CN104820889A - Engineering management system of GIS-based safe city video monitoring system - Google Patents
Engineering management system of GIS-based safe city video monitoring system Download PDFInfo
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- CN104820889A CN104820889A CN201510199266.8A CN201510199266A CN104820889A CN 104820889 A CN104820889 A CN 104820889A CN 201510199266 A CN201510199266 A CN 201510199266A CN 104820889 A CN104820889 A CN 104820889A
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Abstract
The invention relates to an engineering management system of a GIS-based safe city video monitoring system. The engineering management system comprises a monitoring point position surveying interface, a monitoring point position construction interface and a monitoring point position access interface; each monitoring point position is composed of one or more cameras; the monitoring point position surveying interface is composed of a surveying plan making module, a surveying plan feedback module, a user audit module and a GIS map show module; the monitoring point position construction interface is composed of a construction plan making module, a construction plan feedback module, a user audit module and a GIS map show module; and the monitoring point position access interface is composed of an access plan making module, an access plan feedback module, a user audit module and a GIS map show module. Schedule management is performed on states of the monitoring point positions through three links, i.e., plan making, plan feedback and user audit, a construction plan and schedule of the various video monitoring point position in a city are intuitively displayed on a map, and then the object of convenience is provided for project management is achieved.
Description
Technical field
The present invention relates to the project management technique field of video monitoring system, especially a kind of project management system of the safe city video monitoring system based on GIS.
Background technology
Along with the development of computer technology, safe city is applied widely in city management.In the process of construction of safe city, the construction scope of video monitoring system is wide, watch-dog point bit quantity is many, and how effectively the process of construction of monitor and managment video monitoring system becomes the problem needing solution badly.In construction supervisory system traditional at home and abroad, the situation that display task completes is only limitted to the monitoring management of process of construction, and carry out the formulation of Added Management decision-making with this, not progress displaying in GIS map, be difficult to have the scope of building and general status be familiar with intuitively.
Geographic Information System (Geographic Information System), be called for short GIS, it is a kind of specific very important space information system, be under computing machine hardware and software system is supported, the relevant geographic distributed data in epigeosphere (comprising atmospheric envelope) space all or in part gathered, stores, manage, computing, analysis, display and description technological system.GIS technology by its powerful spatial analysis functions, can easily the representing of optimized integration geography information and other thematic informations, analyze.
Summary of the invention
The object of the present invention is to provide a kind of can the construction process of monitor video supervisory system effectively, the progress of engineering construction can be checked again flexibly, be convenient to grasp intuitively and the project management system of the safe city video monitoring system based on GIS of managing video supervisory system construction process.
For achieving the above object, present invention employs following technical scheme: a kind of project management system of the safe city video monitoring system based on GIS, comprise exploration interface, position, control point, position, control point construction interface and access interface, position, control point, described position, control point is made up of one or more camera; Exploration interface, position, described control point forms by surveying plan module, exploration planned feedback module, user's auditing module and GIS map display module, position, described control point construction interface is formulated module, construction plan feedback module, user's auditing module and GIS map display module by construction plan and is formed, and access interface, position, described control point forms by accessing plan module, access planned feedback module, user's auditing module and GIS map display module.
Described exploration plan module formulates the exploration plan of position, control point, complete exploration plan, after exploration planning cycle terminates, exploration planned feedback module is fed back the exploration plan performance formulated, and submit exploration plan performance to user auditing module, result according to examination & verification upgrades the state of position, control point, by the state updating of position, control point for survey on GIS map display module.
The state that described construction plan formulation module shows from GIS map display module is in the position, control point surveyed, control point is selected to rank into construction plan, complete construction plan, after construction plan end cycle, construction plan feedback module feeds back the construction plan performance formulated, and submit construction plan performance to user auditing module, result according to examination & verification upgrades the state of position, control point, by the state updating of position, control point for construct on GIS map display module.
The state that described access plan module shows from GIS map display module is in the position, control point of having constructed, control point is selected to rank into access plan, complete access plan, after access planning cycle terminates, access planned feedback module is fed back the access plan performance formulated, and submit access plan performance to user auditing module, result according to examination & verification upgrades the state of position, control point, by the state updating of position, control point for access on GIS map display module.
The state of position, control point is divided into be surveyed, construct, accesses three types, and the some bit sign of three types is different.
According to the Subscriber Unit selected, the scope of GIS map is zoomed to the administrative region at Subscriber Unit place by system, and the performance being surveyed, construct and accessed plan is shown in GIS map.
As shown from the above technical solution, advantage of the present invention is as follows: the first, in the process of construction of video monitoring system, the state of position, control point is divided into and surveys, constructed and accessed three types, represent respectively with different symbols, is easy to distinguish; The second, all positions, control point, by GIS technology, are loaded in GIS map with the form of icon by system, conveniently intuitively check and manage; 3rd, in each stage, respectively by making a plan, planned feedback and user audit three links and carry out progress control to the state of position, control point, in city, the construction plan of each video surveillance point position and progress are presented in GIS map, intuitively to reach the object of conveniently carrying out project management.
