96 results about "Policy making" patented technology

The invention is an application for teams of information workers, their managers, and human resources professionals to evaluate and raise performance based on communication metrics and norms of behavior within a team. A model and management Web pages enable users to collectively set norms of behavior, communicate, make decisions, set roles and goals, receive evaluations according to their norms, and in other ways conduct interpersonal relations in a business context. Modules acquiring data from email and document management systems, groupware, directories, and other information sources are included. Said information is joined with the invention's internally generated data. An expert system generates observations and advice permitting the team to more appropriately deploy information, adhere more closely to its norms, and lessen stress caused by interpersonal friction. Management is provided a means of assessing teams, setting policies, and defining parametric ranges for norms.

The disclosed solution provides a tailored user experience available through a Web portal that addresses the multiple-view, multiple-data needs of operations, supervisory, policy making, and executive personnel of an organization. These various roles can all be concerned with measurement / assessment of an organization's compliance with performance targets, for which real-time, near real-time or other metrics are gathered. The metrics can be presented in a role tailored fashion to the portal users in near real-time along with federation of analysis and trend calculation output. Business logic can be applied to the federated data and near real-time metrics to automatically effectuate actions and / or to suggest responses when received metrics exceed previously established boundaries. Collaboration tools and Web 2.0 information sharing technologies can be integrated in the portal to facilitate rapid coordinated responses and to share information across the organization.

The invention discloses a method and a system used for determining well control dynamic reserves of a shale gas well. The method comprises the steps of obtaining an initial formation pressure of a shale gas reservoir, and calculating a well bottom flow pressure through structure data and production data of the gas well; establishing a first interpolation table based on a conversion relationship between a pressure and a pseudo-pressure to establish a corresponding relationship between the pressure p and the pseudo-pressure m(p); establishing a second interpolation table based on given basic parameters and Za(p) defined by a matter balance equation of the shale gas reservoir to establish a corresponding relationship between the pressure p and a ratio of the pressure p to Za(p); and based on the initial formation pressure, the well bottom flow pressure and the production data, determining the well control dynamic reserves of the shale gas well by adopting the first interpolation table, the second interpolation table and a productivity equation. According to the method and the system, a shut-in pressure is not needed to recover an evaluated average formation pressure in calculation; and a calculation result is suitable for various applications such as reasonable shale gas well production allocation, reasonable development technology policy making, development scheme optimization and the like.

The invention provides an energy consumption management method for an embedded system, implemented by dynamic power supply management support module, comprising: policy management module, idle detection module, and performance detection module, where the policy management module makes effective power supply management at system layer so as to implement system performance and power saving, and gives attention to idle state and executed load of system, and self-adaptively regulates equipment idle time according to system task executing state and makes the system enter a corresponding low-power state when the idle time continues to a certain extent; the idle detection module provides idle information of CPU and operating system and monitors the idle thread or activity of a given working load in the operating system and provides policy-making parameter information for the policy management module; and the performance detection module monitors CPU utilization ratio and utilization conditions of main memory and provides accurate executed load information for the policy management module.

The invention relates to the field of the plan and the design of energy systems, and discloses a multi-energy complementary distributed energy system and an equipment configuration and operation optimization method thereof. According to the multi-energy complementary distributed energy system and the equipment configuration and operation optimization method thereof, energies such as fossil energy, unemployed energy, and renewable energy etc. are converted by the adoption of energy conversion technologies such as the conventional generation technology, the renewable energy technology, the cogeneration technology or the thermal technology etc., the requirements of terminal loads such as electric power, refrigeration, heating, and hot water etc. are satisfied, defects of single energy carrier and single energy supply technology in the prior art are overcome, the coupling utilization mode of a plurality of distributed energy supply technologies is provided, and energy complementation is formed. Further, during system equipment configuration and operation optimization, an established optimization model comprehensively considers equipment performance, policy indicators or economic indicators and combines economic, environmental, and policy boundary conditions, the problem of decoupling of equipment type selection and operation strategy in the prior art is solved, and scientific basis is provided for relevant policy making.

