Abstract: A method, apparatus and software are disclosed which enables the differentiation of two or more data sets having common data set identifiers.

Abstract: A method, apparatus and software are disclosed which enables the differentiation of two or more data sets having common data set identifiers.

Abstract: A method, apparatus and software are disclosed which enables the differentiation of two or more data sets having common data set identifiers.

Abstract: Automating testing of a software product under system resource constraints. One or more SQAs are received and, for each SQA, a confidence level and an importance are received. For one or more system resources, an amount of each system resource available for testing is received. Each amount of system resource available for testing is apportioned to the SQAs, based on the confidence level and the importance of each SQA. Each test in a set of tests is prioritized, based on the number of SQAs associated with the test and any previous results of the test. For each SQA, a subset of the set of tests is selected, based on the test priorities, an expected consumption of system resources by each test, and the apportionment of the system resources to the SQA; the selected subset of tests is executed; and the test results for the selected subset of tests is updated.

Abstract: Automating testing of a software product under system resource constraints. One or more SQAs are received and, for each SQA, a confidence level and an importance are received. For one or more system resources, an amount of each system resource available for testing is received. Each amount of system resource available for testing is apportioned to the SQAs, based on the confidence level and the importance of each SQA. Each test in a set of tests is prioritized, based on the number of SQAs associated with the test and any previous results of the test. For each SQA, a subset of the set of tests is selected, based on the test priorities, an expected consumption of system resources by each test, and the apportionment of the system resources to the SQA; the selected subset of tests is executed; and the test results for the selected subset of tests is updated.

Abstract: Automating testing of a software product under system resource constraints. One or more SQAs are received and, for each SQA, a confidence level and an importance are received. For one or more system resources, an amount of each system resource available for testing is received. Each amount of system resource available for testing is apportioned to the SQAs, based on the confidence level and the importance of each SQA. Each test in a set of tests is prioritized, based on the number of SQAs associated with the test and any previous results of the test. For each SQA, a subset of the set of tests is selected, based on the test priorities, an expected consumption of system resources by each test, and the apportionment of the system resources to the SQA; the selected subset of tests is executed; and the test results for the selected subset of tests is updated.

Abstract: Automating testing of a software product under system resource constraints. One or more SQAs are received and, for each SQA, a confidence level and an importance are received. For one or more system resources, an amount of each system resource available for testing is received. Each amount of system resource available for testing is apportioned to the SQAs, based on the confidence level and the importance of each SQA. Each test in a set of tests is prioritized, based on the number of SQAs associated with the test and any previous results of the test. For each SQA, a subset of the set of tests is selected, based on the test priorities, an expected consumption of system resources by each test, and the apportionment of the system resources to the SQA; the selected subset of tests is executed; and the test results for the selected subset of tests is updated.

Abstract: A computer sends a request to an authorization source to access a resource and includes its own location information. The computer receives a reply that includes the unencrypted location information of the computer and the resource encrypted such that a decryption key of the computer decrypts the encrypted resource. The entire reply is encrypted such that a decryption key of a third-party computer can decrypt the reply. The computer sends the encrypted reply to the third-party computer, and the reply is decrypted and returned to the computer if a distance between the computer and the third-party computer fulfills a proximity condition, as determined by the location of the computers.

Abstract: A computer sends a request to an authorization source to access a resource and includes its own location information. The computer receives a reply that includes the unencrypted location information of the computer and the resource encrypted such that a decryption key of the computer decrypts the encrypted resource. The entire reply is encrypted such that a decryption key of a third-party computer can decrypt the reply. The computer sends the encrypted reply to the third-party computer, and the reply is decrypted and returned to the computer if a distance between the computer and the third-party computer fulfills a proximity condition, as determined by the location of the computers.

Abstract: Embodiments of the present invention disclose a method, computer program product, and system for location-based authorization to access a resource. A first computer receives a request to access a resource from a second computer. The request to access the resource includes location information of the second computer. The first computer responds by sending a request to a third computer, requesting location information of the third computer. In response to receiving from the third computer, the location information of the third computer, the first computer determines a distance between the second computer and the third computer. If the distance between the second computer and the third computer fulfills a proximity condition, the first computer authorizes the resource request.

Abstract: Embodiments of the present invention disclose a method, computer program product, and system for location-based authorization to access a resource. A first computer receives a request to access a resource from a second computer. The request to access the resource includes location information of the second computer. The first computer responds by sending a request to a third computer, requesting location information of the third computer. In response to receiving from the third computer, the location information of the third computer, the first computer determines a distance between the second computer and the third computer. If the distance between the second computer and the third computer fulfills a proximity condition, the first computer authorizes the resource request.

Abstract: A method, apparatus and software are disclosed which enables the differentiation of two or more data sets having common data set identifiers.

Abstract: A method for analyzing a presentation structure and content including providing a presentation markup, receiving one or more logical attributes for the presentation key point, assigning a time value and an importance weight to a presentation key point utilizing the one or more logical attributes, generating a summary of the presentation, detecting a logical attribute during the presentation and marking the local attribute as located, detecting a presenter behavior pattern detecting a presenter speech pattern; providing a real-time notification of at least one of the presenter behavior pattern or the presenter speech pattern via an external device having a display viewable to the presenter but not to an audience; recording voice input of the presentation; providing an analysis of the presentation generated by analyzing at least one key point in the presentation; and providing an edited playback of the presentation.