Jose Luis Alvarez
Electrician at 1 Ave K310, Denver, CO

License number

Colorado 24527

Issued Date

Jan 19, 2001

Renew Date

Jan 19, 2001

Type

Electrical Apprentice

Address

Address 2

9953 E 1St Ave, Denver, CO 80010
Denver, CO

Professional information

Promotional, Uniforn And Food Service Products

Position:

owner at Alvarez llc

Location:

Greater Denver Area

Industry:

Wholesale

Work:

Alvarez llc since Jan 2000 - owner

Jose Alvarez - Denver, CO

Work:

24-7 Intouch
Customer service representative CAPTAIN D'S RESTAURANT
ASSISTANT RESTAURANT MANAGER CAPTAIN D'S RESTAURANT
Mentor/Develop and Train SONIC DRIVE-IN
CO MANAGER

Education:

GEORGIA STATE UNIVERSITY
BA in Psychology SALEM HIGH SCHOOL - Conyers, GA
HIGH SCHOOL DIPLOMA

Jose Alvarez - Lakewood, CO

Work:

TST Infrastructure, Llc - Englewood, CO
Civil Technician Denver Water Department - Denver, CO
Civil Technician Rocky Mountain Consultants, Inc - Greenwood Village, CO
Civil Technician Martin & Martin Consultants, Inc - Wheat Ridge, CO
Civil Technician Anderson & Hastings Consultants, Inc - Denver, CO
Civil Technician

Education:

Community College of Denver
MS Arapahoe Community College
Associates in Architectural Technology

System And Method For Determining An Evolving Combination Of Network Components To Maximize The Net Present Value Of A Provider's Cash Flow

US Patent:

7080031, Jul 18, 2006

Filed:

Feb 1, 2002

Appl. No.:

10/060412

Inventors:

James Q. Crowe - Denver CO, US
Russell A Rushmeier - Mount Kisco NY, US
Indraneel Das - East Hartford CT, US
Paul J. Koster - Broomfield CO, US
Jose F. Alvarez - Denver CO, US
Mark A. Reynolds - Superior CO, US
Lorraine Lotosky - Longmont CO, US

Assignee:

Level 3 Communications, LLC - Broomfield CO

International Classification:

G06F 17/60

US Classification:

705 35, 705 42, 705 43, 705 53, 370352, 370404, 370462, 370463, 370468, 370471, 455453

Abstract:

A method and computer program product are presented for selecting and arranging an appropriate combination of network components, or elements, in a communications network. The selection of network components is done in a manner that maximizes the net present value of cash flow resulting from the provision of communications services between nodes of the network. The method comprises the steps of receiving information that constrains network design and price establishment, and then using the constraint information to select a combination of network components for each link in the communications network. According to the invention, the selection of network components is performed for each of several successive time periods, effectively planning the evolution of the network. The selections are made so that the network components satisfy demand over time while maximizing the net present value of the cash flow that results from the provision of communications services.