Abstract: A method of performing replication recovery operation in a disaggregated distributed storage system (DDSS) includes identifying an affected storage node included in the storage pool based on an occurrence of one or more predetermined conditions; selecting at least one replacement storage node from among one or more storage nodes included in the storage pool to recover replication data stored in the affected storage node; selecting at least one controller for performing a replication recovery operation from among one or more controllers included in the controller pool; and assigning one or more replication recovery jobs to the at least one controller; and receiving, by the replication recovery device, a notification from the at least one controller based on the one or more replication recovery jobs being completed.

Abstract: Data may be loaded in a computing device from a non-volatile storage medium using files having a nested structure. An outer file metadata portion may be read from an outer file on the storage medium into RAM. The outer file may include the outer file metadata portion and an outer file data portion. The outer file data portion may then be read from the outer file on the storage medium into the RAM based on the outer file metadata portion. The outer file data portion may be an inner file. The inner file may include an inner file metadata portion and an inner file data portion. Then, the inner file metadata portion may be read from the inner file in the RAM. The inner file data portion may be read from the inner file in the RAM based on the inner file metadata portion.

Abstract: The disclosure relates to systems and methods of translating event data to generate a scalable data structure to identify or predict an event of interest such as a clinical diagnosis. The scalable data structure is expandable to accommodate various types of event data each having different types of timing indications on a timeline. The system may translate the event data in a way that event data can inherit event data values from other event data in a single time series of events. The scalable data structure may be used to generate unified visualizations of all translated events as well as for forecasting and predicting events of interest. The scalable data structure may be implemented in various contexts such as for clinical diagnostics in which clinical trial data or medical health data from various sources are translated to generate the scalable data structure.

Abstract: Techniques are provided for input/output operations per second (IOPS) and throughput monitoring for dynamic and/or optimal resource allocation. These techniques provide automated monitoring of resources, such as memory and processor utilization by a container accessing a volume. The automated monitoring is performed in order to generate and execute intelligent recommendations for improved resource utilization. Resource allocations can be scaled up to meet I/O load demand and satisfy service level agreements (SLAs). Resource allocations can be scaled down or adjusted to conserve resources, such as by consolidating containers or pods hosted in multiple virtual machines into a single virtual machine and decommissioning virtual machines no longer hosting containers or pods.

Abstract: Methods, systems, apparatus, and computer programs for generating a report data structure using deconstructed document sections. In one aspect, the method includes actions of obtaining a plurality of deconstructed document sections, determining, for each deconstructed document section, one or more deconstructed document section attributes based on natural language text of the one or more respective deconstructed document sections, identifying one or more report generation rules defining data directed dynamic conditional statements that include operations for generating a report using the plurality of deconstructed document sections, determining, by applying the one or more identified rules defining data directed dynamic conditional statements to the deconstructed document sections, a subset of the plurality of deconstructed document sections that are to be incorporated into a report, and generating a report that includes the subset of the plurality of deconstructed document sections.

Abstract: Methods, systems, apparatus, and computer programs for generating a report data structure using deconstructed document sections. In one aspect, the method includes actions of obtaining a plurality of deconstructed document sections, determining, for each deconstructed document section, one or more deconstructed document section attributes based on natural language text of the one or more respective deconstructed document sections, identifying one or more report generation rules defining data directed dynamic conditional statements that include operations for generating a report using the plurality of deconstructed document sections, determining, by applying the one or more identified rules defining data directed dynamic conditional statements to the deconstructed document sections, a subset of the plurality of deconstructed document sections that are to be incorporated into a report, and generating a report that includes the subset of the plurality of deconstructed document sections.

Abstract: An SoC device has a boot-code memory that stores boot code and a boot core that accesses the boot-code memory to execute the boot code at startup. The boot core is capable of executing application code after the startup is complete. One or more master cores execute application code. An access control circuit prevents the boot core from accessing the boot-code memory when application code is being executed.

Abstract: An SoC device has a boot-code memory that stores boot code and a boot core that accesses the boot-code memory to execute the boot code at startup. The boot core is capable of executing application code after the startup is complete. One or more master cores execute application code. An access control circuit prevents the boot core from accessing the boot-code memory when application code is being executed.

Abstract: Methods for rendering content on a multi-display device interactively are described. In one implementation, a request for rendering the content data on the multi-display device is received, wherein the content data includes presentation slides. Further, screen information including a number of available screens on the multi-display device and location information of the available screens is determined using a device driver. Also, a rendering pattern for rendering the content data on one or more of the available screens is received and the content data is provided, based on the screen information and the rendering pattern, to the device driver for rendering the content data on the one or more of the available screens of the multi-display device.

Abstract: Methods for rendering content on a multi-display device interactively are described. In one implementation, a request for rendering the content data on the multi-display device is received, wherein the content data includes presentation slides. Further, screen information including a number of available screens on the multi-display device and location information of the available screens is determined using a device driver. Also, a rendering pattern for rendering the content data on one or more of the available screens is received and the content data is provided, based on the screen information and the rendering pattern, to the device driver for rendering the content data on the one or more of the available screens of the multi-display device.

Abstract: A method of creating ZOLOG BAR software, laid above a business software application, which is used to provide instructions to business software application is disclosed. The method comprises programming a signal processor hardware to host the ZOLOG Technology Software; enabling users to provide inputs through the ZOLOG BAR in one or more of a most intuitive verbal and written human way for carrying out a particular task by which instructions are sent to business software applications, processing the instructions and present the summary for review to the user.

Abstract: Embodiments for designing banking system architecture are disclosed. A system comprises a banking solutions architecture module comprising a product component, a services component, and a process component. A comparison module compares a banking solution requirement with at least one component of the banking solutions architecture, and a design module designs a new banking software based on the comparison, wherein the design module configures the at least one component based on the output of the comparison module.

Abstract: Various embodiments of the invention comprise an apparatus and method for providing improved banking operations. In one embodiment, the method includes decomposing data processing of a banking organization into multiple functions, and providing multiple widgets. Each of the multiple widgets performs a banking operation, and includes at least one of the multiple functions. The multiple widgets exhaustively represent the data processing of the banking organization exhaustively and perform mutually exclusive banking operations. In another embodiment, the method includes customizing a workspace of a computing terminal by rendering at least one of the multiple widgets in the workspace according to a preference including at least one of, role of user of the workspace with respect to the banking organization, and the like. In another embodiment, the method includes providing at least one of the multiple widgets based on a current context including at least one of, customer identity, and the like.

Abstract: The application user interface system and method enables users to give instructions to business software applications by simply entering text in an interface bar in the most intuitive verbal or written human way for carrying out a particular task. The business application, in turn, processes the instruction and presents the summary for review to the users. Upon approval by user, the particular task or request gets executed.

Abstract: Guanidine derivatives having a condensed tricyclic ring of formula 1: are disclosed, wherein U is C(O), CRaRb, O, NRa or S(O)m; V is CRaRb or NRa; W is S(O)m; wherein Ra is H, alkyl, cycloalkyl, alkenyl or aralkyl; Rb is H, alkyl, OH, ORa or OCORa, and m is the integer 0, 1 or 2; R1, R2, R3, R4, R5, R6, R7 and R8 are as defined herein with the proviso that at least one of R1, R2, R3, R4, R5, R6, R7 or R8 is guanidino or guanidino carbonyl. These derivatives are sodium-proton exchange inhibitors and are useful as medicaments for the treatment of, for example, organ disorders associated with ischemia and reperfusion, cardiac arrhythmia, cardiac hypertrophy, hypertension, cell proliferative disorders and diabetes.