42 results about "Socio economy" patented technology

Watershed hydrology analysis and management process and system with a network of weather stations and artificial drainage systems with artificial and natural reservoir management through locks and pumping stations. It evaluates potential hydrologic risk in each area and analyses the possible consequences of future precipitations using simulations. To make the simulation, it calculates hydrographs for each sub-basin, streams and rivers in the basin. It simulates the behavior of the basin under different scenarios corresponding to different types of management of the operation of locks and/or pumps and compares its results in terms of loss of flooded area, economic loss in each area, loss for flooding of urban areas, etc. Optimization of the simulation through artificial intelligence (AI, meta-heuristic algorithms, neural networks, etc.) allows it to act as a search engine to find better solutions and the best configuration of resource management that allows minimizing the socio-economic impact on each basin.

The invention provides a water environment and water ecology safety guarantee management system, which comprises a safety evaluation model, a risk evaluation model, a crisis early warning model, a water level water quality biomass supervision model, a sudden accident emergency response planning model, a post-accident evaluation model, a safety guarantee measure module and a comprehensive treatment module. Therefore, the water environment and water ecology safety guarantee management system belongs to an overall situation guarantee treatment management system realizing the potential safety hazard identification, the weak link early warning, the key element supervision, the sudden accident emergency handling and the post-accident evaluation and analysis, and the key monitoring and the prevention pertinence on key elements and key regions with potential safety hazards are enhanced, so the comprehensive management on the water environment and water ecology safety of monitored water regions can be enhanced; and in addition, the full-area balance supervision costs of the water environment and water ecology are effectively reduced, the supervision efficiency on the water environment and water ecology is improved, and the important significances of guaranteeing the water environment and water ecology safety of lakes and promoting the harmonious development of the social economy and the ecological environment are realized.

The invention discloses a dynamic analysis method for the bearing capacity of an urban ecological system, comprising the following steps: using system dynamics to stimulate a dynamic process and an interaction relationship of driving factors of the urban ecological system; establishing a response relation between the driving factors and the supply and demand of biologic resources through constructing submodules; utilizing an ecological footprint comprehensive accounting method to carry out ecological footprint accounting; taking a feasible and sustainable development goal as the standard to design different ecological regulation scenes to regulate and optimize urban sustainable development tendency. On the basis of traditional dynamic footprint analysis, in the method of the invention, a system dynamics thought is introduced and an endogenetic system modeling process is supplemented to stimulate the dynamic variation of the bearing capacity of the urban ecological system; the method can forecast the dynamic variation tendency of the ecological bearing capacity in the process of urban development, can utilizes the forecasting result to reversely regulate the planning scheme by combining a scenario analysis method, thereby optimizing urban ecological development.

The invention discloses a method for evaluating influence of flood on social economy. On the basis of a land surface hydrological model, a global climate mode-land surface hydrological model couplingmodel is established by carrying out numerical experiments of flood process simulation under different production and confluence mechanisms and evaporation mechanisms on the basis of climate conditions simulated under different future temperature rise scenes estimated by a global climate mode, and the global flood process is simulated. According to the method, the space-time resolution of global flood process simulation is improved; possibility is provided for refined evaluation and management of global flood risks; moreover, the method fully considers the social and economic development conditions of different regions under different social and economic development paths while considering different production and confluence mechanisms and evaporation mechanisms in the flood simulation process, and the influence of the flood risk evaluated according to the social and economic development conditions on the social and economic in different regions and different time periods is more scientific and reasonable.

The invention relates to a method for integrating and utilizing idle private car resources, which comprises: establishing a database; estimating a trip mileage and the fee for the private car use; obtaining the actual trip route and the fee for private car use; and obtaining a fee list and the actual receipt so that a business man on the trip could get reimbursed. According to the invention, the problem that the fee of traditional private car use cannot be reimbursed is solved, and a business man on a business trip can still be paid even when he or she utilizes the idle private car resources. With the method, the problem of a high cost incurred from the preparing of a large number of business cars and professional drivers in a working unit can also be solved. At the same time, the method makes the business trip a more convenient one, makes the working efficiency of the working people more efficient and saves the business trip cost, therefore, bringing enormous social and economic gains.

The invention relates to a method for establishing an eco-city index system which is based on city classification and in accordance with the characteristics of the eco-city per se. The technical scheme of the invention is as follows: dividing cities into different types according to the three-factor matrix comprising economic factors, resource factors and environmental factors; determining the general indexes; adding characteristic indexes to the general indexes according to the different types of the cities; supplementing the characteristic indexes with the characteristics of the cities per se; and finally establishing the eco-city index system comprising resource and environmental system indexes, social and economic system indexes and sub-system interaction indexes. The invention has the beneficial effects that the established eco-city index system is favorable to unified national administration and comparison of cities of the same type and fully embodies the characteristics and development requirements of cities of different types.

