|
Client
|
Contact
|
Phone/E-Mail
|
Deliverable
|
|
AriaWest, International (affiliated with MediaOne International)
|
John Vondras, Managing Director
Ernest
W. Tuttle, CFO
|
+61 (21) 739-8222
(Jakarta, Indonesia)
|
Detailed
business case for net revenue potential of a new services network
in Indonesia.
Simulation forecasting model of customer values and demands for
telephony, PCs, and multimedia in Indonesia.
|
|
A T & T Wireless
|
Mike Salaiz
|
+1-303-573-3128
|
New
design for a Colorado network, demonstrating > 20% immediate
savings in monthly costs of leasing DS1 and DS3 facilities for backhaul
of cellular traffic, with much larger potential future savings as
additional hubs are added.
|
|
AT&T Wireless National Planning
|
Peter Neill
National Manager of Capacity Planning
|
+1-425-580-6290
|
Two-day workshop on integrated demand forecasting,
capacity planning, and network design and optimization. This workshop
brought together a dozen executives from marketing, RF engineering,
network planning, and finance to develop a more effective planning
process for AT&T Wireless's entire set of operations.
|
|
Level 3 Communications
|
Russ Rushmeier
|
303-926-3213 Russ.Rushmeier@Level3.com
|
Graphic User Interface to Strategic Pricing Model (October,
1999) |
|
MediaOne
|
Dave Pezzutti
|
303-858-3169
|
Identified and quantitatively evaluated systems and IT options
for reducing service provisioning delays
|
|
PrimeCo
|
Dr. Silver Miller
Director of Pricing Strategy
|
+1-972-337-3115
|
New causal forecasting method for predicting customer demand
and load growth on PCS base stations. |
|
Redback Networks
|
Mark Jencks, Product Manager NetPlanner
|
+1-720-932-7160
|
Network optimization suite for card-level configuration and
deployment of Redback SmartEdge. |
|
Sprint Corporation
|
Magesh Srinivasan, Network Planning
|
+1-913-534-5890
|
Delivery of a SONET ring planning tool used for legacy and
next generation ADM and DCS modeling for Sprint national network.
Delivery
of a DWDM Mesh topology planning tool used for OXC and DWDM modeling
for Sprint national network.
|
|
Sprint Corporation
|
Mike Johnson, Network Planning
|
+1-913-534-2551
|
Metropolitan dark fiber network optimization tool
for studying the economic tradeoff between purchasing dark fiber facilities,
leasing facilities from the LEC, and using available capacity from
existing microwave and SONET ring transport facilities.
|
|
Sprint PCS
|
Dr. Dean Sirovica, Director of Switch and Interconnect
|
+1-714-623-5561
|
Backhaul network optimization for a small city, saving over
12% of monthly backhaul costs.
Demand
forecasting, engineering cost, and optimization model of switch
capacity requirements, network load growth, and facilities planning
and optimization. Identified 10% potential savings in switch module
costs.
|
|
TCI (now A T & T Broadband and Internet Services)
|
Paul Ernst
|
+1-303-267-7442
|
Analyzed data from over 400 cable franchises to identify clusters
of factors that best predict customer satisfaction and behavior.
Applied
data mining algorithms to survey data to identify specific groups
of customers who are most likely to (a) Upgrade to digital cable
service; and
(b) Purchase combined cable and long-distance services from AT&T/TCI.
|
|
U S WEST Advanced Technologies
|
Richard Berger, Director, Mathematical and Statistical Modeling
|
+1 (303) 541-4066
|
-- Simulation model showing how technician appointment-scheduling
processes can be revised to reduce delays experienced by customers
without increasing operating costs.
--
Simulation model and analysis of Megabit Service Delivery processes.
--
Web-based (JAVA) graphic user interface for browsing and displaying
trunking network reliability data and forecasts.
|
|
U S WEST Advanced Technologies
|
Scott Parrish
|
+1-303-541-6015
|
Discrete-event
simulation model of trouble ticket-handling process. Identified
changes in process and staffing that could reduce throughput delays
by over 50%.
|
|
U S WEST Communications
|
B.J. Deering,
Director of Market Intelligence and Decision Support
Dr.
Jovan Barac
|
+1-206-345-7932
|
Causal forecasting and empirical validation of forecasts for
access line growth in 14 states and for customer attrition behavior
in King County.
Data
mining method and transition models for predicting customer purchase
behaviors and targeting products to customers. Identified 50% potential
sales revenue lift, based on survey data, by better statistical
matching of product offers to customer needs.
|
|
Client
|
Contact
|
Phone/E-Mail
|
Deliverable
|
|
AlliedSignal
|
Dave Paley
|
+1-973-455-3302
|
Statistical design of sampling procedures for residential soils surrounding
a hazardous waste site. The new statistical methods, developed in
cooperation with the regional EPA, helped to focus the investigation
and produce high-quality data for decision-making at far less cost
than would have been expected using older sampling designs.
|
|
American Petroleum Institute (API)
|
Pat Beatty
|
510-242-7037
|
Simulation model of the hematotoxic effects of drugs such as cyclophosphamide
on stem cell populations in the bone marrow and more mature blood
cell populations in the marrow and in circulating blood. The model
has been shared with other scientists and hematologists and used to
make useful predictions that were subsequently confirmed by experiments
in mice.
|
|
Engine Manufacturer's Association
|
Glenn Keller, Executive Director
|
312-644-6610x3549
Glenn_Keller@sba.com
|
Biostatistical review and comments on causal and epidemiological
relationships between diesel exhaust exposure and human lung cancer.
Major findings, including absence of an apparent causal relationship,
were presented to the Clean Air Science Advisory Committee (CASAC)
in May of 1998. The attached report contains detailed comments and
up-to-date technical references, including many web links. These comments
generally support CASAC's decision to have EPA revise their draft
risk assessment and offer constructive suggestions for new methods
and approaches that can help to overcome limitations in earlier risk
assessments.
See
the attached report for more information.
|
|
Exxon Biomedical Sciences, Inc.
|
Dr. Michael Bird
|
732-873-6067
|
Advanced software prototypes for (a) Detecting patterns in
large databases to help predict the likely health effects of chemicals;
and (b) Rapid exploratory simulation of stochastic models of carcinogenesis
using different assumptions about cytotoxic and cell proliferation
potencies of chemicals and their metabolites.
|
