Abstract: Systems and methods are provided for dynamic configuration of interactive controls available on a dashboard. Interactive controls may be dynamically configured by manipulating network resource address information for a network resource that provides a dashboard, for example using query string parameters. For example, a dashboard that displays one type, source, or summary of information can be dynamically configured to allow interactive selection and display of another type, source, or summary of information depending on values passed in the network resource address information for the dashboard network resource.

Abstract: Systems and methods are provided for dynamic configuration of interactive controls available on a dashboard. Interactive controls may be dynamically configured by manipulating network resource address information for a network resource that provides a dashboard, for example using query string parameters. For example, a dashboard that displays one type, source, or summary of information can be dynamically configured to allow interactive selection and display of another type, source, or summary of information depending on values passed in the network resource address information for the dashboard network resource.

Abstract: Systems and methods are provided for dynamic configuration of interactive controls available on a dashboard. Interactive controls may be dynamically configured by manipulating network resource address information for a network resource that provides a dashboard, for example using query string parameters. For example, a dashboard that displays one type, source, or summary of information can be dynamically configured to allow interactive selection and display of another type, source, or summary of information depending on values passed in the network resource address information for the dashboard network resource.

Abstract: A user provides input to a graphical user interface to transform a chart that is linked to other charts presented to the user through the interface. In response to this input, the chart is transformed and updated. This transformation may cause the chart to make available a transformation event to a queue, which may cause other linked charts to obtain the transformation event and determine what transformations need to be performed within these other linked charts. Based at least in part on this transformation event, the other linked charts may obtain any necessary data and may perform the necessary transformations mirror the transformations performed for the original chart.

Abstract: A computer-implemented failure monitoring system and method are used with at least one server and with a plurality of resource servers. The system includes a computer storage device that stores one or more failure parameters indicative of one or more failure conditions. The system further includes one or more computer processors that include a monitoring component, an analysis component, and a throttling component. The monitoring component obtains information regarding service requests transmitted by the at least one server for which corresponding responses have not been timely received. The analysis component compares the information to the one or more failure parameters and determines whether at least one failure condition exists. The throttling component selectively inhibits transmission of service requests corresponding to the at least one failure condition while the at least one failure condition exists.

Abstract: A technology is provided for using a program code with a monitoring service in computing service environment. An application programming interface (API) call is prepared at a monitoring service according to one or more API call parameters, using a security data template, to be sent to the program code. The API call having the security data template can be sent from the monitoring service having a dashboard to the program code to query a target resource. A response can be received from the program code as return information from the program code and the target resource using the security data template according to the API call. The response can be displayed as a templated data response in the dashboard of the monitoring service according to a defined template.

Abstract: A computer-implemented failure monitoring system and method are used with at least one server and with a plurality of resource servers. The system includes a computer storage device that stores one or more failure parameters indicative of one or more failure conditions. The system further includes one or more computer processors that include a monitoring component, an analysis component, and a throttling component. The monitoring component obtains information regarding service requests transmitted by the at least one server for which corresponding responses have not been timely received. The analysis component compares the information to the one or more failure parameters and determines whether at least one failure condition exists. The throttling component selectively inhibits transmission of service requests corresponding to the at least one failure condition while the at least one failure condition exists.

Abstract: A web-based service may be enabled for simulating test conditions for sub-operations performed by back-end components. The service may operate in production while being tested. A cookie indicating a sub-operation and an intended test condition for the sub-operation may be included in a request to perform an operation. The cookie may be forwarded from a front-end computing node to a computing node that issues a request to perform the indicated sub-operation. The request to perform the sub-operation may be intercepted. The indicated test condition for the sub-operation may be simulated.

Abstract: A computer-implemented failure monitoring system and method are used with at least one server and with a plurality of resource servers. The system includes a computer storage device that stores one or more failure parameters indicative of one or more failure conditions. The system further includes one or more computer processors that include a monitoring component, an analysis component, and a throttling component. The monitoring component obtains information regarding service requests transmitted by the at least one server for which corresponding responses have not been timely received. The analysis component compares the information to the one or more failure parameters and determines whether at least one failure condition exists. The throttling component selectively inhibits transmission of service requests corresponding to the at least one failure condition while the at least one failure condition exists.