The invention discloses a channel prediction method for deep space exploration under weak solar scintillation. A second order AR model is adopted for describing a scintillation power spectrum. A solarscintillation amplitude fluctuation predicting equation is y[n+i] = b1y[n-1] + b2y[n-2]. In the formula, i is greater than or equal to 0 and indicates the jth prediction; and b1 and b2 are predictioncoefficients and are obtained by adopting linear minimum mean square error, namely LLS. By means of signaling channel prediction, the signaling channel predicting method can improve the power use efficiency of an emitter of a detector, establish a reliable transmission link between the detector and the earth and realize the self-adaptive power control, modulation and demodulation of the deep space detector, thereby being favorable for improving the resource use efficiency and detection efficiency of the deep space exploration. The signaling channel predicting method is suitable for the heterogeneous communication environment such as a wireless sensing network, a self-organized network and the like, and assumes good transformation application prospect in aerospace, aviation, military affairs, social economy and other fields.

The invention relates to a webpage recruitment information crawling method and solves the problem that webpage recruitment information is difficult to collect and store. A certain number of recruiting websites are available on the internet at present, enterprises mainly carry out recruitment by releasing recruitment information on the recruiting websites, and the main way for applicants to get jobs is the recruitment information released on the recruiting websites by the enterprises as well. The recruitment information can reflect demands and requirements of the today's society economic structure to some extent; if the recruitment information is subjected to scientific processing and analysis, more targeted policy adjustment and talent training can be realized.

The invention discloses a calculation and risk judgment method for a service dominance degree of a local ecological system. The calculation and risk judgment method comprises the following steps: on the research basis of service consumption of an ecological system, calculating ecological system service provided by ecological system functions in an area and corresponding service consumption essential for living of human beings inside the area, establishing a local ecological system service dominance degree model, taking the ecological system endurance capability and the sustainable developmentpotential into account, judging a service dominance degree threshold which can affect the risks of the ecological system by using a positive/negative bidirectional watershed algorithm, quantitativelypre-judging the risk degree of the ecological system, and performing degree quantitative analysis upon the ecological system service risk situations according to calculation results. The evaluation conclusions of ecological system service are highly related to natural environment data and social economic data of an evaluated area, reasonable utilization of local ecological resources is effectivelyinstructed, excessive consumption of ecological resources is warned in advance, and disordered damage of social economic activities to ecological environments is avoided.

The invention provides a flood disaster warning water area remote sensing survey method, belonging to the field of disaster monitoring. The flood disaster remote sensing monitoring has no uniform objective standard, thus the disaster remote sensing monitoring results can not reflect actual situation of the disaster; and the invention puts forward a concept of the flood disaster warming water area, formulates the remote sensing survey technology and regulations, establishes the flood disaster warning water area remote sensing database of the main river basin in China and provides quantitative standards and basis for judging and estimating the flood disaster. The invention is a background element of the estimation on the flooding disaster loss, has certain warning and indicating effects and can greatly improve the flood disaster remote sensing control emergency response speed. The flood disaster warning water area remote sensing survey method comprises five units of warning water area awareness and interpretation mark sample establishment, warning water area remote sensing survey standardized processing, warning water area information extraction, warning water area assignment and splicing, and warning water area integration and management. The survey method can provide scientific basis for the decisions of flood protection and disaster relief, thus having great social and economic benefits.

The invention discloses a method for accurately monitoring a chemical oxygen demand of a sediment-laden river. The method comprises the following steps of: detecting water body sediment characters, sediment content and sediment grain sizes of a river reach to be detected; simulating the effect of the different sediment content and different sample preservation conditions of an actual water body on CODCr (Chemical Oxygen Demand (Cr)) measurement by virtue of a treated river sediment sample and domestic sewage, thus obtaining a relationship diagram according to experimental data; and adjusting actual operation steps and amending data according to the relationshpip diagram. The method disclosed by the invention can be applied to the monitoring on the chemical oxygen demand of a water body of the sediment-laden river, eliminates the effect of sediment and operation during a monitoring experiment on the CODCr, and can obtain the data which can truthfully reflect the pollution condition of the river water body, thus having very important scientific and social practice significance on correctly assessing the actual pollution condition of the sediment-containing water body, more positively and effectively harnessing water environment pollution, employing optimized configuration of water resources, and pushing forward harmonious and sustainable development of social economy.

The invention relates to a basin-based social and economic development evaluation method and apparatus. The method comprises the steps of obtaining index data of evaluation indexes of social development of a basin in a preset time period; determining the possibility function distribution of the value of each evaluation index according to the index data of each evaluation index; calculating an information entropy value corresponding to each evaluation index according to the possibility degree function distribution of the value of each evaluation index; performing calculating according to the information entropy value of each evaluation index and the number of the evaluation indexes to obtain an information entropy weight corresponding to the evaluation index; calculating a social development index corresponding to the drainage basin according to the information entropy value of each evaluation index and the corresponding information entropy weight; and analyzing the social development index to determine the social development trend of the drainage basin. By means of the technical scheme, the social development index is obtained through entropy weight analysis and calculation, and therefore a scientific basis is provided for decision making of drainage basin system governance.

