CN105303282A - Overall support system for digital ecological city - Google Patents
Overall support system for digital ecological city Download PDFInfo
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- CN105303282A CN105303282A CN201410334245.8A CN201410334245A CN105303282A CN 105303282 A CN105303282 A CN 105303282A CN 201410334245 A CN201410334245 A CN 201410334245A CN 105303282 A CN105303282 A CN 105303282A
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Abstract
The present invention relates to an intelligent system for positioning, planning, design, construction, management, and operation of an ecological city complex, i.e., a computer application system used for digital management of an ecological city complex. The computer application system has a digitized bidirectional connection with an earth resource allocation multidimensional system, an urban planning and positioning system, an urban planning and design system, an urban comprehensive management system and the like. The five systems each have a digitized bidirectional connection with an expert database system and a general database system. A data collector, a data classifier and the like are provided on bidirectional connection channels of the the earth resource allocation multidimensional system, the urban planning and positioning system, the urban planning and design system, the urban comprehensive management system, the expert database system, and the general database system, and have a digitized bidirectional connection with each connected system. The expert database system and the general database system are each provided with an automatic data updater, and the overall support system for the digital ecological city is provided with a multidimensional and multi-stage feedback device. The system provided by the present invention can realize the digitization of city positioning, urban planning, urban construction, city operation and city management. The system provided by the present invention fully realizes complete control and reasonable use of existing resources of a city in a scientific way.
Description
Technical field
The present invention relates to a kind of for ecocity synthesis location, planning, design, construction, managed operation intelligent system, namely refer to a kind of computer application system for the digital management of ecocity synthesis.
Background technology
Urban planning and construction and integrated management are great system engineerings, the planning and the management that realize science must be grasped and Appropriate application existing resource comprehensively, simultaneously also forward-looking, do not disclose in disclosed document at present can realize controlling city existing resource comprehensively and Appropriate application in the computer application system of ecocity synthesis digital management, indicate the forward-looking technology measure in system Construction mankind forth generation city simultaneously.
Summary of the invention
The object of the present invention is to provide a kind of for ecocity synthesis location, planning, design, construction, managed operation intelligent system, it can implement digital management to city science of carrying out.Meanwhile, also have and realize with producing looking forward or upwards property controlling and Appropriate application the existing resource in city comprehensively.
To achieve these goals, technical solution of the present invention is: a kind of ecocity synthesis that is used for is located, planning, design, build, managed operation intelligent system, comprising the computer application system A of ecocity synthesis digital management, expert database system D1, general database system D2, earth resources distributes multidimentional system S1, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, data acquisition unit E1, data sorter E2, automatically updating data device E3 and multidimensional multi-level feedback device E4, described earth resources distributes multidimentional system S1 and comprises on the ground, underground, the multidimensional quantitative information system of rivers and creeks, ocean and sky, described earth resources distributes multidimentional system S1, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4 and digital ecological city total item supporting system A is bi-directionally connected, and earth resources distributes multidimentional system S1, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, digital ecological city total item supporting system A respectively with expert database system D1, general database system D2 is bi-directionally connected, data acquisition unit E1, data sorter E2 is separately positioned on and distributes multidimentional system S1 with earth resources, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, expert database system D1, general database system D2 to be bi-directionally connected in passage and to be bi-directionally connected with each connected system, described expert database system D1, general database system D2 is the automatic renovator E3 of setting data respectively, and digital ecological city total item supporting system A is arranged on multidimensional multi-level feedback device E4.
The present invention is the intelligent system for ecocity synthesis location, planning, design, construction, managed operation, the ground infosystem that wherein said earth resources distributes in multidimentional system S1 is the multidimensional quantitative information system comprising biological plant, environment, soil, crops, mineral products, Administration partition, economy, the energy, cultural relic, view, geographical looks, hydrometeorology, traffic, population, disaster, and wherein Administration partition infosystem comprises again the multidimensional quantitative information system of mineral products, economy, cultural relic; The described earth resources subsurface information system of distributing in multidimentional system S1 be comprise mineral products, biological plant, underground water, river rising in Ningxia and flowing into central Shaanxi stream tide, hydrogeology, can and the multidimensional quantitative information system of traffic; Described earth resources rivers and creeks, the ocean infosystem of distributing in multidimentional system S1 is the multidimensional quantitative information system comprising water quality, aquatic products, waterpower, navigation channel, the hydrology, beach, mineral products, disaster, biological plant and harbour; The described earth resources sky infosystem of distributing in multidimentional system S1 is the multidimensional quantitative information system comprising substance, sun power, Aero-Space, environment, astronomy and biological thing energy.
