Abstract: A method of producing power semiconductor devices from a silicon-on-insulator (SOI) wafer is described. The SOI wafer includes a silicon device layer, a bulk silicon wafer, and a buried oxide layer separating the silicon device layer from the bulk silicon wafer. The method includes: forming a hard mask on the silicon device layer, wherein the hard mask covers one or more first regions of the silicon device layer and exposes one or more second regions of the silicon device layer; and before forming any field oxide structures and before implanting any device regions, selectively growing epitaxial silicon on the one or more second regions of the silicon device layer exposed by the hard mask such that the thickness of the one or more second regions is increased relative to the one or more first regions. Various devices produced according to the method are also described.

Abstract: In examples, a virtual channel allocated to a virtual machine may be used to transmit image data representing a display surface to memory assigned to the display surface in a virtual address space of the virtual machine. A physical display engine may be configured to fetch the image data from the memory, perform desired transformations, and send the resulting output to the display surface to display. Privileged software may process requests from virtual machines for allocations or configurations of display surfaces and configure the physical display engine, a memory system, and/or other system components accordingly. Software running on a virtual machine may use virtual channels to submit the requests and transmit image data for display surfaces to memory using the virtual address space. A virtual channel may be provided by a virtual network adapter assigned to the virtual machine.

Abstract: Methods, computing systems, and computer-readable media for synchronizing data across a first application suite and an isolated second application suite. The method includes generating a first identity for a user to access data from a first application suite; generating a notification that the first identity has been created, causing a second application suite to generate a second different user identity to access data from the second application suite; authenticating a user based on authentication information and the first user identity; receiving, from the first application suite, a first resource from the user; storing the received first resource on the first application suite; synchronizing the first resource from the first application suite to the second application suite; synchronizing a second resource, stored on the second application suite, from the second application suite to the first application suite; and providing the second resource to the user via the first application suite.

Abstract: Various methods, apparatuses/systems, and media for implementing a smart failover module is disclosed. A processor detects an application specific system fault or degradation event in a first availability zone (AZ) on which an application is running during normal runtime of the application; determines, in response to detecting the application specific system fault or degradation event, whether the application includes an active-passive application infrastructure in which the first AZ is paired with a passive AZ; enables traffic, in connection with running or deployment of the application, on the passive availability zone in response to determining that the application includes an active-passive application infrastructure; and disables traffic from the first AZ on which the application specific system fault or degradation has been detected in response to determining that the application does not include an active-passive application infrastructure and/or in response to enabling traffic on the passive AZ.

Abstract: Methods, computing systems, and computer-readable media for delivering applications using an on-demand virtual machine system. The method includes receiving an application request from a user, including a request to remotely access one or more applications; determining computing resources for fulfilling the application request; allocating the determined computing resources to the user from a client resource pool of a client to which the user is associated, wherein the allocating comprises serving a virtual machine (VM) allocated with the determined computing resources to the user; determining that the computing resources are no longer in use; and releasing the computing resources to the client resource pool.

Abstract: Various methods, apparatuses/systems, and media for automatically controlling operating state of one or more applications in a distributed operating system are disclosed. A processor creates a filesystem that contains a script configured for interacting with a distributed operating system application programming interface (API); and integrates the filesystem with a scheduler module to be run on a predefined schedule. The processor also creates a container, in response to the predefined schedule, in the distributed operating system, the container having the script installed therein; calls the distributed operating system API to obtain a list of applications in the distributed operating system based on the script; automatically controls the operating state of the corresponding one or more applications in the distributed operating system in response to the predefined schedule and the script; and destroys the container after controlling the operating state of the corresponding one or more applications.

Abstract: Embodiments herein provide a method for management of alternate-network slice in a multi-SIM UE. The method includes storing slice mapping information in a network slice database. The slice mapping information includes a mapping among each candidate network slice of a plurality of network slices associated with a plurality of SIMs of the MUSIM UE. The method includes determining whether candidate network slice associated with a first SIM of the plurality of SIMs is available. The method includes determining candidate network slice associated with a second SIM based on the stored slice mapping information in the network slice database when the candidate network slice associated with the first SIM is not available. The method includes sending a registration request message to a second network operator associated with the second SIM based on the determined candidate network slice associated with the second SIM.

Abstract: Systems, computer program products, and methods are described herein for identification and verification of brute force attacks using hash signature segmentation and behavior clustering analysis. The present invention is configured to receive a plurality of access attempts and an associated plurality of hash values; determine a failure request load based on the plurality of access attempts; determine whether the failure request load meets a failure threshold, wherein, in an instance where the failure request load meets the failure threshold, separating the plurality of access attempts associated with the failure request load into a plurality of hash clusters; generate a behavior cluster for each hash cluster based on shared behavior data of the plurality of access attempts; and determine, based on the behavior cluster for each hash cluster, a likelihood of misappropriation for each access attempt of the plurality of access attempts.

Abstract: The present invention relates to a tablet comprising Afatinib or a pharmaceutically acceptable salt thereof, wherein the tablet is obtained by direct compression. The present invention further relates to a process for manufacturing a tablet of the invention as well as the use of the tablet of the invention.

Abstract: Computer systems and methods for managing resources are described.