The invention relates to a water pollutant emission right paid use pricing method based on a differentiation strategy to effectively address the problem that price should be set according to the features of the social economy and resource environments in regions, the water pollutant emission performance of industries and the industrial development characteristics. The method includes the steps: establishing a water pollutant emission right paid use pricing model based on a differentiation strategy; obtaining water pollutant emission data and water pollution treatment facility operation cost data of industries and enterprises, counting the water pollutant treatment cost, and calculating the regional water pollutant emission right paid use reference price; calculating a social and economic coefficient and a resource environment coefficient in regions, and calculating a region differentiation adjusting coefficient; building a water pollutant emission performance model for industries and enterprises, and calculating a sector differentiation adjusting coefficient; calculating an industry differentiation adjusting coefficient; and substituting the above coefficients into the right paid use pricing model, and calculating the emission right paid use price. The method is scientific and reasonable, facilitates industrial management and production, enables water pollutant emission to be minimized, and helps to protect the environment.

The invention discloses a tourism traffic road network optimization method based on resource balance benefits, which comprises the following steps of determining a road network area and extracting thebasic information in the road network, including the basic parameters, such as road network composition, etc.; establishing a social and economic benefit function based on the BPR road resistance function of the American federated highway bureau; quantizing the tourism economic radiation effect by utilizing the importance degree of tourism nodes, and establishing a tourism resource balance benefit function; establishing a green ecological benefit function based on the road network carbon emission; establishing a tourism traffic network multi-objective optimization model by taking the maximization of social economy, tourism resources and ecological environment benefits as objectives; and calling a gamultiobj function in MATLAB to solve by adopting a genetic algorithm. According to the invention, a system convenient decision-making method is provided for the tourism traffic network optimization, on one hand, a special tourism traffic network optimization method is perfected, on the other hand, the influence of the scenic spot (group) radiation effect on the balance of tourism traffic resources is considered, and the model form and the calculation process are simplified.

The invention provides a method for determining a matching relationship between water resources and social economy based on rank difference, and the method comprises the steps: determining a to-be-studied water resource quantity and a social economy index, and obtaining a rank corresponding to a water resource quantity sequence and a rank corresponding to a social economy index sequence; establishing a rank difference degree calculation function of the water resource quantity and the social and economic indexes; according to a traditional Gini coefficient calculation formula, determining a numerical value difference degree between the water resource quantity and the social economic index; establishing a rank Gini coefficient calculation function according to the rank difference degree and the numerical value difference degree, and calculating the rank Gini coefficient of the research region by the calculation function; and establishing a matching relationship between the rank Gini coefficient and the water resource quantity and the social economic index to determine the matching degree of the water resource quantity and the social economic index of the research region. According to the method, the matching relationship between the utilization condition of the water resource and the social economic development level can be quantitatively analyzed, and the information loss caused when the traditional Gini coefficient is converted from a high dimension to a low dimension can be made up.

The invention relates to a financial capital market computer simulation system based on machine learning and an expert reasoning system. The system comprises an information acquisition and self-learning system, a multi-agent system, an economic market system and a control parameter set module, wherein the information acquisition and self-learning system is used for acquiring present social and economic real-time operational data and inputting the data into the deep learning network, the deep learning network is used for learning and fusing the data and acquiring economic behavior multi-agent establishment assignment parameters and inputting the parameters into the multi-agent system, attributes and parameters of economic behavior objects are established by a multi-agent according to the parameters inputted by the information acquisition and self-learning system, economic objects are preset in the multi-agent system, and the economic objects are further utilized to simulate the capitalflow of the capital market. The system is advantaged in that operation of the financial system can be simulated, and the impact of market behavior rules on market capital operation and the economic behavior objects is simulated.

The invention relates to a statistical indicator system for national economy. A private economic statistical indicator system is set according to a statistical survey range and a content and specifically comprises: (1) an indicator system which represents a basic situation of a private economic unit and comprises indicators such as an enterprise name, an enterprise address, an industry category, a registration type and the like, and (2) an indicator system which represents operating activities of the private economic unit and comprises indicators such as employees, rewards of the employees, a registration capital fund, the yield and production values of main products or operating receipts, operating costs and expenses, sales taxes, operating profits, fixed assets and the like. The invention has the advantage that: the statistical indicator system has the characteristic of establishing and completing a basic unit name base and providing basic information for standardizing market orders, reinforcing supervision according to the law, adjusting economic structures, promoting industrial optimization, planning rural and urban construction and the like, so that a national statistical task is finished and service is provided for an overall policy decision for development of local social economy at the same time.