The present invention is used for ecocity synthesis location, planning, design, construction, managed operation intelligent system, and wherein said data acquisition unit E1 is universal class data input device.
The present invention is used for ecocity synthesis location, planning, design, construction, managed operation intelligent system, and the data required for each system are extracted from database classification by system requirements by wherein said data sorter E2, send to required system.
The present invention is used for ecocity synthesis location, planning, design, construction, managed operation intelligent system, and wherein said automatically updating data device E3 is data real-time update terminal user being input to database.
The present invention is used for ecocity synthesis location, planning, design, construction, managed operation intelligent system, wherein said multidimensional multi-level feedback device E4 be earth resources is distributed multidimentional system S1, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, expert database system D1 and general database system D2 input data by digital ecological city total item supporting system A, after mathematics OR model and fuzzy mathematics Operational modal analysis process, send the terminal user being dealt into different brackets.
The present invention is used for ecocity synthesis location, planning, design, builds, managed operation intelligent system, and wherein said city planning positioning system S2 is the resource allocation conditions according to target cities, the science location character in city, scale, function and image.
The present invention is used for ecocity synthesis location, planning, design, construction, managed operation intelligent system, the scheme of various planning and design is positioned in virtual three-dimensional reality environment by wherein said physical construction planning design system S3, by the mode of dynamic interaction, omnibearing close examination is carried out to it, evaluate its impact on actual environment.
The present invention is used for ecocity synthesis location, planning, design, construction, managed operation intelligent system, wherein said overall management of the urban area system S4 is the resource that digital city integrated management utilizes in earth resources distribution multidimentional system S1, in city management on city planning positioning system S2, physical construction planning design system S3 basis and auxiliary government decision, realize the regulation and standardization of workflow, intellectuality and networking.
The present invention is used for the metering of ecocity synthesis resource and planning, locate measure with planning, design measure with planning, builds measure measure with planning, engineering metering and planning, business and plans, finance measure and plan, market measures and plans, manages the operation intelligent system of measuring and planning.Wherein said digital ecological city total item supporting system A is by the aid decision making complex art system of the automatic collection of data, dynamic monitoring, city orientation, planning and design, comprehensive exploitation, three-dimensional construction, system management, comprise integrated use Geographic Information System, remote sensing, GPS, multi-media network and Virtual Simulation, digital integrated exploitation and three-dimensional construction are carried out to basis, city, facility, function, image, construction, administrative mechanism.Resource, environment, the energy, traffic, municipal administration, view, enterprise, culture and education, information, inhabitation, humanity, finance are carried out comprehensive spreadability monitoring and runed, to support that ecocity synthesis comprehensive exploitation solid is built.
After adopting such scheme, the present invention passes through expert database system D1 build the Infrastructure platforms such as broadband multimedia information network, Geographic Information System for ecocity synthesis location, planning, design, construction, managed operation intelligent system, urban information resource is integrated by general database system D2, various for city information resources being made full use of, is city orientation, planning, construction, management service.
Accompanying drawing explanation
Fig. 1 is system chart of the present invention;
Fig. 2 is the block diagram that earth resources of the present invention distributes multidimentional system S1;
Fig. 3 is the block diagram of city planning positioning system S2 of the present invention;
Fig. 4 is the block diagram of physical construction planning design system S3 of the present invention;
Fig. 5 is the block diagram of overall management of the urban area system S4 of the present invention.
