International Business Machines Corporation

Emc Corporation

Stephen Henry Gomory

Juhnyoung Lee

Mark Edward Podlaseck

Thomas Anthony Cofino

James Jeffrey Wynne

Jerome Marvin Felsenstein

Nelson S Ferreira

Charles R Rich

A method and apparatus for specifying the identification and classification of at least one application having components distributed over selected nodes of a network system is disclosed. The method comprises the steps of creating a first section containing at least one directive for specifying information or initiating at least one external process for discovering characteristics of the application, creating a second section containing at least one directive for specifying information or initiating at least one external process for storing the discovered characteristics, and creating a third section containing at least one directive for specifying information or initiating at least one external process for testing the discovered characteristics.

Method and apparatus for identifying and classifying network-based distributed applications

An interactive parallel coordinate system is used in a business method to provide users with greater abilities to interpret and explore the clickstream data of online stores on the Web. The interactive parallel coordinate system uses the multiple axes of the system to represent steps of a process with respect to an independent variable. Specifically, the process steps are sequential steps which sessions take during their navigation of a Web site.

Method for graphically representing clickstream data of a shopping session on a network with a parallel coordinate system

A computer system and method that provides one or more visualizations to one or more users of a network application. The computer executes a sessionization process that receives one or more Web server logs from one or more online stores, and generates one session table for each session found from requests recorded in Web server logs. A shopping step finder process then receives one or more session tables and generates one micro-conversion table for each given session table. Finally, a visualization process receives one or more of the micro-conversion tables and generates one or more micro-conversion visualizations of one or more micro-conversions.

System and method for visually analyzing clickstream data with a parallel coordinate system

A laser system (called a UV Dermablator) and method that enables a clean, precise removal of skin while minimizing collateral damage to the skin underlying the treated region. The depth of ablation can be controlled via feedback from the physiology of the skin, namely the infusion of blood into the area of excision when skin has been ablated to a sufficient depth to produce bleeding. A second laser, such as a uv light source with a different wavelength, to penetrate the blood, heating it sufficiently to coagulate the blood. Other features provide precise control, permitting the epidermis to be removed down to the papillary dermis, following the undulations of the papillary dermis. This lateral and depth control may be accomplished by using careful observation, assisted by spectroscopic detection, to identify when the epidermis has been removed, exposing the underlying dermis, with spatial resolution appropriate for the spacing of the undulations of the papillary dermis. Yet other features which provide a feedback control mechanism which utilizes the optical characteristics such as the color, appearance and remittance of the definable skin layers to control the depth of ablation at each location.

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Tarrytown, NY, United States of America

Stephen Henry Gomory