229 results about "Completion rate" patented technology

A system and method for decreasing the route convergence time in a wireless communication network, such as a wireless ad-hoc peer-to-peer network, by finding an alternate route if the nodes anticipate weakening or breakage of a route currently in use. The system and method which enables reactive routing protocols to find optimal routes between nodes in these types of networks when those routes cannot otherwise be found in certain conditions. The system and method thus decrease the route convergence time, provide an effective and efficient way to find optimal routes, and improve overall performance of the network with regard to throughput, delay, packet completion rate and other factors.

Embodiments of the present invention are directed to novel techniques for showing the progress of an automated computer process, particularly through a graphical user interface (GUI). Graphical status displays are employed which show graphical time-based information, such as rate and estimated time to completion, as well as a completion portion of an automated computer process. A remaining time indicator can be shown as a time scale for the graphical completion indicator. Instantaneous and historical rate information may be graphically displayed in various novel displays.

A method for converging on a route through a radio frequency (RF) communications network, that includes multiple nodes, includes (a) identifying all RF links between each node in the RF communications network; (b) determining a connectivity confidence interval for each RF link by: (aa) developing a calculated signal to noise ratio using a radio frequency communication link propagation loss model; (bb) determining a threshold signal to noise ratio based on a predetermined RF packet completion rate; (cc) determining a standard deviation value based on a signal strength and a noise level at a signal receiving node; (dd) calculating a Z number, associated with a normal distribution table which is based on the threshold signal to noise ratio minus the calculated signal to noise ratio with that result being divided by the standard deviation value; and (ee) assigning a CCI probability value based on said Z number. The method further comprises (c) setting a predetermined connectivity confidence interval minimum; (d) comparing each connectivity confidence interval for each RF link to the predetermined connectivity confidence interval minimum to determine which are greater than or equal to the predetermined connectivity confidence interval; (e) assembling each RF link corresponding to each connectivity confidence interval that is greater than or equal to the predetermined connectivity confidence interval together to identify various routes through the RF network; (f) calculating a resultant connectivity confidence interval for each route by multiplying together each connectivity confidence interval for each RF link of each particular route; and (g) comparing each resultant connectivity confidence interval to identify the route with the greatest resultant connectivity confidence interval. An apparatus for carrying out such a method is also presented.

The invention discloses a multi-imaging satellite emergency task dynamic scheduling method. In order to solve the technical problem, the multi-imaging satellite emergency task dynamic scheduling method is invented to realize a scheduling target on the premise of satisfying the limitation. According to the technical scheme, the multi-imaging satellite emergency task dynamic scheduling method comprises the steps of: synthesizing adjacent target unit tasks located in one field range of a satellite sensor based on task classification; if the allocation of the synthesized tasks is failed, taking out the unit task with the maximum priority in the synthesized tasks through a restoration way for synthesis to therefore decompose the task into a synthesized task and an independent task with more imaging chances; meanwhile, establishing an available time slot in a new task insertion process; moving tasks in a waiting queue backwards; and obtaining a time slot satisfying with the implementation of newly inserted task when the waiting tasks are executable, thereby further improving a scheduling efficiency. By the adoption of the multi-imaging satellite emergency task dynamic scheduling method, tasks can be synthesized, the performing sequence and the performing time of the tasks are adjusted dynamically, imaging time of the satellite is reduced, and accomplishment rate and schedulability of the tasks are improved.

The invention provides a monitoring and early-warning system of an enterprise project executing schedule. A task managing module is used for recording basic information of a task according to a task record distributed by a project managing module; a schedule module is used for calling all the basic information of the task managing module to obtain the task which is responsible for by a certain executor and the executor obtains a task current finishing rate according to the current finishing condition of the task; an execution and feedback module is used for recording the task current finishing rate fed back by the executor and recording starting time of the task executed by the executor, and current time corresponding to the current finishing condition of the task; a user behavior analyzing module is used for calling the basic information of the execution and feedback module and the task managing module to process to obtain a time schedule rate of finishing the task; an execution schedule of an enterprise project is monitored and easily warned through the task current finishing rate and the time schedule rate of finishing the task; and a manager can supervise and urge the execution of the project to find the problem of the developing project in time, so that the production efficiency is powerfully improved.

A multithreaded microprocessor includes a thread scheduler and voltage-frequency scheduler (VFS). The thread scheduler uses application-specified QoS requirements, which include required instruction completion rates, and instruction completion information from execution units to schedule the priorities of the threads at which the thread scheduler issues instructions to the execution units. Concurrently, the VFS uses the instruction completion and QoS information to calculate an aggregate utilization of the microprocessor by all the active threads when it is time to scale the voltage-frequency. The aggregate utilization is an effective measure of the amount of work left to be performed relative to the rate requirements. The VFS scales the voltage-frequency based on the aggregate utilization.

