KR100851421B1 - Artificial reef and marine ranching integrated management system and method - Google Patents

Abstract

A system and a method for integrally managing artificial fishing reefs and marine farms are provided to enable a user to search and use information in a web environment regardless of time/location by collecting/visualizing all scientific data observed and investigated in the artificial fishing reefs and the marine farms, and linking the data with a map in a 3D(Dimensional) mode. A database server(120) standardizes bathymetric data by collecting/classifying the bathymetric data observed/investigated in artificial fishing reefs and marine farms, and stores the bathymetric data applying a visualization mode suitable for a classified type to a database. An artificial fishing reef management server(110) converts the bathymetric data stored in the database into a UTM(Universal Transverse Mercator) coordinate system, and represents the bathymetric data in a 3D screen by restoring the bathymetric data from the UTM data, and linking the bathymetric data with a basic map, which is generated based on an artificial satellite photo, an aerial photo, and DEM(Digital Elevation Model) data. The artificial fishing reef management server includes a 3D web viewer(116), a database control box module(113), a main screen module(112), a layer control box module(114), and a control panel module(115).

Description

Artificial reef and marine ranching integrated management system and its method {.}

The present invention relates to a comprehensive management system and method for artificial reefs and marine ranches, and more particularly, to collect the data observed and surveyed in the artificial reefs and sea ranch installed in the ocean and the sea, and the various data collected Visualize the location of artificial reefs and sea pastures installed in the ocean by visualizing them in 1D and 2D formats such as graphs, charts, schematics, and vector / raster maps, or 3D submarine topography, 3D objects, and virtual effects. The present invention relates to an artificial reef and marine ranching integrated management system and a method for providing a user terminal anytime, anywhere searching, checking, and storing scientific data around the artificial reef and the sea ranch.

Humans are already attempting to make full use of the sea beyond sailing or developing resources such as marine products and tributes, and many neighboring countries anticipate the arrival of such times and prepare at the national level. Doing.

Therefore, due to the peculiarities of the ocean, the use of equipment and technology for data acquisition is very expensive, so the effective use of data is of paramount importance.

In particular, the artificial reefs have been carrying out the artificial reef facility industry, which is a national project for the aquatic biological resources since the 1970s. It took 64.9 billion won for 34 years until 2006, and is installed in 910 coastal areas of 27 species. .

However, there has been no development of a system for comprehensively managing artificial reefs and sea pastures.

In other words, through the comprehensive management system of artificial reefs and sea ranches, the information transmission system of artificial reefs and sea ranches is established, and the artificial reefs and sea ranches are widely applied to all fields of the industry or research. To improve the economics of the sea ranch.

The first and foremost thing to do is to construct a system that enables the rapid utilization of all marine data collected by various observation and survey means, and to link the scientific data collected and surveyed with artificial reefs and sea ranches accumulated through the system. There is a demand for a system that comprehensively manages artificial reefs and sea pastures that contribute to the welfare of humankind by developing a system that can provide information in 3D form that includes concepts.

An object of the present invention devised to solve the above problems is to collect all scientific data observed and surveyed in the artificial reefs and ocean ranches installed in the ocean and the ocean, and according to the characteristics of the data, respectively, graphs, charts, diagrams and vectors Artificial reefs installed in the oceans around the world by visualizing in 1D and 2D formats such as / Raster Map, 3D seabed topography, 3D objects, and virtual effects, and in connection with the basic map of the whole earth created in 3D form. Comprehensive management system and method for artificial reefs and marine ranches which can search for sea ranch and visualize all the scientific data around the retrieved artificial reefs and sea ranches in 1D to 3D form, greatly contributing to the welfare of mankind To provide.

In addition, another object of the present invention is to facilitate the establishment of national policies, such as establishing coastal development and utilization policies, marine resources development and management, establishing long-term policies for marine environmental conservation through such web services, natural disasters ( A comprehensive management system of artificial reefs and marine ranches that can protect people and property from typhoons and tsunamis, support marine-related industries, optimize design of marine structure (architecture) development plans, prevent marine accidents, and develop new routes. To provide a way.

