Infosys Limited

Infosys Technologies Limited

Rajesh Balakrishnan

Krishnakumar Pooloth

Renuka Sindhgatta

Sandeep Kumar Dewangan

Krishnamurty Sai Deepak

Venugopal Subbarao

Nagaraja Nanjegowda Siddaramappa

Srinivas Thonse

Shreyas Bettadapura Guruprasad

Veera Venkata Ravi Kumar Geddam

P Radha Krishna

Harikrishna G N Rai

Bintu G Vasudevan

Salil Agrawal

Ganesh Kumar Nunnagoppula

Sambasiva Rao Maddali

Ann Matthew

Devaraja Holla Vaderahobli

Narendhar Rao Soma

Methods and systems for template creation for a data extraction tool. A first template is selected from a plurality of documents provided by a user. An OCR engine annotates the first template and at least one data region in the first template corresponding to a set of parameters required in a target template is identified by selecting a geometrical region on the first template. At least one interim template is created based on the identification, and the plurality of documents are analyzed using the interim template to extract data values in the data region. The documents are converted to a format compliant with the target template based on the analysis.

System and method of template creation for a data extraction tool

A framework for supporting one or more repair processes of one or more aircraft. The repair processes are based on repair information or repair solution corresponding to the damages to one or more structural components of the aircraft. The framework includes a knowledge engine, and a deployment engine. The knowledge engine automatically generates one or more knowledge interpretation systems based on the user inputs. The knowledge interpretation systems provide the repair information corresponding to the various structural components of the aircraft based on the user inputs. The deployment engine fulfills the deployment requirements corresponding to the one or more knowledge interpretation systems.

Framework for supporting repair processes of aircraft

The present invention describes a method and a computer program product for finding an impact of a change on a computer generated code. The method includes the generation of a dependency graph for the computer generated code. The dependency graph includes a plurality of nodes that are connected logically by one or more edges. The method enables an expert to assign nodal weights to the nodes, based on their importance. The method also enables the expert to assign edge weights and distribution ratios, based on the criticality of the relationship between the nodes and their distance from the root node. Thereafter, the impact of the change is found by implementing a spreading activation technique on the dependency graph. The output gathered after the activation represents the impact of the change on the computer generated code.

Method for finding an impact on a computer generated code

Tools and methods are described herein that allows for measuring and using the relationship between artifacts of a software design, such as requirements, test plans, and so on. The relationship can be quantified by determining a relationship quotient for quantifying a similarity between components of software design artifacts and presenting the quantified relationships to a user, such as a software designer, so that he or she can account for the relationship between such components during design changes and so on. The relationship quotient is made more representative of substantive similarity by selecting the key terms that are to be submitted to a similarity analysis such that words that are too common in the English language, such as conjunctions, articles, etc., are not used. Ubiquity of certain key terms in an enterprise is accounted for by adding a term significance weight to the similarity analysis. The similarity analysis is made contextual, for instance, by the use of inputs from domain ontology including Entity Descriptions, and Entity Relationships.

Automated relationship traceability between software design artifacts

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Bengaluru, India

Rajesh Balakrishnan