The invention relates to a vehicle dynamic navigation service system based on A-GPS and 3G network, which consists of a dynamic navigation service platform and a dynamic navigation terminal. The dynamic navigation service platform, the 3G network, the A-GPS positioning platform and the dynamic navigation terminal are interconnected to eachother, and perform navigation calculation utilizing the real time traffic information from traffic information center; the navigation result can be fed back to the traffic control center for optimizing the traffic control; the navigation service platform itself integrates the capabilities of dynamic navigation calculating, road geographic information processing, multi-source isomeric real time road condition information processing, navigation data statistics analyzing and policy making supporting, user managing and interface information processing; the dynamic navigation calculating process comprises track jam judgment, traffic flow prediction, dynamic path program and traffic Induction, travel time estimation and map-matching; and the dynamic navigation terminal supports 3G honeycomb communication, A-GPS positioning, memory, dynamic navigation client software and man-machine interface.

The invention discloses a method for predicting the bus taking passenger flow. The method comprises the following steps: 1, collecting card swiping data of IC cards of passengers, and recording positional information of a bus in real time; 2, obtaining names of stops which the bus passes through and time when the bus arrives at and leaves the stops; 3, obtaining the names of the stops where the passengers take the bus, the time when the passengers take the bus and bus information; 4, judging the stops where the passengers get off the bus; 5, calculating OD data of bus passenger flow and passenger flow in traffic zones according to OD data of daily outgoing of the passengers, and multiplying the OD data of the bus passenger flow with the outgoing coefficient, so that OD data of passenger flow of all bus routes are obtained, then obtaining the outgoing characteristics of all the passengers, and predicting the bus taking passenger flow in the future time according to the outgoing characteristics. By means of the method, the technical problem that the bus taking passenger flow is not easy to predict in real time is solved, and great guiding significance is achieved for making bus dispatching plans and optimizing urban public transportation systems and assisting in bus operation policy making.

The invention relates to a network service control method, where the network service is transmitted between terminals through policy executing point, and the method comprises the steps of: (a) policy executing point obtains dynamic depth data packet detecting policy from policy making point; (b) the policy executing point processes data stream coming from terminals according to the detecting policy. And it also provides a network service control system. And it implements differentiated quality of service assurance for different users to use network services; besides, it implements control of network services, thus reducing network operating cost.

The invention relates to the field of industrial cluster information integration services, in particular to a geographic information system (GIS)-based industrial cluster information integration and service method and an information integration service system adopting the same. The system mainly comprises a spatial information management subsystem, an attribute information management subsystem, a data element input subsystem, a spatial analysis and policy-making subsystem and a system management and maintenance subsystem. The GIS-based industrial cluster information integration service system and the GIS-based industrial cluster information integration method of the invention have the advantages of introducing advanced GIS technology to realize the mapping and corresponding of spatial information and many kinds of attribute information and meet the requirements of system users on the advancement, accuracy and timeliness of geographic information and technical information, and visibly, conveniently and fast providing the public service support of the resources of geographic orientations, equipment, technology, processes, products and the like for enterprises in and among clusters by utilizing content-based information processing technology and performing intelligent analysis through networks.

The invention relates to a system structure of power generation group-level hydro-power generating unit distributed state monitoring and diagnosis platform construction. The system structure includes an overall technical architecture, a business architecture, an information / data architecture, an application architecture, a technical architecture, infrastructure and the like. According to a platform, based on unified codes, three levels of data centers are established to realize distributed data acquisition, storage and application; data are divided, pushed and extracted according to data characteristics and application requirements, so that network communication pressure and data maintenance quantity can be can effectively reduced, and therefore, the real-time performance of the data can be enhanced; application modules of the platform provide an application market which can provide application services for 9 levels of user roles according to needs; and mutual communication and sharing of information such as monitoring data, control dispatching, diagnosis results and policy-making instructions between a monitoring and control system, a regional centralized control analysis and diagnosis system and a group monitoring and diagnosis system of a station can be realized, and solutions can be provided for the power generation group-level hydro-power generating unit distributed state monitoring and diagnosis platform construction.