Accompanying drawing explanation
Fig. 1 is system of the present invention composition schematic diagram;
Fig. 2 is management schematic diagram in position, control point in GIS map;
Fig. 3 is position, the control point view of checking in GIS map in certain area;
Fig. 4 is inquiring user unit target advance schematic diagram in system.
Embodiment
Based on a project management system for the safe city video monitoring system of GIS, comprise exploration interface, position, control point, position, control point construction interface and access interface, position, control point, described position, control point is made up of one or more camera; Exploration interface, position, described control point forms by surveying plan module, exploration planned feedback module, user's auditing module and GIS map display module, position, described control point construction interface is formulated module, construction plan feedback module, user's auditing module and GIS map display module by construction plan and is formed, access interface, position, described control point forms by accessing plan module, access planned feedback module, user's auditing module and GIS map display module, as shown in Figure 1.The state of position, control point is divided into be surveyed, construct, accesses three types, and the some bit sign of three types is different.According to the Subscriber Unit selected, the scope of GIS map is zoomed to the administrative region at Subscriber Unit place by system, and the performance being surveyed, construct and accessed plan is shown in GIS map.
As shown in Figure 1, described exploration plan module formulates the exploration plan of position, control point, complete exploration plan, after exploration planning cycle terminates, exploration planned feedback module is fed back the exploration plan performance formulated, and submit exploration plan performance to user auditing module, the result according to examination & verification upgrades the state of position, control point, by the state updating of position, control point for survey on GIS map display module.The state that described construction plan formulation module shows from GIS map display module is in the position, control point surveyed, control point is selected to rank into construction plan, complete construction plan, after construction plan end cycle, construction plan feedback module feeds back the construction plan performance formulated, and submit construction plan performance to user auditing module, result according to examination & verification upgrades the state of position, control point, by the state updating of position, control point for construct on GIS map display module.The state that described access plan module shows from GIS map display module is in the position, control point of having constructed, control point is selected to rank into access plan, complete access plan, after access planning cycle terminates, access planned feedback module is fed back the access plan performance formulated, and submit access plan performance to user auditing module, result according to examination & verification upgrades the state of position, control point, by the state updating of position, control point for access on GIS map display module.
Below in conjunction with Fig. 1,2,3,4 the present invention is further illustrated.
The process of position, control point construction is divided into exploration stage, construction stage and access phase, only had by the last stage, position, control point state meets the condition entering the next stage, just can enter the next construction period, thus realize the management to position, control point state.The Spatial Data Analysis of GIS is introduced management system, the availability of Strengthening Management means and system, according to the difference of position, control point state, position, control point with the icon shows corresponding with position, control point state in GIS map, the some position in GIS map representated by icon and database mid point bit data one_to_one corresponding.
Select the Subscriber Unit needing to formulate the exploration plan of position, control point, GIS map zooms in the administrative region at its place by system;
Positions, control point all in this administrative region is loaded in the GIS map of present scope by GIS map, when using native system first, owing to there is no completed plan, all positions, control point show in GIS map with the default icon of watch-dog, thereafter, all positions, control point show with different icons respectively according to its status attribute;
In conjunction with GIS technology, the position, control point in specified point, specified path, appointed area and certain limit thereof can be selected fast, easily, and rank the control point of selection into formulating in the works, and realize the status attribute of the some position in specified point, specified path, appointed area and certain limit thereof by similar method.
When carrying out the exploration of position, control point, because initial point position does not have status information, show on map with the default icon of watch-dog.Project manager logs in native system, select to treat exploration point position by GIS technology, formulate the exploration plan of position, control point, after project manager formulates the exploration plan of position, control point, exploration unit is according to position, the control point exploration plan be kept in system, and establishment officer surveys plan point position.Exploration unit, in actual survey process, for the restriction of objective survey condition and the consideration of cost element, may survey all planning a some position, but completing the some position exploration beyond to plan.Exploration unit to complete in the works exploration some position, plan does not complete the some position of exploration, the some position completing exploration outside the plan gathers, input system, completes exploration planned feedback.After exploration planned feedback completes, project manager submits exploration task performance to, and audited exploration point position by user, position, the control point state that examination & verification is passed through changes to and surveys by system, the bit map/bitmap upgraded in GIS map is designated as and surveys, not constant by the state of the position, control point of examination & verification.