Systems, methods, and media for managing the print speed of a variable speed printer are disclosed. Embodiments include a print controller system having a raster image processor for rasterizing a print job to create a plurality of rasterized pages and a printer controller buffer for storing one or more of the rasterized pages. The printer controller buffer may also transmit at a print engine feed rate the one or more rasterized pages to a print engine. Embodiments may also include a speed control module in communication with the printer controller buffer for determining the print engine feed rate. Further embodiments may include the speed control module determining the print engine feed rate based on one or more of page processing times, page arrival rates, estimated print completion rates, and the number of pages in a print engine buffer.

Methods and systems are disclosed for developing a software application through requirements specification, design, effort estimation, assigning and tracking work items, development, testing, collaboration and project management. The system is structured as an integrated software development system allowing for structured, systematic and user friendly set up of requirements specification (including workflow, user interface, business rules and integrations), technical design for UI features and integrations using design patterns, automated effort estimation, automated story card and task creation. The system also provides a novel, audio-video playback capability for workflow visualization. Further, the system provides visual depiction of defects and changed items side-by-side with requirements, as well as predictive modeling of defects that allows for forecasting of defect completion rate. In the preferred embodiment, the system is delivered as a multi-tenant Software as a Service.

The invention discloses a calling method in wireless communications system and a device hereof; the method of the invention comprises the following steps that a base station codes the calling information of object terminal into at least an HARQ data sub-package; the base station dispatches the HARQ data sub-package to at least one frame in the calling period of the object terminal for broadcasting according to the distributed resources of the HARQ data sub-package or the resources of the object terminal negotiation. By adopting the invention, the performance for receiving call information and the call completion rate could be increased; at the same time, call delay could be reduced and the service quality for users could be promoted.

The invention discloses a hierarchic scheduling method for service and resources in a cloud computation environment, which comprises the stages of submitting a user request, partitioning task units, defining a computation model, defining a storage model, defining a service analysis process, a service scheduling process and a resource scheduling process, evaluating the scheduling and the like, specially comprises the steps: defining and applying a mathematic model of a service combination file into the cloud environment; firstly analyzing the service combination file so as to determine the service priority; and classifying tasks by utilizing a resource pool, executing service through operation characteristics by using a proper resource allocation method, wherein the scheduling method considers data locality and related service completion rate. Observing from simulation experiments, according to the hierarchic scheduling method, the resource utilization rate can be improved, and a higher service completion rate can be realized compared with the default FIFO (First-In First-Out) scheduling of Hadoop. According to the method provided by the invention, the requirements of users and service providers can be met through high-efficiency scheduling and the reallocation of priority.

The invention discloses a high-voltage business expansion overall process management and control system of power marketing, and relates to a management and control system. Business expansion management work is one of the traditional core businesses of a power supply enterprise, the work developing and finishing situation of the business expansion management work directly affects the brand image and the client service level of the power supply enterprise, and a situation that the business expansion management work is manually carried out can not meet development requirements along with the increase of data. The high-voltage business expansion overall process management and control system comprises a workbench function application module, a project plan management module, a project execution management module, a project tracking management module, a mobile terminal synergy APP (Application) module and a project analysis management module. The technical scheme is cooperated with a management responsibility to develop a business expansion multi-department united cooperative flow and establish a projectized plan management mechanism, a traditional business expansion mode is optimized and improved to develop the overall process management and control of each link of the high-voltage business expansion and realize milestone node management so as to shorten the power connection time of a client, improve the volume completion rate of the high-voltage business expansion and the client review satisfaction rate of the high-voltage business expansion.

A construction progress visualization system, comprising of a scaffolding model creating-unit for creating an area and a form of scaffolding required for a construction operation based on a 3D CAD model and a construction schedule data; a scaffolding schedule extracting-unit for extracting scaffolding schedule data regarding the scaffolding from the construction schedule data; a scaffolding display form determining-unit for determining a completion rate of the scaffolding on a visualization-target date based on a relationship between the visualization-target date and the scaffolding schedule data, and obtaining a display form of the scaffolding; and a display process unit for displaying, concurrently with the CAD model, the scaffolding area based on the obtained display form of the scaffolding.