Symbol description
In Fig. 1:
A-digital ecological city total item supporting system; S1-earth resources distributes multidimentional system;
S2-city planning positioning system; S3-physical construction planning design system;
S4-overall management of the urban area system; D1-expert database system;
D2-general database system; E1-data acquisition unit;
E2-data sorter; E3-automatically updating data device;
E4-multidimensional multi-level feedback device;
In Fig. 2:
S1.1-on the ground; The biological plant of S1.1.1-;
S1.1.2-environment; S1.1.3-soil;
S1.1.4-crops; S1.1.5-mineral products;
S1.1.6-Administration partition; S1.1.7-is economical;
The S1.1.8-energy; S1.1.9-cultural relic;
S1.1.10-view; The geographical looks of S1.1.11-;
S1.1.12-hydrometeorology; S1.1.13-traffic;
S1.1.14-population; S1.1.15-disaster;
S1.1.6.1-mineral products; S1.1.6.2-is economical;
S1.1.6.3-cultural relic; S1.2-underground;
S1.2.1-mineral products; The biological plant of S1.2.2-;
S1.2.3-underground water; S1.2.4-river rising in Ningxia and flowing into central Shaanxi stream tide;
S1.2.5-hydrogeology; S1.2.6-ground can;
S1.2.7-traffic; Rivers and creeks, S1.3-ocean;
S1.3.1-water quality; S1.3.2-aquatic products;
S1.3.3-waterpower; S1.3.4-navigation channel;
The S1.3.5-hydrology; S1.3.6-beach;
S1.3.7-mineral products; S1.3.8-disaster;
The biological plant of S1.3.9-; S1.3.10-harbour;
S1.4-sky; S1.4.1-substance;
S1.4.2-sun power; S1.4.3-Aero-Space;
S1.4.4-environment; S1.4.5-is astronomical;
The biological thing energy of S1.4.6-;
In Fig. 3:
The metering of S2.1-resource and planning; The metering of S2.2-location and planning;
S2.3-builds metering and planning; S2.4-engineering metering and planning;
The metering of S2.5-business and planning; The metering of S2.6-financing and planning;
The metering of S2.7-market and planning; S2.8-management metering and planning
In Fig. 4:
S3.1-digital resource; S3.2-Digital Environmental Protection;
The S3.3-numeral energy; S3.4-Digital Transportation;
S3.5-numerical potential; S3.6-numeral view;
S3.7-Digital Business; S3.8-numeral culture and education;
S3.9-numerical information; S3.10-numeral is lived;
S3.11-numeral is humane; The operation of S3.12-numeral;
S3.13-digital environment; S3.14-digital financial;
In Fig. 5:
S4.1-Digital Architecture; S4.2-digital cells;
S4.3-digital business; The remnants of S4.4-digital culture;
S4.5-numeral view; The exploitation of S4.6-numeral;
S4.7-digital resource; S4.8-numerical potential;
S4.9-digital network; S4.10-Digital Transportation;
The S4.11-numeral energy; S4.12-numeral facility;
S4.13-digital technology; S4.14-Digital Environmental Protection;
S4.15-numeral culture and education; S4.16-numeral corporations;
S4.17-numeral health; S4.18-Digital Business;
S4.19-Numerical market; S4.20-Digital Employment;
S4.21-numeral population; S4.22-digital financial;
S4.23-numerical information; S4.24-numeral public security
Below in conjunction with accompanying drawing, by embodiment, the present invention is described further;
Embodiment
As shown in Figure 1, the present invention, for ecocity synthesis location, planning, design, construction, managed operation intelligent system, comprises digital ecological city total item supporting system A, expert database system D1, general database system D2, earth resources distribution multidimentional system S1, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, data acquisition unit E1, data sorter E2, automatically updating data device E3 and multidimensional multi-level feedback device E4.Earth resources distributes multidimentional system S1, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4 and digital ecological city total item supporting system A is bi-directionally connected, earth resources distributes multidimentional system S1, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, digital ecological city total item supporting system A respectively with expert database system D1, general database system D2 is bi-directionally connected, data acquisition unit E1, data sorter E2 is separately positioned on and distributes multidimentional system S1 with earth resources, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, expert database system D1, general database system D2 to be bi-directionally connected in passage and to be bi-directionally connected with each connected system, expert database system D1, general database system D2 is the automatic renovator E3 of setting data respectively, digital ecological city total item supporting system A is arranged on multidimensional multi-level feedback device E4.
