237 results about "Completion Status" patented technology

This method is an error correction method such that, when an error is detected in a CPU with pipeline structure, a content of a register file is restored by a delayed register file which holds an execute completion state of an [Instruction N] correctly executed before this error, and a rollback control that re-executes an instruction from the [Instruction N+1] which is the next instruction of the [Instruction N] is performed. The method collects a parity check result of arbitrary Flip-Flops existing inside the CPU, and detects an error. As a result, the content of the register file is restored into the instruction execute completion state preceding to the instruction range likely to malfunction by the error, and the instruction can be roll backed from the beginning of the instruction range likely having malfunctioned by the error.

A real-time workload information scheduling and tracking system and related methods are disclosed that greatly facilitate production operations. Real-time views can be displayed at a variety of time period granularities (e.g., daily, weekly, monthly, quarterly, yearly, etc.) showing completion status for tasks and sub-tasks that have been assigned by the system to individual worker resources to accomplish all aspects of the production process. The processes are laid out in a series to allow so that project task priorities can be set and worked out in a specific order. A central location is also provided to document and track all schedule impacts, as well as quality notifications, held-for records, and discrepancy records written against the tasks or sub-tasks being displayed.

Systems and methods provide for receiving form information from a user or a data recipient and then reuses the information to provide other forms with the information regardless of whether the other forms belong to the data recipient or a different data recipient. The systems and methods also provide for electronically sharing form information, administrative information, and other information with the data recipient. Further, the systems and methods provide for tracking and reporting information about the completion status of forms.

A distributed storage and parallel mining method for state monitoring data includes the steps: defining function service models of a remote substation state monitoring unit and a state monitoring communication front-end processor by means of Web service description language, and exchanging the state monitoring data of electric power equipment in an electric power wide area network environment by a simple object access protocol; storing large-scale state monitoring data redundancy in a distributed file system, creating an index table for a state monitoring data file, inserting the index table into a large-scale structural data table and querying the state monitoring data according to a query request; and generating basic data and multi-dimensional analytical data by extracting, converting and loading to built a data warehouse, and parallelly executing association rules, classification and clustered data mining algorithm by means of MapReduce task decomposition and result summary. The distributed storage and parallel mining method can be used for effectively realizing distributed data exchange, redundant storage and rapid parallel processing for state monitoring information of the mass electric power equipment in an intelligent power network environment.

A method, system and computer-usable medium are disclosed for using an interactive progress indicator bar to graphically display, and interact with, the completion status information of a plurality of computer operations before they are completed. An interactive progress indicator bar is implemented in a graphical user interface (GUI) and comprises a plurality of progress indicator segments. As computer operations are completed, the details of their completion status are entered into a computer operation log and indexed to their corresponding progress indicator segments. Concurrently, color attributes are applied to progress indicator segments to graphically indicate the completion status of their associated computer operations. Predetermined levels of completion status details are displayed through a user gesture as the cursor is placed over a computer operation's corresponding progress indicator segment. A contextual level of completion status information is displayed in a computer operation log that is automatically scrolled to the corresponding completion status information.

In a computing environment, a display shows the progress of the execution of a user or system initiated task. The display includes the current completion status of the task, and the completion results of the task. The completion results indicate the amount of the task that has been completed and indicates the results of the completion. This displays differs from conventional task status displays in that this display gives information about the progress of the task execution and the activities that occurred during the task execution.

Tracking forms allow tracking of the completion status and implemented quality standards of a building construction project. A tracking form is prepared for one or more tasks requiring completion at the construction site. Each task is assigned two components on its tracking form: a quality control indicator form, which contains one or more quality control indicators indicating whether certain quality standards are met; and a completion indicator, which indicates the completion status of a task. The completion status may be a discrete binary value, or may instead be a continuous value. Preferably, the workers performing the tasks complete each task's quality control indicator form and completion indicator during design and construction as milestones relating to the task are completed, or at the end of some predetermined time period. The completion indicators relating to the tasks are logged so that the completion status of the project may be monitored, and the information recorded on the quality control indicator forms may be sampled and checked to verify that construction quality standards are being met.

A method, system and computer-usable medium are disclosed for providing graphical completion status information for the management of serial computer operations that are forked into parallel operations. A first interactive progress bar, comprising a plurality of progress indicator segments, is implemented to show the completion status of a composite application. A second progress bar is implemented for each element of the composite application as it is executed. Elements that are serially executed may require prerequisite or dependent operations. Forking operations are performed to execute elements in parallel. One or more progress indicator segments are selected to display information about their related computer operations. The user interacts with the information to pause, modify, reorder, reverse, retarget, or reverse the selected computer operations.

