151results about How to "Improve completion rate" patented technology

The invention discloses an order pushing method, device and system. One specific embodiment of the method comprises the steps of: receiving order application information, wherein the order application information includes order applicant information, order starting point position information and order terminal point position information; guiding the order applicant information into an order pushing model trained in advance, and carrying out matching to obtain at least one piece of recommended order processing party information, wherein the order pushing model is used for representing the corresponding relation between the order application information and the recommended order processing party information; and pushing the order application information to the processing party terminal corresponding to the recommended order processing party information. According to the invention, and the matching degree between the order applicant and the order processing party can be accurately determined, and the completion rate of the order is increased.

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.

Improving the frequency with which agents complete training in a call center or other constituent contact environment. Agents working in call centers are typically given periodic training to improve their skills. Training breaks are scheduled at various times throughout the day that can depend on the workload of the call center. However, often times the agents are unable to receive or complete their training during the scheduled training break due to unexpected work loads and other interruptions. The present invention enables monitoring and recording of whether training is received and completed during a training break. If the training was not completed, the training break is stored and rescheduled for a later time. The invention also facilitates completion of missed training breaks by providing spontaneous training breaks during periods of unexpectedly lower workload at the call center.

The embodiments of the application provide a method, a device and a system for processing goods transaction information. According to the method provided by one embodiment of the application, virtual warehouses are created for real warehouses, and when the sellable inventory of a first target real warehouse corresponding to an ordering user is less than the order quantity of the user, an inventory information set corresponding to the commodity is acquired, and a schedulable warehouse set satisfying the delivery time limit is screened out. Thus, the commodity can be sold, the achievement rate of transaction is improved, and the sales performance will not be affected.

The invention discloses an LED and a dispensing method of LED fluorescent powder. The dispensing method comprises the steps of: A, providing a bearing seat and an LED blue light chip, and fixing the LED blue light chip on the bearing seat through primer; B, respectively connecting the positive and the negative electrodes of the LED blue light chip with the positive and the negative electrodes of the bearing seat by using wires; C, mixing the fluorescent powder, nano powder and silicon gel according to a preset proportion to form fluorescent gel, and uniformly stirring; D, carrying out vacuumizing defoaming treatment on the fluorescent gel to eliminate remained gases in the fluorescent gel formed through mixing; E, coating the fluorescent gel on a dispensing position on the surface of the LED blue light chip at a dispensing height; and F, heating and curing the fluorescent gel coated on the surface of the LED blue light chip. The method has better effect on improving excitation efficiency of the fluorescent powder, uniformity of emitted light distribution and consistency of color temperature.

The invention relates to an online optimized scheduling method for workflow groups with deadline constraint in a mixed cloud environment. The method comprises the steps of: preferentially processing a workflow smallest and longest load capacity according to space-time correlations of workflows arriving in real time and a limit characteristic of the private cloud processing capability, increasing the workflow completion rate, and reducing the data transmission cost; based on characteristics of the workflows, dividing tolerance time for the deadlines in an equal-weighted manner according to subtask weights so as to meeting the requirements of deadline constraint and service quality; utilizing a greedy choice strategy to searching for a suitable example lowest in subtask execution cost increment on line, and further reducing the execution cost; and according to the characteristics of the mixed cloud environment, designing an integral mapping scheme from the workflows to the execution examples, and ensuring that the service quality of the workflows are met on line and the execution cost is simultaneously lowered. On the premise that the requirements of the deadline constraint of existing practical workflow groups are met, the online optimized scheduling method is capable of effectively improving the completion rate of the workflow groups, and the execution cost is substantially lowered.

The invention discloses an advertisement putting method and device for additionally putting advertisements to target crowds. The method comprises the following steps: users click a video player; the video player sends an advertisement playing request; video classifications corresponding to videos requested to be played are matched according to the videos requested to be played; whether high-priority advertisement putting mechanisms exist in the video classifications or not is judged; if high-priority advertisement putting mechanisms exist in the video classifications, the method is stopped; if high-priority advertisement putting mechanisms do not exist in the video classifications, the next step is implemented; whether put advertisement identification information exists on the user side or not is judged; if put advertisement identification information exists on the user side, the video player plays the videos requested to be played; if put advertisement identification information does not exist on the user side, the advertisements are put to the users for the first time by using the advertisements in the matched video classifications, and the advertisement identification information is built. Therefore, the method can precisely put the advertisements to the target crowds; besides, the finishing rate is not reduced, and the method can be flexibly combined with the other advertisement putting mechanisms.