Abstract: A computer-implemented crime investigation system having a computer including a processor is operable to: receive and store one or more image data items, each of which shows one or more offenders in the process of committing an offence; authenticate a user belonging to a first access group; receive, via an application interface, case information from said user; attach portions of said case information, as indicated by said user using said application interface, to one or more of said image data items, as also indicated by said user using said application interface; search at least one of: said image data items or said case information based on search parameters; and return one or more search result image data items, having at least one of image data or attached case information which matches said search parameters, together with any of said case information attached to said search result image data items.

Abstract: A system is configured to execute audio-initiated commands. The system detects audio and determines if a first sound is included in the audio. The system then processes further incoming audio to detect a second sound. If the second sound is not detected within a time threshold, the system executes a command. The command may include delivering a message, outputting audio corresponding to synthesized speech, or some other executable command.

Abstract: A user provides input to a graphical user interface to transform a chart that is linked to other charts presented to the user through the interface. In response to this input, the chart is transformed and updated. This transformation may cause the chart to make available a transformation event to a queue, which may cause other linked charts to obtain the transformation event and determine what transformations need to be performed within these other linked charts. Based at least in part on this transformation event, the other linked charts may obtain any necessary data and may perform the necessary transformations mirror the transformations performed for the original chart.

Abstract: A computer-implemented crime investigation system having a computer including a processor is operable to: receive and store one or more image data items, each of which shows one or more offenders in the process of committing an offence; authenticate a user belonging to a first access group; receive, via an application interface, case information from said user; attach portions of said case information, as indicated by said user using said application interface, to one or more of said image data items, as also indicated by said user using said application interface; search at least one of: said image data items or said case information based on search parameters; and return one or more search result image data items, having at least one of image data or attached case information which matches said search parameters, together with any of said case information attached to said search result image data items.

Abstract: Statistics of a distributed computing system are managed to identify and/or provide percentile data associated with the managed statistics. In some examples, percentiles associated with performance data of the computing system may be calculated. Based at least in part on a factor associated with the performance data, one or more of the calculated percentiles may be selected. Additionally, in some examples, graph data for at least a portion of the selected percentiles may be provided.

Abstract: A computer-implemented crime investigation system having a computer including a processor is operable to: receive and store one or more image data items, each of which shows one or more offenders in the process of committing an offence; authenticate a user belonging to a first access group; receive, via an application interface, case information from said user; attach portions of said case information, as indicated by said user using said application interface, to one or more of said image data items, as also indicated by said user using said application interface; search at least one of: said image data items or said case information based on search parameters; and return one or more search result image data items, having at least one of image data or attached case information which matches said search parameters, together with any of said case information attached to said search result image data items.

Abstract: A method of encoding a message into a document containing known information is disclosed. The method comprises identifying (1502) a plurality of logical information content categories associated with the known information, establishing (1503) a priority order in which said message is to be added to each of the categories, determining (1504) an amount of said message to be added to each of the categories, and encoding (1506) the message into the document according to the established priority order and the determined amount.

Abstract: A test method and apparatus for randomly testing logic structures. The method includes identifying and analyzing a functional behavior of a logic structure to be covered during the random testing, modifying the logic structure such that the logic structure behaves in a functional manner during random testing, and generating patterns to exercise the modified logic structure.

Abstract: A test method and apparatus for randomly testing logic structures. The method includes identifying and analyzing a functional behavior of a logic structure to be covered during the random testing, modifying the logic structure such that the logic structure behaves in a functional manner during random testing, and generating patterns to exercise the modified logic structure.

Abstract: An apparatus and method for allowing for dynamic wordline repair in a clock running system in addition to allowing for programmable fuse support of combined Array Built-In Self-Test (ABIST) and Logic Built-In Self-Test (LBIST) testing. The method makes use of programmable fuses which contain Level Sensitive Scan Design (LSSD) latches which also have a system port. The system port allows for simpler reading of the fuses as well as for the dynamic updates of the programmable fuses for wordline and other repairs.

Abstract: An apparatus and method for protecting a computer system from array reliability failures uses Array Built-In Self-Test logic along with code and hardware to delete cache lines or sets that are defective, identify corresponding fuse repair values, proactively call home if spare fuses are not available, schedule soft fuse repairs for the next system restart, schedule line deletes at the next restart, store delete and fuse repairs in a table (tagged with electronic serial id, timestamp of delete or ABIST fail event, address, and type of failure) and proactively call home if there were any missed deletes that were not logged. Fuse information can also be more permanently stored into hardware electronic fuses and/or EPROMs. During a restart, previous repairs are able to be applied to the machine so that ABIST will run successfully and previous deletes to be maintained with checking to allow some ABIST failures which are protected by the line deletes to pass.