When carrying out the construction of position, control point, project manager logs in native system, is selected element position the position, control point surveyed by GIS technology from state, formulates position, control point construction plan.After project manager formulates position, control point construction plan, unit in charge of construction is according to the construction plan of preserving in the present system, and establishment officer constructs to plan point position.Unit in charge of construction, in practice of construction process, for the restriction of objective execution conditions and the consideration of cost element, while may constructing, but completes the some position construction beyond to plan to all planning a some position.The point position that the some position that unit in charge of construction does not complete the some position of having constructed in the works, plan construction, construction outside the plan complete is gathered, and input system completes construction plan feedback.After construction plan has been fed back, project manager submits construction task performance to, is audited construction point position by user, and position, the control point state that examination & verification is passed through changes to and constructs by system, upgrade the control point bitmap mark in GIS map, not constant by the state of examination & verification.
When carrying out the access of position, control point, project manager's login system is the some position of having constructed by GIS technology from state, formulates access plan.After project manager formulates the access plan of position, control point, access unit is according to the access plan be kept in system, and establishment officer accesses plan point position.Access unit, in actual access procedure, for the restriction of objective access conditions and the consideration of cost element, while may accessing, but completes the some position access beyond to plan to all planning a some position.The point position that the some position that access unit does not complete the some position accessed in the works, plan access, access outside the plan complete is gathered, and typing native system, completes access planned feedback.After access planned feedback completes, project manager submits access task performance to, is audited access point position by user, and position, the control point state that examination & verification is passed through changes to and accesses by system, upgrade the bit map/bitmap mark in GIS map, not constant by the state of examination & verification.
In sum, the state of position, control point, in the process of construction of video monitoring system, is divided into and surveys, constructed and accessed three types, represent respectively with different symbols by the present invention, is easy to distinguish; By GIS technology, all positions, control point are loaded in GIS map with the form of icon, conveniently intuitively check and manage; In each stage, respectively by making a plan, planned feedback and user audit three links and carry out progress control to the state of position, control point, in city, the construction plan of each video surveillance point position and progress are presented in GIS map, intuitively to reach the object of conveniently carrying out project management.
Claims (6)
1. based on a project management system for the safe city video monitoring system of GIS, it is characterized in that: comprise exploration interface, position, control point, position, control point construction interface and access interface, position, control point, described position, control point is made up of one or more camera; Exploration interface, position, described control point forms by surveying plan module, exploration planned feedback module, user's auditing module and GIS map display module, position, described control point construction interface is formulated module, construction plan feedback module, user's auditing module and GIS map display module by construction plan and is formed, and access interface, position, described control point forms by accessing plan module, access planned feedback module, user's auditing module and GIS map display module.
2. the project management system of the safe city video monitoring system based on GIS according to claim 1, it is characterized in that: described exploration plan module formulates the exploration plan of position, control point, complete exploration plan, after exploration planning cycle terminates, exploration planned feedback module is fed back the exploration plan performance formulated, and submit exploration plan performance to user auditing module, result according to examination & verification upgrades the state of position, control point, by the state updating of position, control point for survey on GIS map display module.
3. the project management system of the safe city video monitoring system based on GIS according to claim 1, it is characterized in that: the state that described construction plan formulation module shows from GIS map display module is in the position, control point surveyed, control point is selected to rank into construction plan, complete construction plan, after construction plan end cycle, construction plan feedback module feeds back the construction plan performance formulated, and submit construction plan performance to user auditing module, result according to examination & verification upgrades the state of position, control point on GIS map display module, by the state updating of position, control point for construct.
4. the project management system of the safe city video monitoring system based on GIS according to claim 1, it is characterized in that: the state that described access plan module shows from GIS map display module is in the position, control point of having constructed, control point is selected to rank into access plan, complete access plan, after access planning cycle terminates, access planned feedback module is fed back the access plan performance formulated, and submit access plan performance to user auditing module, result according to examination & verification upgrades the state of position, control point on GIS map display module, by the state updating of position, control point for access.
5. the project management system of the safe city video monitoring system based on GIS according to claim 1, is characterized in that: the state of position, control point is divided into be surveyed, construct, accesses three types, and the some bit sign of three types is different.
6. the project management system of the safe city video monitoring system based on GIS according to claim 1, it is characterized in that: according to the Subscriber Unit selected, the scope of GIS map is zoomed to the administrative region at Subscriber Unit place by system, and the performance being surveyed, construct and accessed plan is shown in GIS map.
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| CN105117318A (en) * | 2015-08-18 | 2015-12-02 | 北京恒华伟业科技股份有限公司 | Method and device for monitoring equipment production progress |
| CN107194544A (en) * | 2017-04-28 | 2017-09-22 | 夏胜军 | A kind of municipal works management system |
| CN114548822A (en) * | 2022-03-10 | 2022-05-27 | 海宁市国土空间规划设计有限公司 | Urban construction planning system |
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| CN101089891A (en) * | 2007-07-13 | 2007-12-19 | 左立国 | Technical method for analysing and managing channel distribution of telecommunication operation firm based on GIS system |
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Cited By (4)
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| CN105117318A (en) * | 2015-08-18 | 2015-12-02 | 北京恒华伟业科技股份有限公司 | Method and device for monitoring equipment production progress |
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