In a large storage area network (SAN), many administrative tasks perform various operations. Managing the tasks can be a formidable activity. A network management application, operable to identify and manipulate the tasks, organizes the tasks in a common graphical user interface (GUI) which allows task management from a single operator console. The task manager provides a GUI having display panes for managing the tasks. The task manager allows selection and invocation of tasks, in which the same task is identifiable by each of the plurality of attributes. The task manager displays the hierarchy of tasks in a task tree, including selectable task icons, in a task tree pane. The task icons are expandable into the corresponding subtasks and operations in a task list pane, and status details about the operations and task status are displayed in a context detail pane. An operator traverses the task tree to drill down into the operation and completion status of tasks in the task tree.

A method, system and computer-usable medium are disclosed for using an interactive progress indicator bar to graphically display the completion status of a plurality of computer operations, modify predetermined operations before they are completed, and then restart the modified operations. An interactive progress indicator bar is implemented in a graphical user interface (GUI) and comprises a plurality of progress indicator segments. As computer operations are completed, the details of their completion status are entered into a computer operation log and indexed to their corresponding progress indicator segments. Details of the completion status of predetermined computer operations are viewed by selecting one or more corresponding progress indicator segments through a user gesture. If a predetermined computer operation is to be modified, a second user gesture opens a dialog box allowing the user to perform predetermined modifications. Previously completed computer operations that are subsequent to the modified operation are reversed and computer operations are then restarted, beginning with the modified computer operation.

An exemplary method includes associating one or more workflow tasks with each of a plurality of universal workflow steps, the one or more workflow tasks being specific to a provisioning workflow that corresponds to a first type of network circuit, receiving a request to provision a network circuit of the first type, displaying, in response to the request, graphical depictions of the universal workflow steps in a graphical user interface, determining a completion status of each of the universal workflow steps based on a completion status of each of the one or more workflow tasks associated with each of the universal workflow steps, and graphically indicating in the graphical user interface the completion status of each of the universal workflow steps. Corresponding methods and systems are also disclosed.

A method, system and computer-usable medium are disclosed for providing graphical completion status information for the management of serial computer operations that are forked into parallel operations. A first interactive progress bar, comprising a plurality of progress indicator segments, is implemented to show the completion status of a composite application. A second progress bar is implemented for each element of the composite application as it is executed. Elements that are serially executed may require prerequisite or dependent operations. Forking operations are performed to execute elements in parallel. One or more progress indicator segments are selected to display information about their related computer operations. The user interacts with the information to pause, modify, reorder, reverse, retarget, or reverse the selected computer operations.

Improved systems and methods for collecting Protected Health Information (PHI) with or without the assistance of a physician scribe are described. Documenting a patient encounter utilizing a template-based charting system (either electronic or paper-based), and the tracking of this document status and patient clinical status throughout the encounter, for purposes of managing multiple patients and multiple patients' documents, as well as improved communication between providers and assistants. The systems and methods of this invention generally comprise an electronic records system for creating and maintaining information in electronic records; patient tracking system (either computerized or not) for managing tasks specific to provider documentation of specific clinical care actions and patient clinical status; complimentary utilization of medical history questionnaires which are designed to correlate with template-based charting tools; methods of communication between provider assistants (including physician assistants, nurses, secretaries, scribes, patients, or other assistants) to convey the status of the collection and management of the PHI, including patient history, patient examination, testing results, medical decision making, patient disposition plan, follow-up information and other elements of provider charting of PHI; sequence of patient tracking indicators that represent steps in the care of the patient, status of the document, and clinical or documentation-related tasks for completion by providers or provider assistants; improvements on a real-time compliance system for identifying the specific stage or status of each electronic record, and allowing providers and assistants to track this completion status, thereby streamlining documentation and compliance workflows.

A method, system and computer-usable medium are disclosed for using an interactive progress indicator bar to graphically display the completion status of a plurality of computer operations, reorder the sequence of predetermined operations before they are completed, and then restart the reordered operations. An interactive progress indicator bar is implemented in a graphical user interface (GUI) and comprises a plurality of progress indicator segments. As computer operations are completed, the details of their completion status are entered into a computer operation log and related to their corresponding progress indicator segments. Concurrently, color attributes are applied to progress indicator segments to graphically indicate the completion status of their associated computer operations. One or more progress indicator segments are selected through a first user gesture to view the completion status details of their corresponding computer operations. To change the order of the predetermined computer operation, a second user gesture is used to move its corresponding progress indicator segment to a target location on the progress indicator bar. Previously completed computer operations that are subsequent to the reordered operation are reversed and computer operations are then restarted, beginning with the reordered computer operation.