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In order to achieve the above object, the artificial reef and sea ranch comprehensive management system according to the present invention collects surveyed and surveyed data from artificial reefs and sea ranches installed in the ocean and the sea, analyzes and standardizes types, and standardizes them. The DB server for classifying the survey data, each of which is classified into types according to the characteristics of the surveyed data and adopting each visualization method to be implemented in 1D, 2D, and 3D according to the classified type, and the surveyed DB that is DBd to the DB server. The data are collectively converted into a UTM (Universal Transverse Mercator) coordinate system, and when visualized, they are converted back into 3D spherical coordinates, and are generated based on the converted data, satellite images, aerial photographs, and digital elevation model (DEM) data. It includes an artificial reef management server for implementing a 3D screen in conjunction with each other or a base map to be a basic background.

In addition, the artificial reef and marine ranching integrated management system according to the present invention, the survey data are classified by type and visualized, satellite screen, aerial photographs, soil analysis information, survey location, multi-beam, single beam, geological survey data, Digital maps, digital charts, and CAD are classified as water metric type data, visualized in 1D and 2D forms, tide, wave, meteorological observation data, subsea quality distribution data, Seawater components, biological data, magnetic exploration, buoy tracking data, algae, ocean currents, photos and videos are classified as Survey data and characterized in visualized in 1D to 3D form.

In addition, the artificial reef and sea ranch integrated management system according to the present invention, the visualization method implemented in the 1D form, line plots (Histograms), Scatter plots (Scatter plots), Rose (Rose) And stick diagrams, which are visualized by any one of the methods, and the visualization method implemented in the 2D form includes contours, surface maps, posts, and vector maps. The visualization method, which is visualized by any one of grid maps and gridding methods, and implemented in the 3D form, may include navigation, wire frame maps, and contours. (Contour), volume rendering (Volume rendering), 3D effects (Features), 3D Objects (Objects) and a movie maker (Movie maker) in any one of the way characterized in that the visualized.

In addition, the artificial reef management server, the artificial reef management server, a 3D web viewer for displaying each other or in conjunction with each other or the DB and the survey data in the DB server, DB displayed on the main screen of the user terminal DB control box module that extracts the location information and attribute information of artificial reef and sea ranch selected from the control box menu from the DB server and displays them on the main screen of the user terminal, and is displayed on the main screen of the user terminal. The main screen module extracts the location information and the related information of the artificial reef and the sea ranch of the icon selected from the user among the icons of the artificial reef and the sea ranch from the DB server and displays them on the main screen of the user terminal. Selected by the user from the rare control box menu displayed on the screen. When the user selects a rare control box module that extracts information related to artificial reefs and sea ranches and artificial reefs and sea ranches from the DB server and displays them on the main screen of the user terminal, and a control panel menu for adjusting rotation, movement and viewing angle The control panel module includes a global map displayed on the main screen, artificial reefs and sea pastures, and a control panel module for rotating, moving, and viewing angle related information.

In addition, the 3D web viewer may visualize the seabed topography, vector data and 3D objects as well as the surveying data visualized in connection with the basic map, search for names, locations and data, or move to search results. Oceanographic structures of breakwaters and piers by visualizing by linking CAD files on the base map with a viewer engine that visualizes the seabed topography, vector data, and 3D objects of location, and retrieves, checks, edits, and saves the visible data. CAD data integration engine that visually superimposes design information on and maps additional image data of subsea, rock, side, scan, sonar and magnetic exploration data on the base map Image mapping engine to visualize and add visually, and acquire depth information and express the seabed topography in artificial-color, but among the survey data Contour data engine that interpolates depth data to display as raster image, or maps and visualizes partial subsurface survey data, and the depth according to depth for a specific area selected through 3D web viewer. A section data engine that provides 3D cross-sectional information, but not only displays cross-sectional information, but also adjusts the resolution of the cross-sectional information to display the stored information as a text or image file, and the survey being visualized. Represents multiple survey data in 1D and 2D graphs on the data, resets the color, unit, width, plot, and type of survey data that are visualized according to the user's device settings, and selects the survey data selected by the user device. Measure the ocean information data engine that expands and contracts and the range of the measurement data that is modeled in conjunction And, it includes a 3D Plot Engine to represent the objectification in certain parts on 3D Web Viewer.

