Bangalore, India

Wipro Technologies

www.wipro.com
Bangalore, India

Wipro Limited is an Indian multinational IT Consulting and System Integration services company headquartered in Bangalore, India. As of December 2014, the company has 154,297 employees servicing over 900 large enterprise & Fortune 1000 corporations with a presence in 61 countries. On 31 March 2014, its market capitalisation was approximately 7px1.27 trillion , making it one of India's largest publicly traded company and seventh largest IT services firm globally.To focus on core IT Business, it demerged its non-IT businesses into a separate company named Wipro Enterprises Limited with effect from 31 March 2013. The demerged company offers consumer care, lighting, healthcare and infrastructure engineering and contributed to approx. 10% of the revenues of Wipro Limited in previous financial year. Recently Wipro has also identified Brazil, Canada & Australia as rapidly growing markets globally and has committed to strengthen the presence in the respective countries over the next 5 years. Wikipedia.

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An escalated expedited forwarding system, for modifying per hop behavior of one or more Expedited Forwarding (EF) packets for a session in a communication network, the system comprising: a memory; a processor coupled to the memory storing processor executable instructions which when executed by the processor causes the processor to perform operations comprising: determining, by an escalated expedited forwarding system, at least one of latency, jitter and average jitter associated with the one or more EF packets for the session; marking, by the escalated expedited forwarding system, one or more EF packets based on the at least one of latency, jitter and average jitter; and modifying, by the escalated expedited forwarding system, the per hop behavior of the one or more marked EF packets.


The present disclosure relates to a monitoring device and a method of monitoring drug adherence in a clinical trial. In one embodiment, the monitoring device determines that an authenticated user has consumed the medication comprising the drug and further determines that the authenticated user who has consumed the drug is associated with the corresponding monitoring device. Furthermore, the monitoring device determines that the drug has successfully passed through gastrointestinal (GI) tract of the authenticated user based on analysis of biometric signatures of the GI tract. Based on the determination of valid proximity and successful passing of the medication within the GI tract of the authenticated user, the monitoring device reports that the drug adherence by the user is successful. Thus, the disclosed method and the monitoring device determine that only authenticated user has consumed the medication and not just if the medication has been taken by any person.


The present disclosure relates to a method for dynamically optimizing power consumption in a System-on-Chip (SoC). The method comprises receiving at least one interrupt signal from a peripheral controller. The method further comprises switching clock frequency of the peripheral controller to a lower clock frequency than a normal operating clock frequency upon receiving the at least one interrupt. The method further comprises providing the lower clock frequency than the normal operating clock frequency to the peripheral controller for dynamically optimizing the power consumption of the SoC.


Patent
Wipro Technologies | Date: 2017-05-17

Embodiments of present disclosure disclose a method for monitoring performance of applications for an entity. The method comprises retrieving performance information associated with an application from one or more sources. Then, performance of the application is analyzed using the retrieved performance information. Then, the method comprises identifying one or more entity variables affecting the performance of the application from the analyzed performance of the application. Then, at least one of trends of the performance of the application, deviations in the performance of the application, performance data related to the performance of the application and prediction data related to predicted performance of the application is determined based on the identification for monitoring the performance of the application for the entity.


The present disclosure relates to a method and system for real-time monitoring of operating condition at an infrastructure. The method comprises receiving data from one or more sensors wherein the data is associated with monitoring parameters of the infrastructure like environment condition, operator health condition and working condition of the infrastructure. The data is received by one or more mobile devices associated with one or more operators of the infrastructure. Based on the received data, the each of the mobile devices detects status of the operating condition of the infrastructure. The status is either safe or unsafe. The mobile device receives input from each of the one or more operators if there is any modification in the detected status. Based on the received input the detected status is updated. The mobile device provides one or more measures associated with the one or more monitoring parameters based on the updated status.


This disclosure relates generally to lawful interception and more particularly to methods and systems for lawful interception. In one embodiment, a method for lawful interception in a communication network is disclosed. The method includes detecting in real-time, via at least one network device, adulteration in communication data based on comparison of a set of adulteration parameters derived from the communication data with associated thresholds within a set of thresholds. The method further includes analyzing, via the at least one network device, adulterated content in the communication data to determine feasibility of correcting the adulterated content based on satisfaction of predefined criteria. Moreover, the method includes correcting, selectively, the adulterated content based on satisfaction of the predefined criteria.


The present disclosure relates to a system and method for improving integration testing in a cloud computing environment. In an embodiment, one or more input parameters associated with each of one or more products, deployed in cloud computing environment, are collected from one or more external resources and test management systems. The input parameters include defect parameters, user requirements, test parameters and performance parameters associated with the product. The integration testing improvement system determines one or more failure issues associated with the product and analyzes the behavior of the product over a predetermined time period to identify a failure pattern associated with the product. Each of the determined failure issues is mapped with the identified failure pattern to detect one or more critical scenarios in each of the products. Later the critical scenarios are automated by executing associated test scripts thereby improving the integration testing in the cloud computing environment.


This disclosure relates generally to computer resource management over multiple cloud platforms, and more particularly to a system and method for provisioning of application environment and deployment of application across hybrid cloud platform. In one embodiment, a method is provided for provisioning an application environment across a hybrid cloud platform. The method comprises generating a platform independent provisioning template based on at least one of a resource specification and a configuration data. The platform independent provisioning template is compatible with multiple cloud platforms. The method further comprises generating a plurality of target platform artefacts compatible with a corresponding plurality of target cloud platforms based on at least one of the resource specification and the configuration data, associating the plurality of target platform artefacts with the platform independent provisioning template, and provisioning the application environment across the hybrid cloud platform by executing the platform independent provisioning template on each of the plurality of target cloud platforms.


The present disclosure relates to an electronic device (100) for erasing contents on a writing board. The electronic device (100) comprises a motion detecting unit (103) for detecting movement of the electronic device (100) from resting position which then transmits an activation signal to activate a processing unit (107) and a proximity sensor (105). The proximity sensor (105) identifies proximity of the electronic device (100) with the writing board. The processing unit (107) receives a signal from the proximity sensor (105) when the electronic device (100) is proximal to the writing board. Further, the processing unit (107) receives selection of colours through user interface (109) on the electronic device (100) for identifying erasable or retainable contents on the writing board. The processing unit (107) transmits a control signal to motion control system (113) to control a moveable cleaning surface (110) of the electronic device (100) to perform either pulling or pushing the moveable cleaning surface (110) backward or forward respectively based on the selection of colours.


The present disclosure relates to a method and system for detecting root cause for software failure and hardware failure. The system comprises a debugging unit with one or more preconfigured communication protocols. The debugging unit identifies one or more debugging issues and performs protocol level transactions with the hardware, participating in the system integration, through a suitable communication protocol. The debugging unit also determines status of the protocol level data transaction based on whether a data read failure has occurred during this transaction. The status is unsuccessful when there is a data read failure in the data transaction and the status is successful otherwise. The root cause for the failure is detected to be one of the hardware components when the status is unsuccessful and the software application when the status is successful. Finally, the detected root causes are resolved using appropriate techniques.

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