The system comprises: service management server, local stream-media server and terminal. The service management server comprises: a policy-making module and a list-sending module; the policy-making module is used for making advertisement playing policy; the list sending module is used for sending down the program playing list according to the advertisement playing policy. The local stream media server comprises a service operation module used for sending the advertisement content to the terminal based on the requirement of the advertisement and the request from the service management server. The method comprises: making the advertisement playing policy; sending the program playing list; sending the bit-stream containing the advertisement content.

The invention discloses a method of carry on the real-time monitoring by applying triaxiality landscape simulation, this method includes: inducts the DEM terrain document, again chooses the terrain texture block, produces triaxiality terrain; Inducts the surveying data, produces triaxiality model; Inducts 3DMAX triaxiality model; carries on triaxiality dynamic visible browsing; circulation step three and four, realizes triaxiality landscape simulation real-time monitoring. This invention method of using triaxiality landscape simulation carries on the real-time monitoring to be able to fast, accurately to locate the spatialtriaxiality object, can really re-appear the triaxiality landscape in the real-time monitoring process, and provides policy-making support for the effective management.

The present invention discloses a resource reservation method, a billing failure processing method and a policy making point. Wherein, a network element receives service requests from users, requiring a resource reservation policy from a policy making point. The policy making point formulates a resource reservation policy according to account data of the user and returns the resource reservation policy to the network element. Thus, the network element executes the resource reservation policy to reserve resource for the user. The policy making point conducts resource reservation according to account data of the user, thus avoiding influencing services due to failure to take user account data variation into consideration for prior arts, ensuring more overall resource reservation basis and better customizing course of resource reservation.

The invention relates to a risk evaluation method for a self-elevating type ocean platform. The risk evaluation method includes steps of structural reliability analysis under extreme load, reliability analysis of structural fatigue, structural reliability analysis of platform piles, risk analysis of ship collision and risk analysis of fire disaster explosion. The risk evaluation method for the self-elevating type ocean platform effectively fills the blank in risk evaluation methods for the self-elevating ocean platform in the prior art, provides technical support for determining and policy making in design and construction stage of ocean engineering, and guarantees safety and reliability of the self-elevating platform to the greatest extent.

The invention discloses a geological carbon dioxide sequestration structure and sequestration method and belongs to the technical field of carbon dioxide sequestration and environmental protection. The carbon dioxide produced in industrial production is recovered in a centralized mode and injected into abandoned oil fields and gas fields to make carbon dioxide and underground water generate a solid carbon dioxide hydrate, and the sequestration and emission reduction purposes are achieved. The carbon dioxide hydrate related in the invention has the characteristic of containing ultra-volume gas and can be safety saved under the stable geological conditions verified over thousands of years, and the leakage risk is greatly reduced. In addition, a well area device for oil and gas extraction injects carbon dioxide to the position 300-500 meters away from the ground, and the sequestration cost is greatly reduced. In consideration of policy making and implementation for carbon dioxide emission reduction in our country or even throughout the word, the geological carbon dioxide sequestration structure and sequestration method has a very wide market space.

The urban public transport management provides technical support for the improvement of policy making and transport management efficiency. Therefore, the technical scheme of the invention is that the platform is formed by large-scale autonomous Agent loose coupling, thereby forming an MAS (Multi-Agent System). A commuter Agent represents a resident who needs to go out on duty at a morning peak. A basic mode of the platform is to measure the commuting cost after commuting when a person takes a bus to a working area for work in each simulation day, and to update an experience database and knowledge. The platform is mainly used for public transport management.

The invention discloses a thermal power pollution factor control method of air fine particles. The method includes the steps that data related to production of thermal power plants are obtained from the power production department, meteorological and PM2.5 monitoring data are obtained from the environment protection bureau, influences of pollutants emitted by one single thermal power plant on PM2.5 are calculated quantitatively, and an analysis model of the influences of one single thermal power plant on surrounding environment pollution is built; model superposition is carried out on the single thermal power plants to form thermal power generation emission PM2.5 quantitative analysis model around a city, and thermal power PM2.5 pollution around important cities even larger geographic areas is analyzed quantitatively; prediction and quantitative calculation are carried out on pollution emission by means of power generation amount of the thermal power plants, the production process and environment parameters to obtain quantitative priority of thermal power plant government. By means of the method, the influences of the pollutants emitted by thermal power enterprises around the city on PM2.5 are quantitatively analyzed, prediction of a week level and a month level of the PM2.5 value in the important city area is carried out, bases are provided for the government to make policies, and environment protection is achieved while production is guaranteed.

