International Business Machines Corporation

Jonathan Engineered Solutions

John B Young

Brian Robert Matthiesen

Bassam Hassoun

Dennis Raymond Doll

Jedd Samuel Weise

Fernando Barcelo

Ron Judge

A computer implemented method, data processing system, and computer program product is provided for using compliance violation risk data about an entity to enable an identity management system to dynamically adjust the frequency in which the identity management system performs a reconciliation and compliance check of an identity account associated with the entity. Data associated with an identity account is collected, wherein the data comprises at least one of compliance data, prior compliance violations, or personal data about an entity associated with the identity account. One or more risk factors for the identity account based on the collected data are determined. A risk score of the identity account is calculated based on the determined risk factors. The identity account is then audited with a frequency according to the risk score assigned to the identity account.

Managing and monitoring continuous improvement in detection of compliance violations

A non-disconnect drop-in ball bearing slide assembly adapted to support an object, such as a computer server, includes a stationary slide and an intermediate slide slidably connected to the stationary slide with at least one ball bearing interposed between the intermediate slide and the stationary slide. A ball bearing retainer has a top member and a base member, the top and base members extending along a length, with a first plurality of ball bearings extending along the length of the base member, and a second plurality of ball bearings extending along at least a portion of the length of the top member. The non-disconnect drop-in ball bearing assembly also includes a moveable slide extending along a length and having a top rail and a bottom rail. The moveable slide has at least one slot formed on the top rail for receiving a mounting post of an object, such as a server or server mounting arm. The moveable slide is slidably supported within the intermediate slide by the ball bearing retainer, wherein the first plurality of ball bearings are interposed between the bottom rail and the base member and the second plurality of ball bearings are interposed between the top rail and the top member. Access to the at least one slot is unobstructed by the second plurality of ball bearings when the moveable slide is in an extended position outside the stationary slide, thus facilitating the mounting of an object, such as the computer server, to the drop-in ball bearing slide assembly.

Drop-in ball bearing slide assembly

Growing community of inventors

Irvine, CA, United States of America

John B Young