Shown in composition graphs 2, earth resources distributes multidimentional system S1 and comprises S1.1 on the ground, underground S1.2, the multidimensional quantitative information system of rivers and creeks, ocean S1.3 and sky S1.4, wherein S1.1 infosystem comprises biological plant S1.1.1 on the ground, environment S1.1.2, soil S1.1.3, crops S1.1.4, mineral products S1.1.5, Administration partition S1.1.6, economic S1.1.7, energy S1.1.8, cultural relic S1.1.9, view S1.1.10, geographical looks S1.1.11, hydrometeorology S1.1.12, traffic S1.1.13, population S1.1.14, the multidimensional quantitative information system of disaster S1.1.15, wherein Administration partition S1.1.6 infosystem comprises again mineral products S1.1.6.1, economic S1.1.6.2, the multidimensional quantitative information system of cultural relic S1.1.6.3, underground S1.2 infosystem be comprise mineral products S1.2.1, biological plant S1.2.2, underground water S1.2.3, river rising in Ningxia and flowing into central Shaanxi stream tide S1.2.4, hydrogeological S1.2.5, can the multidimensional quantitative information system of S1.2.6 and traffic S1.2.7, rivers and creeks, ocean S1.3 infosystem is the multidimensional quantitative information system comprising water quality S1.3.1, aquatic products S1.3.2, waterpower S1.3.3, navigation channel S1.3.4, hydrology S1.3.5, beach S1.3.6, mineral products S1.3.7, disaster S1.3.8, biological plant S1.3.9 and harbour S1.3.10, sky S1.4 infosystem is the multidimensional quantitative information system comprising substance S1.4.1, sun power S1.4.2, Aero-Space S1.4.3, environment S1.4.4, astronomical S1.4.5 and biological thing energy S1.4.6.
City planning positioning system S2 is the resource allocation conditions according to target cities, the science location character in city, scale, function and image.Shown in composition graphs 3, city planning positioning system S2 be comprise resource planning S2.1, resource metering and planning S2.2, locate measure with planning S2.3, builds measure measure with planning S2.4, engineering metering and planning S2.5, business with planning S2.6, finance measure and plan S2.7 market measure and plan, S2.8 manages the multidimensional quantitative information system of measuring and planning.
The scheme of various planning and design is positioned in virtual three-dimensional reality environment by physical construction planning design system S3, by the mode of dynamic interaction, omnibearing close examination is carried out to it, evaluate its impact on actual environment, and can the rationality of aware space design in virtual design environment, reduce design cost and also shorten design time.Shown in composition graphs 4, physical construction planning design system S3 is the multidimensional quantitative information system comprising S3.1-digital resource, S3.2-Digital Environmental Protection, the S3.3-numeral energy, S3.4-Digital Transportation, S3.5-numerical potential, S3.6-numeral view, S3.7-Digital Business, S3.8-numeral culture and education, S3.9-numerical information, the inhabitation of S3.10-numeral, S3.11-numeral humanity, the digital operation of S3.12-, S3.13-digital environment, S3.14-digital financial.
Overall management of the urban area system S4 is the resource that digital city integrated management utilizes in earth resources distribution multidimentional system S1, in city management on city planning positioning system S2, physical construction planning design system S3 basis and auxiliary government decision, realize the regulation and standardization of workflow, intellectuality and networking.Shown in composition graphs 5, overall management of the urban area system S4 comprises government S4.1-Digital Architecture, S4.2-digital cells, S4.3-digital business, the remnants of S4.4-digital culture, S4.5-numeral view, the exploitation of S4.6-numeral, S4.7-digital resource, S4.8-numerical potential, S4.9-digital network, S4.10-Digital Transportation, the S4.11-numeral energy, S4.12-numeral facility, S4.13-digital technology, S4.14-Digital Environmental Protection, S4.15-numeral culture and education, S4.16-numeral corporations, S4.17-numeral health, S4.18-Digital Business, S4.19-Numerical market, S4.20-Digital Employment, S4.21-numeral population, S4.22-digital financial S4.23-numerical information, the multidimensional quantitative information system of S4.24-numeral public security.
Digital ecological city total item supporting system A is by technological system comprehensive to the automatic collection of data, dynamic monitoring, city orientation, planning and design, comprehensive exploitation, three-dimensional construction, integrated management, aid decision making, comprise integrated use Geographic Information System, remote sensing, GPS, multi-media network and Virtual Simulation, digital integrated exploitation and three-dimensional construction are carried out to basis, city, facility, function, image, construction, administrative mechanism.
Data acquisition unit E1 is universal class data input device, and the data required for each system are extracted from database classification by system requirements by data sorter E2, send to required system.Automatically updating data device E3 is data real-time update terminal user being input to database.Multidimensional multi-level feedback device E4 be earth resources is distributed multidimentional system S1, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, expert database system D1 and general database system D2 input data by digital ecological city total item supporting system A, after mathematics OR model and fuzzy mathematics Operational modal analysis process, send the terminal user and individual that are dealt into different brackets.