In addition, the artificial reef and sea ranch comprehensive management method according to the present invention, (a) collecting the survey data observed and surveyed in the artificial reef and the sea ranch installed in the ocean and the ocean by analyzing the type and standardization of the standardized data (B) The standardized data DBd from the DB server is adopted by artificial reef management server, and the satellite which is the basic background is adopted. A step of visualizing survey data adopting global basicness and visualization method generated from screens, aerial photographs, digital elevation model (DEM) and vector data to be implemented in 1D or 3D form, respectively or in connection with each other, and (c The location of the artificial reef and the sea ranch retrieved from the user on the main screen of the user terminal connected to the artificial reef management server Steps to be superimposed is displayed, and (d) Artificial Reef and ocean ranch and the observation and survey data retrieved by the main screen of the user terminal is a step that is visible to the 1D to 3D.

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In addition, the artificial reef and marine ranching integrated management method according to the present invention, the surveying data are classified by type and visualized, satellite screen, aerial photo, multi-beam, single-beam, magnetic field data, geological survey data, digital map, CAD and CAD are classified as depth survey data, tide, wave, meteorological observation data, sea level distribution data, sub-trace survey data, tidal currents, and currents are classified as observation data. Wave models, erosion or sedimentation models, and ecosystem (water quality) models are characterized as classified into model data.

In addition, the artificial reef and sea ranch comprehensive management method according to the present invention, the visualization type of the data classified into depth measurement data, observation data and model data, the depth measurement data is visualized to be implemented in a 2D form, the observation data Is visualized to be implemented in 1D to 3D form, and the model data is modeled based on the depth measurement data and observation data, and is visualized to be implemented in 2D and 3D forms.

In addition, the artificial reef and sea ranch comprehensive management method according to the present invention, the visualization method implemented in the 1D form is, line plots (Histograms), Scatter plots (Scatter plots), Rose (Rose) And stick diagrams, which are visualized by any one of the methods, and the visualization method implemented in the 2D form includes contours, surface maps, posts, and vector maps. The visualization method, which is visualized by any one of grid maps and gridding methods, and implemented in the 3D form, may include navigation, wire frame maps, and contours. (Contour), volume rendering (Volume rendering), 3D effects (Features), 3D Objects (Objects) and a movie maker (Movie maker) in any one of the way characterized in that the visualized.

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In addition, in the step (d), if the location information and the attribute information of the artificial reef and the sea ranch are selected from the DB control box menu displayed on the main screen of the user terminal, the extracted terminal is extracted from the DB server and the user terminal is accessed through the 3D web viewer. Is displayed on the main screen.

In the step (d), the location information and related information of the artificial reef and sea ranch of the icon selected from the user among the icons of the artificial reef and sea ranch displayed on the main screen of the user terminal are displayed through the main screen module. Extracted from the server, and is displayed on the main screen of the user terminal through the 3D web viewer.

In addition, the step (d), if the artificial reef and sea ranch and the information of artificial reef and sea ranch is selected from the rare control box menu displayed on the main screen of the user terminal, extracted from the DB server through the rare control box module And displayed on the main screen of the user terminal through the 3D web viewer.

In addition, in the step (d), the basic map, the artificial reef and sea pasture and the information related to the artificial reef on the earth displayed on the main screen of the user terminal may be rotated, moved, and viewed through the control panel module. It is done.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the artificial reef and marine ranching comprehensive management system and method according to the present invention.