The invention discloses a social economy analysis and prediction method, belongs to the technical field of economics, and aims to solve the problems that a traditional economics prediction method is low in accuracy and single in the considered influence factor. The social economy analysis and prediction method comprises the steps: a, obtaining social economic data; b, performing spatial discretization on the macroeconomic data and the microeconomic data; c, determining an influence relationship between the macro-economic data and the micro-economic data on the social economy; d, comparing, auditing and analyzing reasons causing difference by combining the analysis results of the step b and the step c; and e, analyzing the economic fluctuation data finally obtained in the step d and the regional social and economic index distribution condition, simulating the future development trend of the social economy, obtaining a future social and economic development optimization scheme, and completing social and economic analysis and prediction. According to the social economic analysis and prediction method, the relative magnitude of the importance of all influence factors in a certain period can be relatively and accurately judged, and the prediction accuracy is improved.

The present invention discloses an entrophication control technique from the perspective of a complex system of social economy-ecological environment. Firstly, a vegetation cover index is used as an indicator representing the vegetation state, a relationship between the vegetation cover and the eutrophication process of water body is established, and then on the basis the systematic dynamics process which discloses that water for social and economical uses affects the eutrophication of water body, the systematic dynamic process is combined with the impact caused by the vegetation cover to the eutrophication. Finally, a systematic dynamics model capable of reflecting the feedback mechanism between the vegetation cover and the eutrophication in a complex system of social economy-ecological environment, to regulate the eutrophication. This technique not only reflects whether the quantity of N and P generated by the socially and economically used water is suitable from the perspective of the complex system of social economy-ecological environment, but also embodies the dynamic feedback process between the vegetation coverage and the eutrophication of the water body. in this way, critical regulation factors are pointed out, the corresponding critical dynamical process is simulated, a dedicated regulation scheme for regulating the eutrophication with respect to the structure of the socially and economically used water is provided, which gives effective guidance to regulation of the source of the eutrophication of water body.

The establishment of the power project cost database system includes analyzing and determining the key technical and economic indicators of power project investment control, and establishing a project cost data collection model; establishing a historical project cost experience database to provide reference data for reviewing project cost; intelligently selecting historical projects to realize historical Automatic comparison between projects and pending projects to improve review efficiency. The establishment of this database system is safe and reliable, with advanced technology, environmental protection, reasonable investment, unified standards, and efficient operation, and promotes the construction of power grids to better cooperate with social and economic development, avoiding the risk of investment waste becoming a bottleneck in economic development. On the other hand, under the premise of ensuring the safe and reliable operation of the power grid and the social demand for electricity, reasonably reduce the project investment cost, minimize the operating cost of the power grid enterprise, and realize the sustainable development of the company, thereby proposing safe, reliable and high-quality solutions for social development. , Low-cost electricity supply.

The invention discloses a land evaluation method based on multi-granularity computing, On the basis of acquiring the vector unit of the plot, using multi-source spatio-temporal data of natural resources and socio-economy to expand the plot attributes, Structured representation, reduction and rule extraction can realize the mapping transformation from multi-dimensional attribute value to thematic decision value, and then draw the plot-level thematic conjecture map to provide more precise and accurate land planting evaluation information for the government, enterprises and other departments. Thekey techniques of this method are attribute extension, rule extraction and thematic conjecture mapping. The invention can realize the thematic mapping of land suitability evaluation at land parcel level with high accuracy.

The invention discloses a word transformation method. Because '4' is in harmonic sound with the Chinese character 'si' (means death), many people do not handle affairs on dates with '4', do not choose mobile phone number with '4' and do not buy houses with the number containing '4', etc. The phenomena seriously influence the orders of society, economy, market and trade; therefore, eliminating the obstacle is an extremely urgency in society and is also the task of the invention. The invention completes the task through adopting the measure of word and phonetic transformation.

The invention relates to a distributed service-end electronic commerce mode. A brand party autonomously masters data, thereby more directly understanding market information and facilitating development. The brand party autonomously masters a channel, thereby thoroughly settling a problem of online and offline faked product. An offline business alliance is introduced into a brand party autonomous system. An online service and an offline service are unified and mutually promote development. A flow integrating resource is introduced into the online service and the offline service. A benefit conflict between the brand party and the offline business alliance is settled. An original competition relation is changed to a common benefit. The distributed service-end electronic commerce mode has advantages of promoting benign development, improving logistics speed, reducing logistics cost, improving client experience, thoroughly settling defect in existing electronic commerce, realizing combination of the online service and the offline service, changing the electronic commerce with defects of brutal development and excessive competition to benign development, and promoting economy developmentof the society instead of great impact to community economy.