Other

Market Models, Inc.

Jeffrey Kohl Wilkins

Jack Marshall Zoken

Prashant P Devdhar

Emily Ann Wilkins

Computer-implemented pet adoption systems, methods and computer program products improve the process of matching up prospective adopters with available animals by optimizing the number of pet profiles displayed to prospective adopters per page, providing authorized personal with different selectable rules for setting the order in which the animal profiles are displayed to the prospective adopter in order to work toward specific adoption goals of the animal shelter, and using historical usage and user-profile data to gauge the probability of adoption between a prospective adopter and the available animals. The probabilistic analysis is used for the purpose of ranking or filtering the pool of pet profiles in order to remove pets of lower adoption-probability from consideration or present them lower down in the displayed order of the profiles.

Pet matching system and method

The present invention provides a method and apparatus of compiling and providing business data in a distributed computer system, preferably the Internet or any other type of computer linked network system. The present invention also provides a computer program product that contains business data compiled from files containing business data located in a distributed computer system. The present invention to provide a cost-effective method for automatically compiling a business data as well as an automated method for refreshing business data so as to keep it current. The advantage of the present invention is that it enables one to compile business data from files in a distributed computer system in a cost effective and time effective manner taking advantage of the large number of data that is available in a distributed computer system. Another advantage is that the present invention enables one to quickly update business data to stay current.

Method and apparatus for compiling business data

A method of generating intender leads in a distributed computer system includes the steps of identifying purchase indicators and extracting prospect identifiers from the purchase indicators. Purchase indicators are pieces of data that represent a potential future purchase by a prospect. For example, an online classified advertisement selling an automobile is a purchase indicator for a potential future purchase of a new car by the old car seller. The prospect identifier, such as a telephone number or email address, uniquely identifies the prospect likely to make the future purchase. Preferably, the method also contains the steps of obtaining full contact information for the prospect from a profile database, applying a predictive model to the prospects to select intender leads, and transferring the intender leads to an interested party, such as a direct marketing service or sales force. An intender lead is a lead for a person intending to make a purchase of a particular product or service within a given time period. Only some of the prospects are actual intenders. Preferably, the method also includes the steps of extracting auxiliary data that is independent of the prospect from the purchase indicator, and obtaining data enhancement information about the prospect from data enhancement databases. The predictive model is preferably also applied to the data enhancement information and auxiliary data. The method is particularly well-suited for the Internet, which is a large source of publicly-available purchase indicators that is constantly updated. The intender leads are preferably transferred over the Internet, e.g. by email, so that they arrive at the sales force when they are still 'hot.'

Internet-enabled lead generation

A closed loop variable phase shift circuit utilizing a variable time delay line controlled by feedback provided by a phase detector. The circuit employs feedback control to adjust the delay of the time delay line to achieve the desired phase shift. By utilizing a variable time delay element of large dynamic range, the circuit can achieve the desired phase shift over a wide frequency range. The circuit provides an extremely accurate phase shift without need for a multitude of high precision matched components. The circuit is easily realizable in integrated circuit form. The circuit can be implemented to phase shift either analog or digital input signals. The amount of phase shift is set by an externally applied voltage.

Growing community of inventors

Austin, TX, United States of America

Jeffrey Kohl Wilkins