1 is a schematic diagram of the artificial reef and marine ranching integrated management system according to an embodiment of the present invention.

1, the artificial reef and sea ranch comprehensive management system according to the present invention includes an artificial reef management server 110 and DB server 120.

Through the artificial reef management server 110, among physical information, chemical information, biological information, geological information, and channel measurement data of all regions of the earth, especially the observation and All the data observed and inspected from the sea and the land are collected through observation equipment, parts, marine observation equipment, satellites, marine observation networks, satellite images, aerial photographs, and marine observation ships installed on the artificial reefs.

Analyze all types of data observed and investigated in the collected ocean and land, including satellite image (video), aerial photograph, multi-beam, single beam, magnetic field data, geological survey data, digital map, digital chart and design drawing (CAD) is classified as survey data.

The measurement data (Bathymetry) is used to mean the depth measurement, but in this specification it is used to express the type of various data related thereto.

In addition, the survey data types include photographic data such as satellite images and aerial photographs, subterranean exploration data such as multibeams and single beams, and vector data such as numerical charts and design drawings.

In other words, the survey data are mostly 2D data and can be divided into raster data and vector data in data format.

In order to visualize the survey data, a visualization method adapted to characteristics should be adopted.

 Satellite images, aerial photographs, fisheries distribution, survey locations, multibeam, single beam, geological survey data, digital maps, numerical charts and design drawings (CAD) are categorized as type of water metry and are in 1D and 2D forms. It is preferred to be visualized.

And tide, wave, meteorological observation data, subsea quality distribution data, various seawater components, biological data, site trace data, algae, current, water temperature, salinity, suspended sand (SS), photographs and videos. Is preferably classified as Survey data and visualized in 1D to 3D form.

The visualization method of the data implemented in the 1D form may be visualized by any one of line plots, histograms, scatter plots, rose, and stick diagrams. It is preferable to be.

In addition, the visualization method of the material implemented in the 2D form may include a contour, surface maps, posts, vector maps, grid maps, and a drawing method ( It is preferable to visualize in any one of the gridding methods).

In addition, the visualization method of the material implemented in the 3D form may include navigation, wire frame maps, contours, volume rendering, 3D effects, and 3D objects ( Objects and movie makers are preferably visualized in either manner.

Subsequently, the survey data in which the visualization method is adopted through the artificial reef management server 110 is DBized to the DB server 120.

Figure 2 is a schematic diagram showing the creation of a basic diagram in the pre-processing integrated module of the artificial reef and sea ranch integrated management system according to an embodiment of the present invention, Figure 3 is an artificial reef and sea according to an embodiment of the present invention This is a conceptual diagram showing the integration of survey data to be visualized on the base chart in the ranch integrated management system.

2 and 3, the artificial reef management server 110 includes a preprocessing integration module 111 and a 3D web viewer 116.

The preprocessing integration module 111 collectively converts the data DBd in the DB server 120 into a Universal Transverse Mercator (UTM) coordinate system, and then converts the data into 3D spherical coordinates when visualizing the data.

In other words, 3D spherical coordinates are used to display on an actual screen, which displays artificial reefs and sea ranches and various information related to the artificial reefs and sea ranches across the globe on one screen regardless of region. For sake.

In addition, the preprocessing integration module 111 is converted into the UTM coordinate system in a batch, and then converts the DB data into a 3D spherical coordinates in the DB server, as shown in Figure 3, the converted data, satellite screen Analyze the aerial photographs (DEM) and the vector data (Vector), respectively, and preprocess them to tile or pyramid through each maker to create a baseline that becomes the basic background.