The invention provides an intelligent traffic guidance method based on vehicle access cooperation. The method comprises the following steps: 1) detecting the spatio-temporal data of each road sectionand intersection in a jammed area in a urban road network by adopting floating vehicle data and fixing detector, and acquiring the spatio-temporal traffic data of the road network according to the related data of an electronic map; 2) dividing the urban road network by adopting a MFD-based urban road network guidance subarea dividing method; 3) acquiring cooperative guidance information by adopting a MFD-based urban road network guidance and boundary control cooperation strategy; and 4) publishing the cooperative guidance information by adopting a multi-terminal cooperative guidance information spatio-temporal publishing strategy.

A system embodied on a computer readable storage medium enhancing brand awareness, collecting data, or both is provided. The system has a content management system (CMS) in communication with a memory and configured to identify a brand of a plurality of brands and manage generated content, a task engine in communication with the CMS, the task engine configured to generate content, wherein the content comprises a plurality of gamified advertisements that are correlated to the brand, wherein a user interacts directly with the gamified advertisements, an action engine in communication with the task engine and configured to monitor user action and behavior, capture analytics as outputs, or both, and a rewards module in communication with the memory and configured to track user rewards based on achievement in the plurality of gamified advertisements correlated to the plurality of brands. A method for enhancing brand awareness and collecting data is further provided.

The invention discloses an optimization control method for multi-procedure conveyor belt feeding processing station system with flexible sites, which is characterized in that: a hierarchical decision making system with switching control and forward-looking cooperative control is constructed in conjunction with the concept of hierarchical control according to the features of a flexible site switching working mode; at first, an intelligent learning algorithm, which is suitable for average and discounted unified performance criteria, is constructed for the switching control of flexible sites using a performance potential theory to realize decision optimization, thus solving the problem of inter-procedure coordination; and secondly, the problem of intra-procedure cooperation is solved for forward-looking control using a multi-agent learning algorithm. According to the invention, the concept of hierarchical control is introduced to contrast a two-layer control system, thus enhancing the processing efficiency of system, improving the inter-procedure equilibrium and increasing the workpiece completion rate of system.

The invention relates to a traditional Chinese medicinal composition used for the cancer recovery stage. According to the traditional Chinese medicinal composition, Radix Astragali, Radix Codonopsis and Millettia dielsiana are used as main materials, traditional Chinese medicines of Chinese angelica, prepared rehmannia root, donkey hide gelatin and the like are added to enrich blood, activate blood circulation, fill essence and supply bone marrow, and many traditional Chinese medicines of Ligustri Lucidi Fructus, Polygonum multiflorum, wolfberry, Rhizoma Atractylodis Macrocephalae, Poria cocos, hyacinth bean, Cornus officinalis, Rhizoma Drynariae, chicken's gizzard membrane, green malt, dried orange peel and the like with functions of kidney tonifying, liver benefiting, spleen invigorating, body fluid generating, lung moistening, dehumidifying and food digesting are added, so efficacies of qi and blood supplying and benefiting, marrow breeding, spleen and stomach harmonizing, and evil eliminating because of qi supporting are reached. The traditional Chinese medicinal composition which selects medicinal and edible natural edible botanical medicines as raw materials contains various amino acids, vitamins and trace elements, and makes nutrients lost due to tumors and chemotherapies be replenished.

The invention discloses a mobile group intelligence sensing incentive method using a social network, which can be used for a mobile group intelligence sensing system with a shortage of registered users, especially a small number of active users. In this method, the system consists of three parts, task owner, social network and users. The task owner broadcasts the sensing task to his social neighbors through the social network, and the user submits a bid with a quotation to the task owner, and at the same time continues to broadcast the task on their social network to recruit more users to participate in group sensing. The task owner selects the winner from the users according to the user's quotation, and calculates the corresponding reward. For users who successfully recruit other users, this method calculates and pays the corresponding rewards to the recruiter. A mobile group intelligence sensing incentive method utilizing social networks proposed by the present invention satisfies individual rationality, profitability, computational effectiveness, authenticity and time sensitivity.

The invention provides a multi-satellite task planning method based on K-means clustering, the method comprises the steps of: S1, collecting task requirements of users T= {t1, t2, t3... Tn}, and obtaining an orbital working time set O= {o1, o2, o3,... Om} corresponding to each circle of sun illumination region of all currently available satellites;S 2, calculating the distance Disij between the task ti and each element oj in the set O, forming a distance set D= {di1, di2, di3... Din} between the task ti and the orbit set O, and clustering the task ti to the orbit k, Disik=Min (D) which is theshortest distance from the orbit set O; S3, judging whether the current clustering scheme sk belongs to the set S= {s1, s2, s3,... Sz}, outputting the clustering scheme sk if sk belongs to S, otherwise adding the scheme sk to the scheme set S, and returning to step S2. By analyzing the factors affecting the assignment of multi-satellite tasks and quantifying these factors and by using the K-meansclustering algorithm, a multi-satellite cooperative task assignment scheme is designed, which has fewer iterations and faster computational speed, and can meet the constraints of time complexity for large-scale optimization problems, and greatly improve the quality of imaging, and improve the completion rate of the task.