Abstract: Systems and associated methods are described for determining popularity of new content. The system analyzes a content item to identify at least a first and a second attribute associated with the content item. The system also identifies previously posted content items associated with the first and the second attributes. The system then determines levels of user activity associated with the previously posted content item corresponding to the first attribute over a first past time period and associated with the previously posted content item corresponding to the second attribute over a second past time period. The system then extrapolates a levels of user activity for a future time period based on the first past time period and on the second past time period. The system further determines an anticipated level of user activity associated with the content item for the future time period based on the extrapolated levels of user activity.

Abstract: The system generates a validation tool in response to receiving an indication to initiate validation. The system identifies at least one media content item based on a user profile, and generates at least one question based on the at least one media content item. The at least one media content item may include an image, a video, text, or a combination thereof. The system determines at least one answer corresponding to the at least one question. The question and answer may be determined based on a question template. For example, the template may be selected based on attribute types or values of the at least one media content item. The system generates the at least one question for output on an output device. Upon receiving input indicative to an answer, the system compares the inputted answer to the determined answer to determine whether to validate the user.

Abstract: Systems and methods are provided for integrating artificial intelligence (AI) workflows. In one example, a method includes receiving, from a medical image storage device, an instance availability notification, in response to determining that the notification indicates that one or more medical images have been saved at the medical image storage device, querying the medical image storage device to retrieve metadata associated with the one or more medical images, initiating a work-item with an AI orchestration platform for the metadata, and receiving, from the AI orchestration platform via the work-item, AI results related to the one or more medical images.

Abstract: A cell retainer assembly includes a cell holder unit. The cell holder unit includes a first and a second member having a first and a second set of through holes respectively. The first and the second set of through holes is adapted to receive and position a plurality of cells therein. A groove is formed at a first and a second end of the first and second set of through holes. The groove is formed along an internal portion of one of the first and the second set of through holes. The groove has a length lesser than a length of each of the first and the second through holes. Further, the groove is adapted to receive adhesive therein to retain each of the plurality of cells within the first and the second set of through holes.

Abstract: Aspects of the disclosure relate to detecting and preventing malware attacks using simulated analytics and continuous authentication. An application server may receive device information and processing capabilities information of a client device. Based on the device information and the processing capabilities information, the application server may generate analytical output data indicating, for each transaction executed on the client device, a transaction processing time. The application server may receive transaction information associated with a transaction being executed at the client device. Based on the received transaction information and the analytical output data, the application server may simulate the transaction being executed at the client device and determine expected payload data. The application server may receive an authorization request including actual payload data associated with the transaction being executed at the client device.

Abstract: In an aspect, a method performed at a server includes: receiving an electronic message indicating an expected transfer, the message indicating at least a quantity of resources associated with the expected transfer and a value date associated with the expected transfer; detecting a trigger condition associated with the expected transfer; in response to detecting the trigger condition associated with the expected transfer, determining whether a transfer associated with the expected transfer has been made; and in response to determining that the expected transfer has not been made, providing a notification to a client device associated with a recipient of the expected transfer.

Abstract: A device may receive network data associated with a network, and may calculate, based on the network data, key performance indicators (KPIs) for the network. The device may generate a first user interface that depicts one or more of the KPIs, and may receive a selection of a particular KPI from the one or more KPIs displayed by the first user interface. The device may parse a set of rules, utilized to calculate the particular KPI, to generate a parsed set of rules, and may analyze the parsed set of rules to identify particular metrics utilized to calculate the particular KPI. The device may generate a second user interface that depicts one or more timeline views of the particular metrics correlated with the particular KPI, and may provide the second user interface for display.

Abstract: A technique for rendering an under-vehicle view including obtaining a first location of a vehicle, the vehicle having a set of cameras disposed about the vehicle, capturing a set of images; storing images of the set of images in a memory, wherein the images are associated with a time the images were captured, moving the vehicle to a second location, obtaining the second location of the vehicle, determining an amount of time for moving the vehicle from the first location to the second location, generating a set of motion data, the motion data indicating a relationship between the second location of the vehicle and the first location of the vehicle, obtaining one or more stored images from the memory based on the determined amount of time, rendering a view under the vehicle based on the one or more stored images and set of motion data, and outputting the rendered view.

Abstract: Circuits, methods, and apparatus that can allow chipsets in an electronic device to share information such that they can more efficiently utilize resources that are available in the electronic device. One example can provide a bus that is shared by three or more chipsets in an electronic device. This shared bus can be used by the chipsets in the electronic device to communicate and negotiate for the utilization of resources of the electronic device.

Abstract: Various methods, apparatuses/systems, and media for implementing a smart cloud deployment module is disclosed. A datacenter stores information data of all availability zones (AZs) associated with deployment of an application. A processor builds an availability zone (AZ) application programming interface (API) and calls the AZ API to retrieve the information data from the datacenter; dynamically and automatically determines, in response to calling the AZ API, prior to deploying the application, whether a first AZ defined in a deployment pipeline among the AZs within the datacenter is healthy for deployment of the application; and deploys the application utilizing the deployment pipeline when it is determined that the first AZ defined in the deployment pipeline is healthy. The processor also checks for another healthy AZ within the same datacenter or within other regions outside of the datacenter when it is determined that the first AZ is not healthy.