The 3D web viewer 116 links the preprocessed data with the DB data in the DB server 120 in the preprocessing integration module 111, based on the generated 3D visualization data, satellite image, aerial photograph, and DEM data. Display the base map which is the generated basic background, respectively or in conjunction with each other, and combine 3D satellite imagery and the above data by linking a vector layer (Vector lsyer) on the generated base map to integrate 3D visualization by terrestrial and submarine topography. You can check the result.

In this case, the vector layer may be configured in a tree format, and the lower layer may be displayed as a child node of the upper layer, and only the vector layer desired by the user terminal 300 can be checked in association with the basic degree through on or off for each layer.

In addition, by providing a search function for a specific vector layer, the user terminal 300 may search for and confirm contents of a specific layer to be viewed.

Figure 4 is a detailed block diagram of the artificial reef and marine ranching integrated management system according to an embodiment of the present invention.

4, the artificial reef management server 110 of the artificial reef and sea ranch integrated management system according to the present invention is a pre-processing integration module 111, the main screen module 112, DB control box module 113, rare Control box module 114, control panel module 115, and 3D web viewer 116.

The main screen module 112 may display the location information of the artificial reef and the sea ranch of the icon selected from the user among the icons of the artificial reef and the sea ranch displayed on the main screen of the user terminal 300 and various information related to the DB server ( 120, and displayed on the main screen of the user terminal 300 through the 3D web viewer 116.

The DB control box module 113 retrieves various location information and attribute information of artificial reefs and sea ranches selected by the user from the DB control box menu 301 displayed on the main screen of the user terminal 300, and searches the DB. Extracted from the server 120, and displayed on the main screen of the user terminal 300 through the 3D web viewer 116.

The rare control box module 114 is a DB server that manages the artificial reef and sea ranch selected by the user from the rare control box menu 114 displayed on the main screen of the user terminal and various information related to the artificial reef and sea ranch. And extract the image on the main screen of the user terminal 300 through the 3D web viewer 116.

The control panel module 115 rotates the basic map, the artificial reef and the sea ranch, and various kinds of information related to the artificial reef on the earth displayed on the main screen of the user terminal 300 through the 3D web viewer 116, Move and adjust the viewing angle.

The 3D web viewer 116 includes a viewer engine 1121, a CAD data integration engine 1122, an image mapping engine 1123, a contour data engine 1124, a section data engine 1125, and an ocean information data engine 1126. ) And 3D plot engine 1127.

The viewer engine 1121 may search for the location of the artificial reef and the sea ranch and various kinds of data (data) of various names and move to the searched results, and visualize the generated basicity, the seabed topography, the vector material and the 3D object. Search, view, edit and store the material being visualized.

The CAD data integration engine 1122 visualizes design information for offshore structures such as breakwaters and piers by visualizing CAD files in association with the CAD.

 The image mapping engine 1123 maps and adds additional image data such as seabed, rock core, side, scan, sonar, and magnetic sensing data on the basic map.

The contour data engine 1124 obtains depth information and expresses the seabed topography in a pseudo-color using the depth information, and interpolates depth data among the survey data, thereby raster image raster. image, or by mapping partial undersea survey data such as multibeams.

The section data engine 1125 provides 3D cross-sectional information according to the depth of the selected region, and not only shows the cross-sectional information representing the depth, the dark core, or the measurement value for each depth, but also adjusts the resolution of the displayed cross-sectional information. Save the information as a text or image file.

The ocean information data engine 1126 represents a plurality of artificial reefs and related marine data of the sea ranch in 1D and 2D graphs on the various types of data to be visualized, wherein the data to be visualized are set in the setting of the user terminal 300. The color, unit, width, plot and type are reset accordingly, and the user terminal zooms in and out for a specific material selected by the user terminal.

The 3D plot engine 1127 measures the range of the data to be linked and modeled, produces it in a specific visualization format, and expresses the object in a portion of the 3D web viewer 116.