The present invention is according to China's Informatization Development Planning Standard, in conjunction with actual state, employing Government manages, enterprise operation, resident living three levels, with wideband multimedia network for carrier, there is dynamic multidimensional function electronic chart for platform, means are developed as with Spatial MIS, environment is comprised with city competent authorities and enterprises and institutions' Cooperative construction, resource, traffic, population, public security, fire-fighting, the urban IT application projects such as community service, utilize public space basic database, by information carrier and software platform, realize the information sharing of city management service system and online business processing, finally realize digital city developing goal.
The framework of the present invention's design is:
(1) numeral is analyzed as the present invention to the essential condition supporting urban construction using basic natural resources cyclic utilization rate;
(2) to build, Information Monitoring, city conception, planning, design, development & construction, the urban construction flow process such as management to be to design the present invention's application;
(3) using to the analysis of the soft environments such as law, humanity, history, urban aesthetics as the planning macroscopic of the present invention to city.
Shown in composition graphs 1, the data city overall framework of foundation of the present invention is as following table:
Digital city general frame table:
Spatial Information Technology framework:
| Spatial Information Technology (RS, GPS, GIS) |
| 1, spatial data infrastructure/information and infotech |
| (1) data acquisition and management (data Layer) |
| (2) data processing and shared (technological layer) RS, GPS, GIS |
| (3) standard, regulation, regulations, guarantee (guarantee layer) |
| 2, city management engineering (administration and supervision authorities) |
| (1) implementation and management |
| (2) land deeds and real estate management |
| (3) means of transportation management |
| (4) communications facility management |
| (5) energy facilities management |
| (6) medical treatment, administration of health |
| (7) educational management |
| (8) population management |
| (9) water resources management |
| (10) information technology management |
| (11) security administration |
| (12) three-dimensional implementation management (multidimensional construction system) |
Managing information technology framework:
| Managing information technology (ERP, CRM, SCM) |
| 1, information infrastructure, broadband networks (network layer) |
| 2, data infrastructure (data Layer) |
| (1) data acquisition and management (data Layer) |
[0099]
| (2) data processing and shared (technological layer) ERP, CRM, SCM |
| (3) standard, regulation, regulations |
| 3, application project (application layer) (e-electronics) |
| (1) E-Government (containing ten metal working journeys) |
| (2) ecommerce |
| (3) electronic manufacture |
| (4) electronic logistics |
| (5) electronic community |
| 4, service engineering (service layer) |
| (1) public information service system |
| (2) mobile information service system |
| (3) managerial decision system |
| (4) city management system |
| (5) City Surveillance System |
By reference to the accompanying drawings the present invention is illustrated:
Digital earth resource:
Rational exploitation and utilization earth resources be human social according to guarantee.Earth resources can be divided into renewable resource and non-renewable resources.Mineral resources and deep phreatic water are non-renewable resources.Though land resource reproducible utilization, soil renovation needs year up to ten thousand.The reproducibility of water resource is comparatively strong, but fresh water total amount is few, per capita less, adds and is constantly polluted, also hard to carry on.Use digital earth resource management system, fully realize earth resources, the mankind just can be made to treasure earth resources, and then by rational thinking, accomplish reasonable development and save to use.
Digital city:
Forth generation city " digital ecological City complex " be efficient, safe, comfortable and life, study, work gather place, by network, individual, family, work unit are carried out the whole world with whole city, area, country and are connected in real time, accurately.Required information can be obtained at any time, everywhere; By modernization high-speed transit (information channel and transport channel), guarantee the unimpeded smoothly of population stream, cash flow, produce stream, and be engaged in study, commercial affairs, recreational activities at any time, everywhere by mobile network; Also can realize face-to-face exchange with people all over the world, sign commercial agreement, or consult the ins and outs of a certain engineering or design, or friend's party.The life of people, study and work obtain maximum space free, facilitate sustainable development and the prosperity and stability in city.
In forth generation city, government is by extensively collecting the various information in complication systems such as " natural, social, economic, humane ", after carrying out processing and sorting and scheme preview, relevant instruction, control, explanatory and service " high-grade information aggregate " is issued to the public, fast and effeciently can collect the extensive information of society's feedback, so that revise " high-grade information " and optimize.