The embodiment of the invention provides an order allocation method, server equipment and a storage medium. According to the embodiment of the invention, when the freight order is distributed, for thecandidate drivers willing to receive the order, the target driver is selected for the freight order according to the service willing scores of the candidate drivers, and the freight order is distributed to the target driver. The order allocation mode can allocate freight orders to drivers with good reputation and strong service willingness, the probability that the drivers cancel the orders by themselves can be reduced, the completion rate of order allocation can be improved, and the freight efficiency can be further improved.

A fast roaming system for changing, in a short period of time, the connection to a roaming destination AP (access point) providing a better communication environment, and for improving a roaming completion rate. In response to a search process performed by a mobile terminal, individual APs transmits AP data required for roaming directly to the mobile terminal. The mobile terminal performs the passive scanning search or the active scanning search for the peripheral APs at short time intervals, and obtains and stores the latest AP data in an AP data table. As a result, only the latest data for the connectable peripheral AP can be stored as a roaming destination in the AP data table. Furthermore, since the order condition is set by the mobile terminal to select the roaming destination AP, there is a high probability that the roaming is completed when the peripheral AP is first selected. Therefore, only a short period of time is required until the roaming is completed.

The invention relates to an intelligent civil case prediction method combining spoken language description and question answering. The method comprises the following steps: S1, receiving a spoken language case description input by a user; S2, determining a consultation intention of the user according to the spoken language case description; S3, detecting whether the feature content is complete ornot according to the consulting intention, if yes, executing the step S4, and if not, prompting the user to supplement the corresponding feature content; and S4, calling the prediction model to outputa corresponding consultation result to the user according to the complete feature content. A pure question and answer mode is converted into a mode of supplementing and combining a small number of questions based on oral description, so that the number of the questions needing to be passively answered by the user is reduced, and the user experience and the completion rate are improved.

A space station belongs to the technical field of communication base station and comprises a tower and a modular computer room. The tower penetrates through the modular computer room with a stereoscopic structure, and a cavity for holding base station equipment is formed between the inside of the modular computer room and the tower. The space station is simple in structure and reasonable in design, the modular computer room is fixedly arranged on the tower, construction area of a base station is reduced, a panel of the modular computer room can be combined with a billboard, resources can be shared, and energy conservation and emission reduction can be realized.

The invention provides a virtual constellation-based resource alliance construction method for a cooperative task, and relates to the field of satellite resource organization. The method comprises thesteps that when a virtual constellation management and control system receives a to-be-processed task, a plurality of satellites are selected according to demand information of the to-be-processed task to form a candidate satellite set, one satellite is randomly selected from the candidate satellite set to serve as a satellite leader, and the to-be-processed task is sent to the satellite leader;When the satellite leader receives the to-be-processed task, the pursuit interest degree, reliability, timeliness and income value of each satellite in the candidate satellite set are calculated for the to-be-processed task; an objective function is determined; And a satellite alliance corresponding to the to-be-processed task is determined according to the objective function, and executing the to-be-processed task by utilizing the satellite alliance. According to the invention, satellite resources can be effectively organized and optimized.

The embodiment of the application discloses a method and apparatus for processing commodity object transaction information. The method comprises: a corresponding out-of-stock-selling virtual warehouse is established for each entity warehouse in advance and an inventory center server stores an inventory information record of a commodity object participating in out-of-stock selling; a front-end sales platform server determines location information of a second user when receiving a detail browsing request for a target commodity object by a second user client, and determines whether the target commodity object carries an out-of-stock-selling identifier; if so, a request of obtaining inventory information is sent to the inventory center server s; and according to the inventory information returned by the inventory center server, pre-posed routing is carried out on the target commodity object, wherein pre-posed routing is carried out by using the entity warehouse preferably and the out-of-stock-selling virtual warehouse is used for pre-posed routing when no entity warehouse available inventory is provided. Therefore, the transaction yield rate can be improved and system resources can be saved.

