International Business Machines Corporation

Indian Institute of Science

Director General, Defense Research & Development Organisation

M/s Indian Institute of Science

The Director General, Defence Research and Development Organisation

Ajay Kumar Sood

Rajaram B Krishnamurthy

Anjil R Chinnapatlolla

John Kurian

Hariharan N Venkitachalam

Casimer M DeCusatis

Vijay K Sukthankar

Ian J Mitchell

Ritesh Kumar Gupta

Vijai Kalathur

Madhu B Ananthapadmanabh

Raghavendra Rao Dhayapule

Srivatsan Venkatesan

Shankar Ghosh

Hui-I Hsiao

Brian K Caufield

Krishnamurthy Sekhar

Julian J Vizor

Kiran Mehta

Ganga Prasad Rai

Gauri Shanker Agarwal

Samuel Merwyn Packia Raj

Ajay Singh Negi

Dinoop Thomas

Alexander Nathenial Perira

A method for managing multiple electronic conference sessions. The method includes a computer processor identifying a plurality of conference sessions that a user is attending, wherein the plurality of conference sessions includes a first session and a second session. The method further includes a computer processor identifying one or more triggers that indicate an occurrence of an event in at least one of the plurality of conference sessions. The method further includes a computer processor determining that the user is an active participant in at least the first session of the plurality of conference sessions that the user is attending. The method further includes a computer processor detecting at least one trigger of the one or more identified triggers, within the second session of the plurality of conference sessions that the user is attending.

Multiplexed, multimodal conferencing

In an approach to save-to location selection, a computing device accesses a metadata file comprising a data table. The computing device checks the data table for entries that match one or more features of a file to be saved, wherein each match is associated with a save-to location. The computing device computes confidence scores for each save-to location based on a predefined weight associated with to each feature. The computing device produces a list of recommended save-to locations based on the confidence scores. The computing device receives a user selection based on or overriding the recommendations. The computing device updates the data table with information concerning each of the features of the file and the user selection.

Confidence score-based smart email attachment saver

In an approach to save-to location selection, a computing device accesses a metadata file comprising a data table. The computing device successively checks the data table for entries that match a series of features of a file to be saved. If the computing device finds one or more matches, the computing device determines an associated save-to location. If the computing device does not find a match and has exhausted all of the series of features, the computing devices determines a default save-to location. The computing device receives a user selection based on or overriding the determination. The computing device updates the data table with information concerning each of the features of the file and information concerning the user selection.

Smart email attachment saver

Handling extract-transform-load (ETL) job mismatches as 'exceptions.' Exception handling may include the following steps: (i) determining a mismatch while running an extract-transform-load job with the mismatch being a mismatch of at least one of the following types: design time information mismatch, and/or operational metadata mismatch; and (ii) responsive to determining the mismatch, handling the mismatch as an exception.

Post-migration validation of ETL jobs and exception management

Native applications inherit transaction contexts when invoked by primary applications running in separate hosting environments, by: receiving, by an interface of a native application server in a first hosting environment, a unique transaction context identifier for an invocation of the native application at the native application server by the primary application at a primary application server in a second hosting environment; receiving a SQL statement from the native application by the interface of the native application server; sending the SQL statement and the unique transaction context identifier to the primary application server for execution by the interface of the native application server; receiving a result of the execution of the SQL statement and the unique transaction context identifier from the primary application server by the interface of the native application server; and sending the result to the native application by the interface of the native application server.

Method for native program to inherit same transaction context when invoked by primary program running in separate environment

Method for native program to inherit same transaction content when invoked by primary program running in separate environment

According to one embodiment of the present invention, a system tests jobs in a computing environment. The system creates a test case for one or more existing executable jobs without modifying the job design or recompiling the executable itself, wherein the test case includes one or more capture points in a job flow of the executable jobs and corresponding rules for capturing data, identification of data for testing the one or more executable jobs, and rules for comparing the captured data to expected results. The system captures the data at the one or more capture points in the job flow in accordance with the test case and generates a baseline of expected results. The system executes the test case to test the one or more executable jobs by capturing data at the one or more capture points generated from execution of the one or more executable jobs and compares result data from the one or more capture points to the baseline of expected results in accordance with the comparison rules to determine a result of the test. Embodiments of the present invention further include a method and computer program product for testing jobs in a computing environment in substantially the same manners described above.

Test framework for computing jobs

A database may be accessed by creating a virtualized environment on a computer system and instantiating a driver for a database within the virtualized environment. A first execution thread within the virtualized environment is created and a first unique identifier is associated with the first execution thread within the driver for the database. A first connection to the database is then opened from within the first execution thread using the first unique identifier. A first native program containing embedded structured query language (SQL) statements is executed within the first execution thread and the first native program is provided with access to said database using the first connection to said database.

Database access for native applications in a virtualized environment

Provided are techniques for the costing of a license based on real-time usage of software on a hardware resource instead of upfront PVU based purchase of licenses. Service provider need not pay for the license charge till the end of life of that application and need not pay for an entire set of N licenses, considering that the service provider expects that the maximum number of application instances could be N.

Real-time license metering of a provisioned application in a cloud computing environement

Real-time license metering of a provisioned application in a cloud computing environment

The present disclosure provides a reagent for detection of analyte in a sample and process of preparation of the reagent. The reagent comprises heparin and substrate coated with the analyte-counterpart. The analyte-counterpart of the reagent is capable of binding to said analyte. The present disclosure further provides a process for detection of an analyte in a sample by contacting said sample with said reagent and detecting formation of analyte-analyte counterpart complex. The present disclosure provides a kit for detection of an analyte in a sample.

Reagent for detection of analyte and process thereof

Source code for a transactions on Unix&#xae; extended for distributed operation (Tuxedo&#xae;) application, is parsed by an application migration module. At least one application service routine that each specifies a Tuxedo&#xae; service within the parsed source code is identified. At least one identified application service routine includes at least one associated application-to-transaction manager (ATMI) application programming interface (API) routine. Stub code that includes an invocation call for an associated customer information control system service for each application service routine identified within the source code is generated. A customer information control system environment executable is created based upon the source code, the stub code, glue code, and a migration library. The migration library includes, for each associated ATMI API routine, a mapping routine that processes data format differences between each ATMI API routine and at least one associated customer information control system API routine.

Seamless migration of tuxedo&#xae; applications to a CICS&#xae; hosting environment

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Karnataka State, India

Ajay Kumar Sood