The invention provides a traffic resource scheduling method and a predictive scheduling device, which relate to the field of IP call centers and aim at scheduling traffic resources of the IP call center, improving the traffic resource scheduling accuracy and avoiding mismatching between the traffic amount accessed by a resource group and an agent number of the resource group to a certain degree. The method comprises steps: the predictive traffic amount accessed by a first resource group in a preset time duration is predicted; according to the predictive traffic amount, the traffic resource number of the first resource group and a traffic resource ability value, the predictive call completion rate of the first resource group in the preset time duration is calculated and acquired; according to the predictive call completion rate, the target call completion rate of the first resource group in the preset time duration, the predictive traffic amount and the traffic resource ability value, the predictive resource gap number of the first resource group is calculated and acquired; and according to the predictive resource gap numbers of the at least two resource groups in the N resource groups, the traffic resources of the at least two resource groups are scheduled.

The invention relates to the technical field of charge management of vehicles, in particular to a method for orderly charging an electric vehicle based on TOPSIS sorting. The method includes the stepsof collecting electricity load information, parking lot information and electric vehicle index information in the residential area; monitoring the state of charging piles in a parking lot, and updating the number of available charging piles according to the current residential area load; judging whether the current time belongs to the charging time in the time strategy, setting the number of available charging piles to 0 If it is not a charging period, and sorting the charging sequence of the electric vehicle by the TOPSIS method If it is a charging period; outputting the orderly selection scheme of the current moment so that the charging piles work according to the selection result, and repeating the information collection step for circulation. The method for orderly charging the electric vehicle in the residential area based on the TOPSIS sorting can reasonably arrange the orderly charging of the electric vehicle while ensuring that the load in the residential area does not exceed the limitation, not only improves the completion rate of the charging and saves the charging cost, but also is conductive to an application of the electric vehicle charging in the residential area witha tight distribution power.

The invention relates to an order processing method and a system. The method includes the following steps: checking the commodity inventory according to an order received, wherein the order includes an order identity and the name and number of each commodity; when the number of a commodity in the order is greater than the number of the commodity in the inventory, determining the order as an out-of-stock commodity order, and acquiring an order customer identity in the out-of-stock commodity order; sending an order modification request to a terminal represented by the order customer identity, wherein the order modification request includes a recommended commodity provided according to the out-of-stock commodity; and receiving an order modification confirmation message, modifying the out-of-stock commodity order according to the order modification confirmation message, and acquiring a modified order. According to the order processing method provided by the invention, recommended commodities can be provided for order customers, and an order can be modified after generation. Therefore, the success rate of picking by order and the completion rate of orders are increased, and the degree of satisfaction of order customers is enhanced.

A novel network arrangement and method for handling sessions or calls in a communications network is provided. More particularly, a novel network arrangement and method for avoiding “ghost calls” in IP based communications networks for achieving higher session completion rates is provided. An inventive network arrangement comprises at least the following: a session border controller for monitoring and/or controlling available resources for sessions involving a user terminal and for determining a busy condition if a new session's resource requirements are in excess of the available resources; and an application server for intercepting a busy notification generated towards the new session's origination in response to a busy condition, the application server further configured to either generate a notification towards the new session's destination or redirect the new session to a different destination.

The invention discloses a system and method for alerting and supervising an employee's each work node. The system includes a PC terminal and an APP terminal which have same functional modules therein that are correspondingly associated. The PC terminal and the APP terminal each has an organization configuration module, an alert setting module, a supervision setting module, a performance setting module and a performance module. The system, in accordance with the employee's each work flow, sets alert nodes, and a supervision item of each work flow. When an alert node is triggered, the system sends an alert notice to an alert object. If the employee does not handle work in time and even delays a certain time period, the system sends a supervision alert to a boss. The system associates the employee's progress of handling each work with his/her performance, conducts statistics on the employee's work progress and work completion rate, and conducts accounting based on the employee's work completion rate. According to the invention, the system and method for alerting and supervising the employee's work nodes realize intelligence of alerting and supervising company employee and increases employee's initiative to work.

The invention provides an equipment monitoring and diagnosing method, comprising the following steps of obtaining a vibration signal of the equipment under a fixed rotation speed; calculating the characteristic value complying with Gaussian distribution within the corresponding frequency width range according to the vibration signal so as to establish at least one benchmark line; subsequently judging the normality or abnormality of the equipment according to the benchmark line, the corresponding frequency width range and the characteristic value; therefore, if the vibration signal exceeds the benchmark line of safe range, the abnormality and failure type can be diagnosed and recognized; and furthermore, the aim of owning the automatic monitoring and diagnosing and learning capabilities can be realized. Furthermore, the equipment monitoring and diagnosing method does not need to consider all failure types that may occur in the whole service life of the equipment so as to greatly reduce the development scale and difficulty of the failure monitoring and diagnosing system, thus improving the visualization of the equipment condition and increasing the completion rate of the equipment.