Therefore, as described above, the user terminal 300 is a web site linked to the artificial reef management server 110 through a wired or wireless Internet 200, and the basic 3D satellite image starts from the shape of the whole earth and reaches the Korean peninsula. 3D information including various forms of spatiotemporal concepts, including artificial reefs and sea ranches, and various types of information related to the artificial reefs and sea ranches, can also be searched and verified through the 3D web viewer 116. And storage.

5 is a flowchart of a method of visualizing and servicing scientific data of oceans and the earth in 3D according to an embodiment of the present invention.

Referring to Figure 5 will be described in detail a method of visualizing and service the scientific data of the ocean and the earth in 3D according to the present invention.

First, through the artificial reef management server 110, various marine information devices, satellites, and various physical information data, chemical information data, biological information data, geological information data, and channel measurement data, etc. All data observed and surveyed by the ocean and the land are collected through the ocean, ocean observation network, satellite imagery, aerial photographs and ocean observation vessel.

Then, by analyzing and standardizing all types of surveying data observed and surveyed in the collected ocean and land, and classifying the data observed and surveyed in the ocean and land by type according to the characteristics of the standardized data DB server ( 120) is made into DB (step S210).

Next, the artificial reef management server 110, satellite image, aerial photographs, fishery distribution, survey location, multi-beam, single-beam, geological survey data, digital map, numerical chart and design drawing (CAD) It is classified as thyme type data and visualized in 1D and 2D form.

And tide, wave, meteorological observation data, subsea quality distribution data, various seawater components, biological data, site trace data, algae, current, water temperature, salinity, suspended sand (SS), photographs and videos. Is classified as Survey data and visualized in 1D to 3D form.

That is, in order to visualize the water metric type data and the survey data classified by the types, a visualization method suitable for each characteristic should be adopted.

The visualization method implemented in the 1D form may be any one of line plots, histograms, scatter plots, rose, and stick diagrams. Adopted to be DB on the DB server 120.

In addition, the visualization method implemented in the 2D form includes contours, surface maps, posts, vector maps, grid maps, and gridding methods. ), Any one visualization method is adopted, and the DB server 120 is DBized.

The visualization method implemented in the 3D form may include navigation, wire frame maps, contours, volume rendering, 3D effects, and 3D objects. And a visualization method of any one of movie makers (Movie makers) is adopted and made into DB in the DB server 120.

Subsequently, the basic and global data generated by using the satellite image, aerial photograph, DEM, and vector data which are the basic backgrounds in the artificial reef management server 110 and the data adopting the visualization method are respectively 1D to 3D. It is implemented in form and made visible.

At this time, a more detailed description of the implementation in the form of 1D to 3D in conjunction with each other or with each other, the basic global map and the data adopting the visualization method will be described later (step S220).

Then, in the pre-processing integration module 111, the base on the pre-processed global map and the artificial reef and the various materials of the artificial reef are integrated into the DB server 120 are integrated and connected, the user terminal through the 3D web viewer 116 Is displayed on the main screen (step S230).

Then, the retrieved artificial reef and sea pasture and the corresponding observation and survey data are visualized in 1D to 3D on the main screen of the user terminal 300.

That is, when searching for various location information and attribute information of the artificial reef and the sea ranch selected by the user from the DB control box menu 301 displayed on the main screen of the user terminal, the DB control box module ( It is extracted through the 3D web viewer 116 and displayed on the main screen of the user terminal 300.

The location information of the artificial reef and sea ranch of the icon selected from the user among the icons of the artificial reef and sea ranch displayed on the main screen of the user terminal 300 is displayed on the main screen module of the DB server 120. If extracted through the 112 is displayed on the main screen of the user terminal 300 through the 3D web viewer 116.

Then, the artificial reef and the sea ranch selected from the user among the rare control box menu displayed on the main screen of the user terminal 300, and the various information related to the artificial reef and sea ranch is a rare control box in the DB server 120 When extracted through the module 114 is displayed on the main screen of the user terminal 300 through the 3D web viewer 116.