Key:
One net concept: future city satellite network, power network, finite net, infinite net, LAN Information seamless link are integrated.
Public server and general database system D2 are arranged on urban information center, and its information has authority, fairness and reliability.
Digital platform and network:
Digital city platform: remote measurement, remote sensing, monitoring, multimedia, simulation virtual, operated from a distance, Database vendors, visual all exercisable platform, future city relies on power network, finite net, infinite net and terminal people seamless union to form the information unification network of dynamic solid, be called for short a net, future city not net nowhere.
The numeral energy:
New Economy Era under cycle energy and the renewable sources of energy, traditional energy mainly contains oil, coal, uranium, rock gas, waterpower.We need to gradually reduce the dependence to traditional energy in future urban development.Adopt the digital energy to adopt intelligent integrated optimization technology exactly, what solve between different energy sources system is inharmonious, reaches the object of learning from other's strong points to offset one's weaknesses, gives full play to the comprehensive advantage of each system.
Digital Transportation:
Utilize flow and coordinate realization improves traffic service efficiency to the regulation and control of existing resource, future city traffic is the spatial network system of a height mobilism.It, is connect by different definition from a starting point through different brackets passage, and the regulation and control of experience unlike signal and friction speed are handed over mixed, go to the terminal of destination.Future city adopts multilevel traffic to be main Transportation Strategies, can be divided into underground traffic this, traffic above-ground and air traffic three levels.
Foregoing merely illustrates part for of the present invention for digital ecological city total item supporting system, the intelligent system example namely for ecocity synthesis location, planning, design, construction, managed operation is unprecedented.The present invention has the following advantages: the material alterations 26S Proteasome Structure and Function of traditional cities; The sustainable development facilitating city of science; Inherently improve the synthesized competitiveness in city; The function in perfect city and improve the quality of life of city dweller.
The above embodiment is only carry out part description to the preferred embodiment of the present invention; not scope of the present invention is limited; under not departing from the present invention and designing the prerequisite of spirit; the city integrated exploitation of digital ecological three-dimensional construction system engineering technical personnel under Pu Tianzhi industry enterprise item make various Improvement and perfection to technical scheme of the present invention, all should fall in protection domain that claims of the present invention determine.
Claims (10)
1. locate for ecocity synthesis for one kind, planning, design, build, managed operation intelligent system, is characterized in that: comprise digital ecological city total item supporting system A, expert database system D1, general database system D2, earth resources distributes multidimentional system S1, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, data acquisition unit E1, data sorter E2, automatically updating data device E3 and multidimensional multi-level feedback device E4, described earth resources distributes multidimentional system S1 and comprises on the ground, underground, the multidimensional quantitative information system of rivers and creeks, ocean and sky, described earth resources distributes multidimentional system S1, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4 and digital ecological city total item supporting system A is bi-directionally connected, and earth resources distributes multidimentional system S1, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, digital ecological city total item supporting system A respectively with expert database system D1, general database system D2 is bi-directionally connected, data acquisition unit E1, data sorter E2 is separately positioned on and distributes multidimentional system S1 with earth resources, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, expert database system D1, general database system D2 to be bi-directionally connected in passage and to be bi-directionally connected with each connected system, described expert database system D1, general database system D2 is the automatic renovator E3 of setting data respectively, and digital ecological city total item supporting system A is arranged on multidimensional multi-level feedback device E4.
2. as claimed in claim 1 for ecocity synthesis location, planning, design, construction, managed operation intelligent system, it is characterized in that: the ground infosystem that described earth resources distributes in multidimentional system S1 is the multidimensional quantitative information system comprising biological plant, environment, soil, crops, mineral products, Administration partition, economy, the energy, cultural relic, view, geographical looks, hydrometeorology, traffic, population, disaster, and wherein Administration partition infosystem comprises again the multidimensional quantitative information system of mineral products, economy, cultural relic; The described earth resources subsurface information system of distributing in multidimentional system S1 be comprise mineral products, biological plant, underground water, river rising in Ningxia and flowing into central Shaanxi stream tide, hydrogeology, can and the multidimensional quantitative information system of traffic; Described earth resources rivers and creeks, the ocean infosystem of distributing in multidimentional system S1 is the multidimensional quantitative information system comprising water quality, aquatic products, waterpower, navigation channel, the hydrology, beach, mineral products, disaster, biological plant and harbour; The described earth resources sky infosystem of distributing in multidimentional system S1 is the multidimensional quantitative information system comprising substance, sun power, Aero-Space, environment, astronomy and biological thing energy.
