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Kyle T L Evans, 38227 Three Notch Ln, Providence, IN 46106

Kyle Evans Phones & Addresses

227 Three Notch Ln, Bargersville, IN 46106   

Trafalgar, IN   

Franklin, IN   

Washington, DC   

Greenwood, IN   

Indianapolis, IN   

3421 S Dakota Ave NE, Washington, DC 20018   

Work

Company: Franciscan alliance information services 2010 Position: Computer operations technical analyst

Education

School / High School: ITT Technical Institute- Indianapolis, IN Apr 2009 Specialities: Associate of Applied Science in Computer Network Systems

Ranks

Licence: Texas - Eligible To Practice In Texas Date: 2012

Mentions for Kyle T L Evans

Career records & work history

Lawyers & Attorneys

Kyle Evans Photo 1

Kyle D. Evans - Lawyer

Address:
919-4527722 (Office)
Licenses:
Texas - Eligible To Practice In Texas 2012
Education:
Southern Methodist University, Dedman School of Law
Kyle Evans Photo 2

Kyle Evans - Lawyer

ISLN:
1000821500
Admitted:
2018

License Records

Kyle W Evans

Licenses:
License #: 17128 - Active
Category: Dual Towing Operator(IM)/VSF Employee
Expiration Date: Aug 9, 2017

Resumes & CV records

Resumes

Kyle Evans Photo 33

Kyle Evans - Bargersville, IN

Work:
Franciscan Alliance Information Services 2010 to 2000
Computer Operations Technical Analyst
Travis Evans, Carpet Corporation - Indianapolis, IN 1999 to 2010 Capstone Class - Indianapolis, IN 2008 to 2009
Student
Education:
ITT Technical Institute - Indianapolis, IN Apr 2009
Associate of Applied Science in Computer Network Systems

Publications & IP owners

Us Patents

Soft Network Interface Device For Digital Broadband Local Carrier Networks

US Patent:
6898276, May 24, 2005
Filed:
May 31, 2002
Appl. No.:
10/158583
Inventors:
Raymond Ian Millet - Bowie MD, US
R. Andrew Poole - Round Hill VA, US
N. Sharon Embrey - Alexandria VA, US
Robert D. Farris - Sterling VA, US
David Harold Cave - Fairfax VA, US
John M. Carman - Alexandria VA, US
Faye M. Smith - Alexandria VA, US
Lin H. Kerns - Springfield VA, US
Kyle Vincent Evans - Dallas TX, US
Dale Lee Bartholomew - Vienna VA, US
Assignee:
Verizon Communications Inc. - New York NY
International Classification:
H04L012/28
US Classification:
379219, 37922101, 379229, 379230
Abstract:
For communications interface across the line of demarcation between the customer premises media and a link of a public digital broadband communication network, a network interface device is “soft” in that it is adaptable to different service applications and readily programmable from both the network-side and the customer-side. A network-side interface provides a communications connection to a broadband network link at an edge of the digital broadband network. A customer-side interface provides communications connection to one or more media in the customer premises, for example, to telephone and LAN wiring within the premises. The soft network interface device also includes a data processing system, for controlling at least some of the communications through the interfaces. The data processing system is capable of being programmed with network service provisioning data from the public network as well as with user programming received from the customer premises.

Multi-Layer Ring Architecture For Fiber-To-The-Home Telco Carrier Network

US Patent:
6961335, Nov 1, 2005
Filed:
May 31, 2002
Appl. No.:
10/158586
Inventors:
Raymond Ian Millet - Bowie MD, US
R. Andrew Poole - Round Hill VA, US
N. Sharon Embrey - Alexandria VA, US
Robert D. Farris - Sterling VA, US
David Harold Cave - Fairfax VA, US
John M. Carman - Alexandria VA, US
Faye M. Smith - Alexandria VA, US
Lin H. Kerns - Springfield VA, US
Kyle Vincent Evans - Dallas TX, US
Dale Lee Bartholomew - Vienna VA, US
Assignee:
Verizon Communications Inc. - New York NY
International Classification:
H04L012/66
US Classification:
370356, 370406
Abstract:
A communications network, for example forming a local exchange carrier telephone network, utilizes three layers of fiber optic rings. The point of demarcation between customer premises media and network media comprises an intelligent soft network interface device or “soft NID”. First layer rings carry telephone and data communications between the soft NIDs and remote terminals. Several remote terminals in an area communicate via one of the next higher level rings to a host digital terminal. The host digital terminals communicate with each other via a backbone optical fiber ring, and a media gateway controller on this ring provides high level service logic. The remote terminals and preferably the host digital terminals are service switching points (SSPs), for intelligent services provided by the network. Local legacy switches connect to remote terminals, whereas a router on the backbone provides communications to other networks, including legacy long distance networks.

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