The invention discloses a passport authentication system which realizes different authentication policy making according to different idiographic situations by using SDK (software development kit) in a login server, and balances the user login requests according to real stress. Meanwhile, the passport authentication system divides the authentication databases into a master database dedicated for , a slave database dedicated for , and a synchronous database connected with the master database and the slave database by star type connection; thus reduces the stress brought by large authentication data stream during authentication. The passport authentication system of the invention realizes the purpose of authentication stress balancing, and can be developed based on the original authentication system; thereby saves the cost of developing and realizing, and is easy to be realized.

The invention discloses a method for predicting wheat grain output based on chlorophyll fluorescence and its model construction method, which solves the technical field of large climate and agricultural model parameters, poor adaptability and large influence on a remote sensing model due to test environment, and low monitoring precision. The method comprises the following steps: information acquisition; screening of sensitive fluorescence parameters, determination of proper space leaf position, establishment of fluorescence potential index; and establishment of an output prediction model. The photopic fluorescence parameters of Fm' and Fv' of two leaves at the top of the wheat are used for better indicating the plant production performance; at a flowering stage and a grouting early stage, the chlorophyll fluorescence Fm' and Fv' potential index can predict the wheat grain output status. The prediction model can effectively reduce the influences by the factors of places, types and weather, has high precision and accuracy on the wheat grain output estimation, and has important meaning and value for guidance of the agriculture production, supply and demand balance of the grains and agriculture policy making.

A policy-making method is composed of three stages of preprocessing and parameter being made as preliminary test for the primitive power network, narrowing search space to satisfy "generator synchronization" and "power balance" for off-the-line tactics collection based on OBDD olgorithm, inspecting "transmission line safety" restriction with quick trend calculation and giving out candidate resonable off-the-line tactics. By time division, the process can be carried out by computer with operation as stages according to long and short periodic off-line layer and then on-line layer.

The invention discloses a multisource traffic information fusion method for expressways. By fusion of traffic information of roads with detectors, more complete and accurate traffic information can be acquired; by fusion of the data of the roads with the detectors and the historical data, the traffic information of the roads without detectors can be predicted, and the traffic information of the integral roads can be obtained. The multisource traffic information fusion method includes steps of partitioning expressway road units, preprocessing traffic information data, and fusing inside-unit multisource traffic information and inter-unit traffic information. By fusing the traffic information acquired by various methods effectively, information types can be increased, data acquisition range is broadened, cost performance, accuracy and reliability of information acquisition can be effectively improved, and judgement and policy making error caused by failure of single information source is avoided.

The invention discloses a community discovery algorithm in an enterprise map based on relationship weights. The community discovery algorithm comprises the following steps: (1) weights of relationships in the enterprise map are determined; (2) the similarity between enterprises are determined; (3) Modularity is used to evaluate the results of community discovery in complex networks; (4) convergingis carried out based on modularity constraint algorithm ; (5) Confidence probability table is calculated based on LPA algorithm. By discovering the communities in the enterprise map, the algorithm divides the entire enterprise map into sub-graphs. The divided enterprise map can not only help to analyze the industry prospects according to its community attributes, but also can be used to analyze the financial guarantee information, cooperation information, investment information and so on. And according to community attributes, the government or relevant departments are helped to formulate policies to adjust the market in a timely manner.

The present invention relates to a flastic forming process rule obtaining method based on numerical simulationand decision tree algorithm. Said method mainly includes the following steps: firstly, creating numerical simulation defining decision attribute set for evaluating forming property, making defining decision attribute set for evaluating forming property, making numerical simulation test design to obtain plastic forming process information source, forming decision table, successively defining node of every level of decision tree to form initial decision tree, then pruning the initial decision tree so as to obtain the invented process rule. Said invention also provides the advantages and application field of said method.