In addition, a basic map, an artificial reef and an ocean ranch, and various information related to the artificial reef are displayed on the main screen of the user terminal 300 through the 3D web viewer 116. Through rotation, movement and viewing angle are adjusted (step S240).

6 is a flowchart of a method for generating a basic view in the artificial reef and marine ranching comprehensive management method according to an embodiment of the present invention.

Referring to FIG. 6, the basic maps of the global map and the data adopting the visualization method are implemented in 1D to 3D forms in connection with each other or in conjunction with each other. In step S220, the respective visualization methods are adopted to provide the DB server 120. In step S221, the DB data is converted into a UTM coordinate system through the preprocessing integration module 111 and then converted into a DB server again (step S221).

Then, when visualized using the data DBd to the DB server 120, the preprocessing integration module 111 converts the 3D spherical coordinates again (step S222).

Next, the preprocessing integration module 111 analyzes the satellite image, the aerial photograph DEM, and the vector data among the converted data, and preprocesses the tiles or pyramids through the respective makers to generate a basic diagram (step S223). .

FIG. 7 is a reference diagram showing a basic view of the entire earth on the main screen of the user terminal in the artificial reef and marine ranching comprehensive management method according to an embodiment of the present invention, and FIG. 8 is an embodiment of the present invention. In the integrated artificial reef and sea ranch management method according to the example is a reference diagram showing that the location of the artificial reef and sea ranch on the main screen of the user terminal is displayed.

Referring to FIG. 7 and FIG. 8, as described above, the user terminal 300 is a basic 3D satellite image starting from the appearance of the entire earth through the web site that is interconnected with the artificial reef management server 110 to the Korean peninsula. Also, the location of artificial reefs and sea ranches in the waters around the Korean Peninsula is indicated by an icon.

FIG. 9 is a reference diagram illustrating a DB control box menu, a main screen, a rare control box menu, and a control panel module of a main screen of a user terminal in an artificial reef and marine ranching comprehensive management method according to an embodiment of the present invention.

Referring to FIG. 9, and when the corresponding artificial reef and sea ranch of the icon selected by the user are selected from the icons of the artificial reef and sea ranch displayed on the main screen 302 of the user terminal 300, the corresponding artificial reef and sea selected Go to the ranch.

In addition, when various location information and attribute information of the artificial reef and the sea ranch selected by the user are searched from the DB control box menu 301, the searched information is displayed on the main screen 302.

The artificial reef and sea ranch selected by the user from the rare control box menu 303 and various information related to the artificial reef and sea ranch are displayed on the main screen 302.

In addition, the control panel menu 304 may rotate, move, and adjust the viewing angle of the global map, artificial reef and sea pasture, and various information related to the artificial reef, displayed on the main screen 302.

10 is a reference diagram showing that the artificial reef and the sea ranch searched position on the main screen of the user terminal in the artificial reef and sea ranch comprehensive management method according to an embodiment of the present invention.

11 is a side scan sonar data of the observed and irradiated around the artificial reef and sea ranch searched on the main screen of the user terminal in the artificial reef and sea ranch comprehensive management method according to an embodiment of the present invention is displayed One reference is also.

Referring to FIG. 11, when the moving and viewing angles are adjusted in the sea area around the artificial reef and the sea pasture displayed on the main screen 302 using the control panel menu 304 as shown, the side on the main screen 302 is adjusted. Side scan sonar (SSS) data is displayed.

12 is a reference diagram showing that the attribute information of the artificial reef and the sea ranch retrieved on the main screen of the user terminal is displayed in the artificial reef and sea ranch comprehensive management method according to an embodiment of the present invention.

Referring to FIG. 12, as shown, the attribute information 305 of the artificial reef and the sea ranch, which are searched for position, is displayed, and the attribute information includes a location, a management number, a facility year, a type of fish, a facility area, and an amount of irradiation. Data such as estimates, perimeter depth (m), shallow depth (m) and coordinates, and data such as multi-beam 3D images and side scan sonar are displayed.