Systems and methods for project management are provided for a project containing tasks and user designations for administrators and non-administrators. Each task has a task completion status and a task identity. Each respective user designation includes a user account associated with a user. The administrator can change the task completion status of all tasks whereas the non-administrator can only change the task completion status of some of the tasks in the project. A first electronic message is received from the administrator. The message assigns a task to a non-administrator. Subsequently, a second electronic message with a completion status of the task is received from the non-administrator, whereupon the completion status of the task in an electronically stored record of the project is updated to reflect the new completion status of the task without human intervention.

Methods and apparatuses are described for creating and using full-kit tasks, monitoring the progress of full-kit tasks, determining full-kit dates, checking compliance of release conditions associated with full-kit tasks, and / or computing and reporting full-kit task delays. A full-kit task can be used in the project plan to represent the preparations that are required or recommended to be performed before executing a set of tasks. The full-kit task can be a zero-duration task that has a full-kit date and that includes a list of items which need to be completed by the full-kit date. The full-kit task is capable of being in one of the following states: not started, in progress, released, and completed. In some embodiments, the set of tasks associated with the full-kit task can only be started if the full-kit task is either in the released state or the completed state.

A recommended sequence of tasks to complete a complex task is programmatically defined. The recommended sequence is adaptive in that the sequence can be altered based on the completion status of one or more of the tasks.

The invention discloses a test system and a test method oriented to a next-generation firewall. The test system is composed of five modules, namely a management module, a strategy module, a session generation module, a result evaluation module and a report module. The test method comprises the steps: (a) test strategy configuration: according to preset parameters, filling in data structure linked lists of test rules to generate specific test cases; (b) network session generation: constructing an independent client program and an independent server program, respectively simulating an attack host and a host in the network protected by a firewall, then respectively calling plugins corresponding to the test cases, passing the parameters of the test cases generated in the step a to the plugins, generating data packets in real time through the plugins, and delivering the data packets to a client or a server to be sent to generate a network session or network attack session; (c) test result evaluation: evaluating test results according to the completion status of the session, as well as behavior parameters and alarm information of the firewall. By adopting the test system and the test method oriented to the next-generation firewall, automatic test and evaluation of the next-generation firewall can be realized.

An automated system that defines, implements and tracks the sales cycle applied by salespersons within an organization to sell goods or services offered by the organization to prospective customers. A graphical user interface displays a sales workflow that includes at least a plurality of pre-defined steps of the sales cycle, and automatically tracks a completion status of each of the pre-defined steps with respect to each sales opportunity being pursued by a salesperson. The system automatically tracks the completion status displayed by the graphical user-interface by tracking actions that the sales person has taken in furtherance of the sales opportunity using the graphical user-interface.

Hybrid file delivery systems and methods divide one or more files into parts for transmission to plural user devices during a first transmission phase employing one or more one-to-many communication paths (e.g., broadcast or multicast), and then transmit missing file parts to designated user devices during a second transmission phase employing respective one-to-one communication paths. User devices are configured with specified criteria for when and how to report file delivery status to a file delivery center that maintains a database of target user devices, file delivery campaigns, and statuses of file delivery completion at the user devices. The file delivery center can employ the database information to determine cost benefit for delivery of a file using two different transmission modalities and control when to switchover to or commence the second transmission phase after the first transmission phase.

In a computer system, an architecture is disclosed for optimizing aspects of data movement operations by performing functions such as memory allocation and notification on hardware rather than software. In this environment, the claimed invention is a method and apparatus for ensuring the integrity of data movement operations from virtual memory. The invention monitors and detects Translation Lookaside Buffer (“TLB”) purges, a hardware-based operation whose occurrence signals that virtual-to-physical mapping has changed. Responsive to detection of a TLB purge during the set up or execution of a data movement operation, the claimed invention aborts the operation, and then enqueues corresponding completion status information to notify processors of the event.

An exemplary method includes a delivery management system 1) receiving data representative of an order to deliver a network circuit-based product to a customer, 2) tracking completion statuses of each of a plurality of workflow steps associated with the delivery of the network circuit-based product and each of a plurality of milestones each representing a distinct level of completion of the order, 3) automatically identifying, based on the tracked completion statuses, one or more workflow jeopardy conditions that affect a completion of one or more of the milestones, and 4) providing one or more notifications of the one or more workflow jeopardy conditions for presentation within a graphical user interface to a user assigned to the order. Corresponding methods and systems are also disclosed.

The present invention discloses a cloud-based house decoration platform. According to a preset classification manner, data in a building materials provider database and a service provider database is invoked to a display window. A user records information thereof to a user information library via an arbitrary terminal. A permission management module invokes data in the user information library and authorizes a permission range corresponding to the user. The user can search for or modify information via the display window within the permission range. 1. The degree of integration management of information data is improved via a sorting module. 2. Agreements are supervised together by setting an image uploading interface, thereby saving consumers energy and regulating construction procedures. 3. The completion status and the completion degree of each construction procedure are supervised by establishing an evaluation system, so that arbitration is directly performed by corresponding consumers, the evaluation system is more reasonable. 4. Classification is more diversely and explicitly performed by refining the database. 5. By setting some interactive functions, the degree of interactive communication of information is increased, and standards are regulated.