The invention relates to an extracorporeal circulation perfusion policy making system and belongs to the technical field of biomedical engineering. The extracorporeal circulation perfusion policy making system comprises a policy making module and a detecting module. The policy making module calculates a perfusion subsidiary index according to data acquired and processed by the detecting module, and the date include a cardiac function index, an oxygen supply index, and output pressure and blood flow of a extracorporeal circulation perfusion system. The perfusion subsidiary index stands for the ratio of acting of the extracorporeal perfusion system and acting of perfusion of the heart of a patient, and the higher the perfusion subsidiary index is, the higher the energy the extracorporeal perfusion system provides for the patient is. The policy making module judges to make policy according to the cardiac function index and the oxygen supply index of the acquiring module. If the indexes are within a normal limit, the perfusion subsidiary index is a recommended value, namely a reference policy making value; if the indexes are out of the normal limit, an alarm is sent. A doctor may control the system to implement according to the reference policy making value provided by the policy making module. The extracorporeal perfusion flow is adjusted on the basis of the reference policy making value, which can adapt to physiological needs of patients and complications can be reduced.

The invention discloses a method and device for obtaining graphic data of county-scale abandoned land, relating to the field of land utilization and ecological process. The method comprises that area-distribution graphic data of present effective farmland-to-forestry and forest projects is obtained according to a distribution map of the present effective farmland-to-forestry and forest projects; area-distribution graphic data of farmland beforehand and area-distribution graphic data of farmland at present are spatially superposed to obtain area-distribution graphic data of farmland change; and the area-distribution graphic data of present effective farmland-to-forestry and forest projects is deducted from the area-distribution graphic data of farmland change to obtain area-distribution graphic data of county-scale abandoned land. Thus, the position, area and distribution of the county-scale abandoned land can be better obtained, and technical support is provided for monitoring, planning, policy making and management of land utilization.

The invention is a paying-based routing and transmitting method in self-organized wireless network, using VCG mechanism and Vickrey auction to make really displaying overhead for network functions become the optimum policy of Ad hoc node, and on the basis that the node really displays the expenses for routing and packet transmission, selecting the optimum expense path; in the packet transmitting course, explicitly considering different expenses on the optimum path when each node transmits packets. And the designed node compensating solution can prevent various cheating behaviors of nodes. And the method simplifies the policy-making space of nodes, implements global target optimization, and relatively symmetrically solves the excitation problem in the Ad hoc network in the economic mode.

The invention provides a method used for obtaining the time headway stability coefficients, and the method comprises: obtaining the information of data of the real-time arrival bus station positions in an analyzing period; dividing the data into groups according to the route ID and the operation direction; according to the departure time and the arrival time of the bus, performing the sequencing process and calculating the planned time headway and the actual time headway; based on the calculated and obtained time headway, calculating the difference; according to the difference, calculating the standard difference; according to the standard difference and the planned time headway, obtaining a time headway stability coefficient; and finally, repeating the above sequencing process, difference and standard difference calculating, and the time headway stability coefficient calculating until the time headway stability coefficients in all groups are calculated completely. The method is capable of obtaining the time headway stability coefficients effectively, rapidly and accurately so as to provide strong support in smart traffic planning and policy making.

The invention relates to a complex task allocating method in crowdsourcing environment. According to the invention, a task requester submits the special skills required by the completion of the task and the price quotation to complete these skills. The workers submit their skills and the price quotation for each of their skills. The crowdsourcing platform, as an auctioneer, is responsible for the operation of the entire allocation process and is mainly involved in the work of three stages: participant screening, policy making stage and the quality updating. The method of the invention overcomes the limitations of previously considered offline scenes in which the qualities of allocation and the quality of participants are not combined and unfairness exists. The method uses the auction manner to make decisions, wherein the task requester is a purchasing party and the workers are a selling party, and the method comprises online screening of users, winner decision / pricing strategy, and quality updating, realizing the matching of the task requester and the workers and deciding the final payment between the two parties. The method incorporates the quality of participants into auction, making the auction result more reasonable and fairer.