queueing processor tracks individual input port to output port flows, and assigns packets to these flows. Flows are assigned to queues. Each queue can accommodate a large number of packets. Each queue is assigned to a subclass, and a number of subclasses are assigned to a class. The apparatus and method thus support numerous differentiable classes of data as well as further differentiable subclasses within each class. While queues within a given subclass are served with equal priority by the routing apparatus, each subclass can be assigned a different weight to differentiate the priority within a subclass. In turn, each class can be assigned a different weighting as well, to allow different treatment before reaching an output port. Thus, a wide spectrum of service differentiation is supported. When implemented in a high-speed integrated optical-electronic data network with near immediate restoration and rerouting capabilities, premium IP services can be offered with quality and service guaranteed even under the most extreme high-traffic and failure scenarios.

Optical Packet Switch Having Optical Engine And Packet Engine

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US Patent:
20020021857, Feb 21, 2002
Filed:
Apr 10, 2001
Appl. No.:
09/829565
Inventors:
Kai Eng - Atlantic Highlands NJ, US
Jon Anderson - Brielle NJ, US
International Classification:
G02B006/35
US Classification:
385/016000, 385/017000
Abstract:
A method and apparatus for switching optical signals by selectively routing such signals through a packet switch is disclosed. Depending upon predetermined traffic conditions in data being received and transmitted, the system may be provisioned to provide circuit like optical switching, or a mixture of optical and packet switching. An exemplary growable optical switch architecture is disclosed in the preferred embodiment.

Optical Communication Circuit

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US Patent:
20030039433, Feb 27, 2003
Filed:
Aug 21, 2001
Appl. No.:
09/933460
Inventors:
Kai Eng - Atlantic Highlands NJ, US
Jon Anderson - Brielle NJ, US
International Classification:
G02B006/28
G02B006/35
H04B010/20
US Classification:
385/024000, 385/016000, 359/119000, 359/173000
Abstract:
An improved optical communication circuit is disclosed which is capable of overcoming a damaged link and maintaining communication. The circuit is in the form of a ring with links connecting between nodes, and the circuit includes the ability to detect a failure and to re-route a message around a break by reconfiguring the message at a modified wavelength and forwarding on a different path.

Complex Optical Switch Arrays

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US Patent:
20030077022, Apr 24, 2003
Filed:
Oct 24, 2001
Appl. No.:
10/000731
Inventors:
Kai Eng - Atlantic Highlands NJ, US
Jon Anderson - Brielle NJ, US
International Classification:
G02B006/35
G02B006/28
US Classification:
385/016000, 385/024000
Abstract:
The present invention provides switch arrays for use in optical communication systems. The switch arrays are illustrated in relatively simple and relatively complex versions for each of two types. Each switch array is assembled by connecting of plural optical switches to each other and to transmission links and packet switches accordingly. The result enables handling a greater quantity of signal volume.

Method And Apparatus For Combining Enterprise Ip-Pbx And Cellular Mobile Services

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US Patent:
20060246926, Nov 2, 2006
Filed:
Mar 10, 2006
Appl. No.:
11/372986
Inventors:
Kai Eng - Atlantic Highlands NJ, US
Pramod Pancha - Somerset NJ, US
International Classification:
H04Q 7/20
H04M 3/42
H04Q 7/38
US Classification:
455465000, 455417000, 455414100
Abstract:
A method and apparatus that bridges a cell phone or similar wireless device that utilizes a public wireless network with a private enterprise PBX. A mobile server is connected to the IP-PBX, and acts as a proxy for the cell phone or similar wireless device, making it appear to the IP-PBX and associated internal enterprise network as if it were the internal phone or computer connected to the internal enterprise network.

Scalable, High-Availability Network

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US Patent:
20080031226, Feb 7, 2008
Filed:
Aug 1, 2006
Appl. No.:
11/497146
Inventors:
Kai Y. Eng - Atlantic Highlands NJ, US
Pramod Pancha - Somerset NJ, US
Siu Yu Yuen - Kowloon, HK
Assignee:
Boro Networks Inc. - Atlantic Highlands NJ
International Classification:
H04L 12/66
US Classification:
370352, 370218
Abstract:
A multiplicity of users is connected to a network, as are m servers. The users are organized into n user groups, each including a plurality of users, such that all the users in a group are part of a common database which permits intercommunication between them. That database is duplicated in a subset of p of the servers, and the subset shares the processing load of the corresponding user group. When a user in the respective user group attempts to communicate with another user, one of the servers in the subset p will accommodate the necessary processing initiate set up of the connection. At the same time, each server accommodates users in q different groups. Should one of the servers fail, each of the other servers in each subset p accommodating the failing server's users will accommodate the failed server's share of those users. Thus, the processing load of each user group is handled with a redundancy of p (the number of servers in a subset), ensuring a high level of availability.
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Kai K Eng from Matthews, NC, age ~91 Get Report