Abstract:
The present invention describes a system and method for tokenization of data. The system includes a receiver configured to receive a request for tokenization. The request for tokenization comprises an input data to be tokenized. The system also includes a parser configured to determine one or more datatype from the input data. The system further includes a trained artificial neural network to generate a token for the input data based on a tokenization technique corresponding to the datatype of the input data.
Abstract:
The disclosed embodiments relate to a method, apparatus, and computer-readable medium for improving collaborative communications that can be implemented using either centralized or decentralized modes, or combinations thereof. An exemplary method comprises receiving information corresponding to a user of a collaboration platform, the collaboration platform being associated with a plurality of collaboration channels; determining at least one of the collaboration channels to be most relevant for the user based on the received information; and routing the user to the at least one collaboration channel determined to be the most relevant for the user. The disclosed embodiment further utilizes discussions as a way of communicating to solve problems and incidents.
Abstract:
Techniques for testing one or more applications running on a handheld device include: receiving, by a tester system, an error state corresponding to the one or more applications; retrieving, by the tester system, one or more tests script parameters corresponding to the error state from a database, wherein the one or more test script parameters corresponding to the error state are stored in the database; providing, by the tester system, the one or more test script parameters to an input subsystem, wherein the input subsystem is connected to the handheld device; notifying a user to provide one or more inputs corresponding to the error state, wherein the one or more test script parameters are not stored in the database; receiving, by the tester system, the one or more inputs from the user; and providing, by the tester system, the one or more inputs to the input subsystem.
Abstract:
The technique relates to a method and apparatus for dynamic destruction of data in a remote data storage platform. This involves receiving a first set of data records with random values and then updating the random values associated with the subsets of the first set of data records into actual values through one or more update operations. After sequential steps of updates, a second set of data records with actual values are obtained. After working of this data for a period of time the owner of the data again begins updating the actual values associated with the subset of the second set of data records into random values. When all the data records are updated to random values the owner of the data successfully ends the Service Level Agreement period.
Abstract:
A method, device and non-transitory computer readable medium for scene based video watermarking. Methods are disclosed to detect the scenes inside the video. Disclosed devices and methods are capable of scene change detection for both, gradual and abrupt scenes. Methods are also disclosed to group logical scenes in a video. The disclosed methods are aided with methods to reduce the computational time taken for scene change detection. Watermarks are created and segmented using a plurality of unique identifiers to limit any unauthorized use of the video.
Abstract:
The present invention relates to a system and method for enriching and transforming unstructured data to obtain structured data by intelligence extraction, enrichment, categorization and hierarchy creation. The invention discloses an automated approach for transformation of unstructured documents, which involves an analysis, a transformation and a quality assessment of the input unstructured documents, to obtain the output structured documents in fewer time frames and without the need of skilled labors.
Abstract:
A system and method for generating an optimized operating schedule for a plurality of heterogeneous wireless network appliances managed by a gateway device in a closed area network is disclosed. An amount of energy consumed by each network appliance as well as preassigned operational priority values assigned to each network appliance per time slot over the designated time period is considered. A plurality of proposed operation schedules are iteratively generated, wherein each proposed operation schedule selectively assigns the network appliances to operate at various time slots based on their assigned operational priority values. An optimized schedule is selected which has a determined lowest aggregated total utility cost and a greatest aggregated operations value for the network appliances in the subset. The selected optimized schedule is then implemented by the gateway device to manage operation of the network appliances in the closed area network.
Abstract:
A method, non-transitory computer readable medium, and account manager device comprises obtaining a plurality of inputs associated with the contact center in response to a request to calculate the return on investment associated with the contact center, wherein the plurality of inputs includes one or more contact center historical data and one or more contact center projected data. At least a part of the obtained one or more contact center historical data is compared against the one or more contact center projected data to identify one or more improvement areas in the contact center. One or more costs to implement the identified one or more improvement areas in the contact center are determined. The return of investment associated to the contact center is determined based on the one or more determined costs. The determined return on investment associated to the contact center is provided.
Abstract:
A method, non-transitory computer readable medium, and resource management computing device comprises identifying one or more workload bursts in a production environment. One or more additional resources in a non-production environment required to manage the one or more workload burst in a production environment is determined by comparing an environment resource consumption value against a permissible maximum value, wherein the environment resource consumption value is a value indicating usage of each of the one or more resources. One or more additional resources are identified in the non-production environment. The identified one or more additional resources are provided to handle the one or more workload bursts.
Abstract:
A method disclosed herein can include receiving content for communication to one or more network clients from a content provider, where the content includes at least a web page. A content request is received from a selected client of the one or more network clients. In response to receiving the content request, the web page is prepared for communication to the selected client. A web page identifier associated with the prepared web page is generated. The web page and the web page identifier are forwarded to the selected client. A plurality of web page identifiers associated with respective web pages within the received content can be stored. The web page identifier can be obtained from among the stored web page identifiers.