3., as claimed in claim 1 for ecocity synthesis location, planning, design, construction, managed operation intelligent system, it is characterized in that: described data acquisition unit E1 is universal class data input device.
4. as claimed in claim 1 for ecocity synthesis location, planning, design, construction, managed operation intelligent system, it is characterized in that: the data required for each system are extracted from database classification by system requirements by described data sorter E2, send to required system.
5., as claimed in claim 1 for ecocity synthesis location, planning, design, construction, managed operation intelligent system, it is characterized in that: described automatically updating data device E3 is data real-time update terminal user being input to database.
6. locate for ecocity synthesis as claimed in claim 1, planning, design, build, managed operation intelligent system, it is characterized in that: earth resources is distributed multidimentional system S1 by described multidimensional multi-level feedback device E4, city planning positioning system S2, physical construction planning design system S3, overall management of the urban area system S4, the data that expert database system D1 and general database system D2 inputs are by digital ecological city total item supporting system A, after mathematics OR model and fuzzy mathematics Operational modal analysis process, send the terminal user being dealt into different brackets.
7. as claimed in claim 1 for ecocity synthesis location, planning, design, construction, managed operation intelligent system, it is characterized in that: described city planning positioning system S2 is the resource allocation conditions according to target cities, the science location character in city, scale, function and image.
8. as claimed in claim 1 for ecocity synthesis location, planning, design, construction, managed operation intelligent system, it is characterized in that: the scheme of various planning and design is positioned in virtual three-dimensional reality environment by described physical construction planning design system S3, by the mode of dynamic interaction, omnibearing close examination is carried out to it, evaluate its impact on actual environment.
9. as claimed in claim 1 for ecocity synthesis location, planning, design, construction, managed operation intelligent system, it is characterized in that: described overall management of the urban area system S4 is the resource that digital city integrated management utilizes in earth resources distribution multidimentional system S1, in city management on city planning positioning system S2, physical construction planning design system S3 basis and auxiliary government decision, realize the regulation and standardization of workflow, intellectuality and networking.
10. locate for ecocity synthesis as claimed in claim 1, planning, design, build, managed operation intelligent system, it is characterized in that: described digital ecological city total item supporting system A is by the automatic collection of data, dynamic monitoring, city orientation, planning and design, comprehensive exploitation, three-dimensional construction, integrated management, the technological system that aid decision making is comprehensive, comprise integrated use Geographic Information System, remote sensing, GPS, multi-media network and Virtual Simulation, to basis, city, facility, function, image, build, administrative mechanism carries out digital integrated exploitation and three-dimensional construction.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106503449A (en) * | 2016-11-01 | 2017-03-15 | 东莞理工学院 | A kind of urban ecology health monitoring and managing system |
| CN110942168A (en) * | 2018-09-21 | 2020-03-31 | 潜能恒信能源技术股份有限公司 | Method and system for planning earth surface and underground facilities based on underground energy distribution |
| CN111695772A (en) * | 2020-05-08 | 2020-09-22 | 史解放 | Ecological city comprehensive planning system and method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1945614A (en) * | 2006-11-08 | 2007-04-11 | 余羡鸣 | Holographic optimum digital support system |
| CN1983312A (en) * | 2005-12-26 | 2007-06-20 | 余羡鸣 | Urban digital total item supporting system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1983312A (en) * | 2005-12-26 | 2007-06-20 | 余羡鸣 | Urban digital total item supporting system |
| CN1945614A (en) * | 2006-11-08 | 2007-04-11 | 余羡鸣 | Holographic optimum digital support system |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106503449A (en) * | 2016-11-01 | 2017-03-15 | 东莞理工学院 | A kind of urban ecology health monitoring and managing system |
| CN110942168A (en) * | 2018-09-21 | 2020-03-31 | 潜能恒信能源技术股份有限公司 | Method and system for planning earth surface and underground facilities based on underground energy distribution |
| CN110942168B (en) * | 2018-09-21 | 2023-10-17 | 潜能恒信能源技术股份有限公司 | Method and system for planning surface and underground facilities based on underground energy distribution |
| CN111695772A (en) * | 2020-05-08 | 2020-09-22 | 史解放 | Ecological city comprehensive planning system and method |
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