Other

Manugistics Inc.

Nomis Solutions, Inc.

Talus Solutions, Inc.

Robert L Phillips

Jeremy S Cohen

Jorgen K Andersson

Randi Annette Paynter

Stanley Ye

Kirsten Holmquist

Keshava P Rangarajan

Ozgur Ozluk

Stefan L Beskow

Raymond Mark Cooke

Richard A Saleh

Gregory L Campbell

George Cao

Michael Eldredge

Donald C Mason

Bill Buckalew

Michael S Gordon

Andrew Mace

Tom Grossman

Richard C Grimes

Joseph C Nipko

Jon P Zimmerman

R Daryl Phillips

Stefano Alberti

Dave Levett

Robin L Raffard

Robert A Flint

Nancy Pyron

Data for a transaction is modeled by receiving a source set of data. The source set of data comprises data representing a plurality of transactions stored in a source transaction database. An estimation model for modeling data for a transaction is received. A mapping between the source set of data and a model parameter database is received. The model parameter database comprises a plurality of model parameters for the estimation model. The parameters extracted from the model parameter database and the source set of data in a Bayesian framework are combined using a parameter estimation engine to obtain an updated set of model parameters. The updated set of model parameters is stored in the model parameter database.

Multiple sources of data in a bayesian system

The present invention provides a dynamic pricing system that generates pricing recommendations for each product in each market. In particular, the system normalizes historic pricing and sales data, and then analyzes this historic data using parameters describing the user's business objectives to produce a pricing list to achieve these objectives. The system uses historical market data to forecast expected sales according to a market segment, product type, and a range of future dates and to determine the effects of price changes on the forecasted future sales. The system further calculates unit costs for the product. The system then estimates profits from sales at different prices by using the sales forecasts, adjusting these sales forecasts for changes in prices, and the costs determinations. The system optionally optimizes prices given current and projected inventory constraints and generates alerts notices according to pre-set conditions.

Dynamic pricing system

The present invention provides an event revenue management system that calculates event pricing to manage revenue and to maximize profit from the event. In particular, the system uses event parameters, including timing, resource, and discount categories, and initializes forecasting parameters. The system aggregates historical data using the forecasting parameters to generate initial forecast statistics, taking into account the event parameters. It then forecasts demand by updating the initial forecast statistics based on current data and optimizes pricing and availability of the event based on the forecasted demand.

Event revenue management system

A method and system for determining marginal values for perishable resources expiring at a future time, for example, an airline seat, hotel room night, rental car day or the like, for use in a perishable resource revenue management system. Data for the perishable resources and composite resources is loaded from the perishable resource revenue management system into the marginal value system. Internal data structures are constructed for linking each of the perishable resources to their associated composite resources and for linking each of the composite resources to their associated perishable resources. The marginal values for the perishable resources are determined using a continuous optimization function using interdependencies among the perishable resources and the composite resources in the internal data structures. The marginal values are stored from the marginal value system into the perishable resource revenue management system.

Method and system for determining marginal values for use in a revenue

Apparatus for applying rotational pressure to one or more selected parts of the body of a patient includes at least two separate casts placed about portions of the patient's body so as to hold such portions against substantial rotation relative to such casts and interconnections between the separate casts adapted to hold the casts at selected angles of rotation to one another to thereby put rotational pressure on the selected parts of the body. A method for applying rotational pressure to one or more selected parts of the body includes the steps of casting portions of the body, rotating the casts with respect to one another, and locking the casts together in rotated position to thereby place rotational pressure on the selected portion of the body.

Apparatus and method for applying rotational pressure to parts of the

Pillow

A combination instrument, for use in making biomechanical measurements of the limbs, joints, and appendages of a human body, comprises a scaled straightedge adapted to slidably receive thereon a set of mutually cooperative caliper arms which, themselves, slidably carry body-contacting pads for adjustable placement relative to each other longitudinally of the caliper arms and relative to body irregularities, one of which arms carries a gravity meter for indicating angle measurements, the straightedge being further adapted to pivotally receive at one end thereof a protractor device for rotational movement relative to the straightedge and the caliper arms.

Combination instrument for taking biomechanical measurements

Growing community of inventors

Palo Alto, CA, United States of America

Robert L Phillips