The invention discloses a transformer substation grounding grid digital management system. The system comprises a transformer substation information management system. The system comprises five subsystems, namely a grounding grid information management system, a detection personnel information management system, a grounding grid corrosion diagnosis system and a historical monitoring information management system, the subsystems are all connected with a remote database server, an appointed page is accessed through a browser to upload measurement data, and rapid calculation of corrosion diagnosis is completed through a remote calculation server; Through combination of a client and a server, a user can carry out transformer substation operation. information management of a grounding grid anddetection personnel; Corrosion diagnosis and historical data analysis of the grounding grid are achieved, finally informatization management, digital management and visual management of the transformer substation and the grounding grid are achieved, the operation state of the grounding grid is comprehensively mastered, continuous tracking and prediction of the corrosion state of the grounding gridare achieved, and critical data support and decision basis are provided for life prediction of the grounding grid.

The invention discloses a wireless sensor task distribution method based on a contract network. The wireless sensor task distribution method comprises the steps of: S101, clustering common nodes in the network, wherein the common nodes are classified into high-level nodes and low-level nodes; S102, generating a task by a task release node and performing a bidding process between the task release node and the high-level nodes; S103, releasing a bid inviting letter to the managed low-level nodes managed by the high-level node winning the bid; S104, judging whether the low-level nodes are in accordance with a requirement by the low-level nodes per se, determining whether to submit a tender according to the self conditions of the low-level nodes, if determining to submit the tender, turning to S105, or else, dropping out of the tender submission; S105, when the low-level nodes submit the tender, predicting conditions during bid winning and writing the conditions into biding documents; S106, judging whether a bid submission time limit is exceeded or not by the high-level node, if not, continuing receiving tender books, and if so, stopping the receiving of the tender books; and S107, selecting the proper low-level node by the high-level node, and granting the bidding document to the selected low-level node so as to complete a binding process. According to the invention, the energy consumption of the network and communication conflicts can be reduced, and the task completion rate and the completion quality can be increased.

The present invention relates to a method of treating patients with solid tumors, leukemias, and other malignancies using a combination of zosuquidar and a calicheamicin-antibody conjugate, such as Mylotarg. The invention is also directed to pharmaceutical formulations comprising zosuquidar and calicheamicin-antibody conjugates. The formulations are particularly effective in treating relapsed Acute Myelogenous Leukemia (AML) and metastatic breast cancer.

Methods and systems are provided for conducting a diagnostic routine of the fuel vapor system using pressure generated by raising or lowering a vehicle body element such as a hood or a trunk. In one example, by utilizing lift gate cylinders coupled to the hood or trunk, during raising a hood or trunk, the fuel vapor system may be evacuated and during lowering the hood or trunk, the fuel vapor system may be pressurized. A change in vacuum or higher pressure in the fuel vapor system may be monitored over a time period to detect any undesirable evaporative emissions from the fuel vapor system.

The invention relates to a portable field power consumption inspection device and a power consumption data acquisition method. The portable field power consumption inspection device is characterized in that a central processor is connected with a touch screen, a color TFT display screen, a wireless and cable data carrier module, a power supply management module and a user information acquisition module; the user information acquisition module is connected with an external expansion drive module. The customer basic information in an electric power informatization system is regularly led in, so that the field inquiry can be conveniently realized, and the inconvenience of carrying a plurality of work orders on site can be avoided. Meanwhile, under the situation that the customer on-site equipment is changed, data can be recorded in the on-site power consumption inspection device of the portable device, by implementing the design of a communication conversion module circuit, the noncontact acquisition of on-site data can be realized for the on-site cable acquisition data, then the on-site data is led into the electric power informatization system, the system can be updated in real time, and reading of an electric energy meter can be carried out by utilizing infrared rays or RS485, so that convenience and error in manual meter reading can be avoided, and comparison can be carried out in time.

The present invention relates to a method of treating patients with solid tumors, leukemias, and other malignancies using a combination of zosuquidar, daunorubicin, and cytarabine. The invention is also directed to pharmaceutical formulations comprising zosuquidar, daunorubicin, and cytarabine. The formulations are particularly effective in treating relapsed Acute Myelogenous Leukemia (AML).

The invention relates to methods and systems for prediction of sensor response time. Methods and systems are provided for predicting response time of a particulate matter (PM) sensor and resetting the PM sensor upon completion of response time prediction, independent of actual or predicted soot load on PM sensor. Soot accumulation data collected during steady state vehicle operation may be fitted with a time-based polynomial function and sensor output and regeneration schedule may be estimated from the curve fit even if the overall signal is noisy.

The present invention relates to a method of treating patients with solid tumors, leukemias, and other malignancies using a combination of zosuquidar, daunorubicin, and cytarabine. The invention is also directed to pharmaceutical formulations comprising zosuquidar, daunorubicin, and cytarabine. The formulations are particularly effective in treating relapsed Acute Myelogenous Leukemia (AML).