Abstract: A method, a computing system, and a non-transitory computer-readable storage medium are provided for satisfying a request for test data. A computing system receives a request for test data. Responsive to determining that information related to the test data does not exist in an inventory database, a number of operations are performed. According to the operations, when at least one function application program interface exists for satisfying the request, the computing system routes the request to one or more appropriate processors executing one or more appropriate function application program interfaces. The one or more appropriate processors execute the at least one function application program interface to satisfy the request. The computing system notifies an originator of the request that the request for the test data is successfully completed.

Abstract: Methods for application and data dependency identification, visualization, and management. In some embodiments, a plurality of dependency harvester applications/plugins may be utilized to automatically source dependency data that is then translated and/or converted into a standardized format that is utilized to generate and/or identify dependency relationships, e.g., across disparate computing platforms and/or environments. The results of these automatically-identified dependencies may then be utilized, for example, to provide an interface to project implementation personnel that can point out and/or quantify predicted errors. Such an automated dependency identification/harvesting method can dramatically reduce both personnel and time-to-implementation costs of projects implemented in a computing environment, particularly where the computing environment comprises a plurality of complex data and/or application interdependencies and/or relationships.

Abstract: Systems for application and data dependency identification, visualization, and management. In some embodiments, a plurality of dependency harvester applications/plugins may be utilized to automatically source dependency data that is then translated and/or converted into a standardized format that is utilized to generate and/or identify dependency relationships, e.g., across disparate computing platforms and/or environments. The results of these automatically-identified dependencies may then be utilized, for example, to provide an interface to project implementation personnel that can point out and/or quantify predicted errors. Such an automated dependency identification/harvesting system can dramatically reduce both personnel and time-to-implementation costs of projects implemented in a computing environment, particularly where the computing environment comprises a plurality of complex data and/or application interdependencies and/or relationships.

Abstract: Systems and methods for application/data dependency identification, visualization, and/or management.

Abstract: Systems, methods, and articles of manufacture provide for interaction management (IM) data processing that allows for automated analysis of, response to, and/or identification of patterns in electronic messages (e.g., emails, text messages), via specially-programmed data processing modules configured to be executed in a communications system environment.

Abstract: Systems, methods, and articles of manufacture provide for interaction management (IM) data processing that allows for automated analysis of, response to, and/or identification of patterns in electronic messages (e.g., emails, text messages), via specially-programmed data processing modules configured to be executed in a communications system environment.

Abstract: Systems, methods, and articles of manufacture provide for interaction management (IM) data processing that allows for automated analysis of, response to, and/or identification of patterns in electronic messages (e.g., emails, text messages), via specially-programmed data processing modules configured to be executed in a communications system environment.

Abstract: Systems, methods, and articles of manufacture provide for interaction management (IM) data processing that allows for automated analysis of, response to, and/or identification of patterns in electronic messages (e.g., emails, text messages), via specially-programmed data processing modules configured to be executed in a communications system environment.

Abstract: An improved method for predicting stability of liquid detergent composition, identifying and designing liquid detergent compositions that provide said desired stability, consumer acceptance and performance.

Abstract: An injection molding apparatus for hollow parts comprises first and second co-operating dies, each die including a first male die core and a female die recess. One of the dies is rotatable about an axis. In a first angular position of the rotatable die, the male die core of the first die co-operates with the female die recess of the second die and the male die core of the second die co-operates with the female die recess of the first die, to define first and second molds in which half-components may be formed. In a second angular position of the rotatable die, the respective female dies recesses of the first and second dies co-operate to form a third mold in which the half-components may be joined. The apparatus makes use of a single injector differentially controlled for each stage.

Abstract: An injection moulding apparatus for hollow parts comprises first and second co-operating dies, each die including a first male die core and a female die recess. One of the dies is rotatable about an axis. In a first angular position of the rotatable die, the male die core of the first die co-operates with the female die recess of the second die and the male die core of the second die co-operates with the female die recess of the first die, to define first and second moulds in which half-components may be formed. In a second angular position of the rotatable die, the respective female dies recesses of the first and second dies co-operate to form a third mould in which the half-components may be joined. The apparatus makes use of a single injector differentially controlled for each stage.

Abstract: An injection moulding apparatus for hollow parts comprises first and second co-operating dies, each die including a first male die core and a female die recess. One of the dies is rotatable about an axis. In a first angular position of the rotatable die, the male die core of the first die co-operates with the female die recess of the second die and the male die core of the second die co-operates with the female die recess of the first die, to define first and second moulds in which half-components may be formed. In a second angular position of the rotatable die, the respective female dies recesses of the first and second dies co-operate to form a third mould in which the half-components may be joined. The apparatus makes use of a single injector differentially controlled for each stage.