The invention discloses a method and a device for sending an incoming call reminder short message to a called terminal by a calling terminal. The method comprises: a step one that the calling terminal calls the called terminal; a step two that the calling terminal generates the incoming call reminder short message according to the completion status of the call; and a step three that the calling terminal sends the incoming call reminder short message to the called terminal. On the premise of not using a network value added server, the method realizes the function that the calling terminal sends a short message to remind the called terminal when failing to call the called terminal successfully.

A coexistence interference mitigation method is provided. In a wireless network, a wireless device is equipped with multiple radios in the same device platform. The wireless device also has a control entity that communicates with the multiple co- located radio modules. A first radio module receives a notification from the control entity. The notification informs a critical signaling status of a second radio module co-located with the first radio module. Upon receiving the notification, the first radio module stops uplink transmission due to coexistence interference and transmits a coexistence indicator to its serving eNB. After a certain period, the first radio module receives a second notification that informs a completion status of the critical signaling of the second radio module. Upon receiving the second notification, the first radio module resumes uplink transmission and transmits a coexistence resume indicator to the eNB.

A requesting device and a completer device are coupled via a high-speed serial interface within a computer system. The requesting device transmits a packet for a request transaction to a completer device. The completer device checks for error conditions in the course of servicing the request. If an error condition is found then the completer device transmits a completion packet with a completion status of something other than successful. The completion packet includes a completer identification field. The requesting device records the completer identification value and indicates in a register that a completion packet has been received with a non-successful completion status.

The present invention provides a reliable and high-speed data transfer method that achieves a high transfer efficiency and a high application processing efficiency concurrently and a disk control unit (disk controller) using such a method. In reliable data transfer in which, when data is transferred from an initiator to a target, the data received by the target is checked for validity by using an error check code attached to the data, a transfer status indicating whether the data is valid is returned from the target to the initiator, and, if a transfer error occurring during the data transfer is detected by the transfer status, the initiator retries to transfer the data to the target, a data transfer method for logical records that are units of data transfer between the initiator and the target is disclosed. This method is characterized in that: when each logical record transferred by a transfer request issued by the initiator arrives correctly on the target, the target posts a completion status corresponding to the transfer request for the logical record to a completion queue existing in the target; a plurality of logical records in a block are batch transferred; the initiator confirms the transfer status at every batch transfer; and, for each logical record that meets a predetermined batch transfer condition, the target posts a completion status corresponding to the transfer request for the logical record to the completion queue existing in the target upon correct reception of the logical record.

Mass storage devices and methods of operating thereof adapted for use with a host and for storing data thereof includes at least one non-volatile memory for storing the data, at least one volatile memory, a memory controller configured for reading and writing the data and metadata to and from the non-volatile memory and the volatile memory, and an auxiliary power supply, wherein the memory controller locates the data on the non-volatile memory with the metadata. When processing a write command that requires all data to be written to the non-volatile memory before confirmation is returned to the host computer system that the write command has succeeded, the mass storage device is configured to write the data to the non-volatile memory, write the metadata to the volatile memory, and once the both data and metadata are written, return a completion status of the write command to the host computer system.

Provided is a method for retransmission in a mobile communication system; and, more particularly, to an integrated operation method of Automatic Retransmission Request (ARQ) and Hybrid Automatic Retransmission Request (HARQ) in a mobile communication system. The method includes the steps of: a) shifting to a 2nd layer waiting status upon receipt of 1st layer reception failure information in a sending status that a fragment block of 2nd layer transmission data is transmitted to the a receiver according to the predetermined retransmission number; b) shifting to a 1st layer receiving status upon receipt of 1st layer reception success information in the sending status; and c) shifting to the transmission completion status upon receipt of the 2nd layer reception success information in the sending status.

The invention discloses a persistence method of workflow data in a workflow management system, which comprises the following steps that: after a workflow transaction is started, the resource is firstly locked; any persistence operation of an internal target of the workflow is completed by changing the workflow data inside a memory caching, and at the same time, a changing record is generated; the real data persistence operation is not performed when the workflow data inside the caching is changed and is delayed to be performed when the workflow transaction is submitted, i.e. when the workflow transaction is submitted, the data requiring persistence is obtained from the workflow data caching according to the memory caching changing record; and after the workflow transaction is submitted, the resource lock is released. The data of living examples which are in finished situation are backed up through via a scheduled task, so the processing efficiency and the current processing capacity of the workflow data persistence can be effectively improved.