13 is a view showing a video of a corresponding artificial reef and a sea ranch among attribute information of the artificial reef and a sea ranch retrieved on a main screen of a user terminal in a method for comprehensive management of artificial reef and sea ranch according to an embodiment of the present invention; One reference is also.

Referring to FIG. 13, as shown, a picture and a video of the artificial reef and the sea ranch are displayed among the attribute information 305 of the location-researched corresponding artificial reef and the sea ranch.

14 is a reference diagram showing that the DB query of the artificial reef and sea ranch retrieved on the main screen of the user terminal in the artificial reef and sea ranch comprehensive management method according to an embodiment of the present invention.

Referring to FIG. 14, a DB query window for displaying various types of information of the corresponding artificial reef and sea ranch is searched for.

The attribute information 307 menu of the displayed DB query window displays a business name, an observation date, an observation content, an observation machine, an observation position (latitude-longitude), a reference, a person in charge and an observation field, and an ocean information menu 308. ), You can view a variety of information about the ocean around the location of the artificial reef and the sea ranch, such as biodistribution, water temperature, salinity and dissolved oxygen amount.

15 is a view showing that the data of the biological distribution and water temperature distribution among the attribute information of the artificial reef and sea ranch retrieved on the main screen of the user terminal in the artificial reef and sea ranch comprehensive management method according to an embodiment of the present invention See also.

Referring to FIG. 15, not only the attribute information of the corresponding artificial reef and sea ranch, the biodistribution and water temperature distribution of the surrounding sea, as well as tide, wave, meteorological observation data, subsea quality distribution data, Various seawater components, biological data, site tracking data, algae, currents, water temperature, salinity and suspended sands are also displayed.

In addition, data such as seawater flow, waves, erosion or sedimentation, oil diffusion, warm drainage diffusion, and ecosystem (water quality) information are modeled and displayed in 3D.

That is, as described above, through such a web service, not only to promote comprehensive and efficient management of artificial reefs and sea ranches, but also to provide information for port operations, marine environment-related information, and numerical models. Providing marine information for military operations, providing marine engineering design information, assessing the impact of marine engineering, evaluating the right to view by construction, providing marine tourism and marine leisure information by region, providing information for safe marine sports, marine and weather forecasting information Provision, assessment of marine environmental forecasts, coastal natural disaster prevention systems, oil pollution control and marine disaster preparedness systems.

As a result, as described above, the 3D satellite image basic map starting from the shape of the whole earth and the range of the Korean peninsula can be confirmed, and the artificial reef and the sea ranch installed in the ocean throughout the earth on the visible basic map are searched and confirmed. , Moving, viewing and storing data.

The present invention is not limited to the above-described preferred embodiments and can be easily modified by anyone of ordinary skill in the art without departing from the gist of the invention claimed in the claims, Such changes are intended to fall within the scope of the claims.

According to the present invention as described above, and collect all scientific data observed and investigated in the artificial reefs and ocean ranch installed in the ocean and the ocean, 1D such as graphs, charts, schematics and Vector or Raster Map according to the characteristics of each data And visualize them in the form of 2D format, 3D seabed topography, 3D objects, and virtual effects, and search for artificial reefs and sea ranches installed in the oceans around the globe by linking them on the basic map of the whole earth created in 3D form. In addition, by visualizing all the scientific data around the searched artificial reef and the sea ranch in the form of 1D to 3D, it is possible to provide a comprehensive management system and method for artificial reef and sea ranch that greatly contribute to the welfare of the human race.

In addition, according to the present invention, such a web service can facilitate the establishment of national policies, such as coastal zone development and use policies, marine resources development and management, long-term policies for marine environmental conservation, natural disasters (typhoons, The comprehensive management system of artificial reefs and marine ranches and methods for protecting life and property from tsunamis, supporting marine related industries, optimal design of marine structure (architecture) development plan, preventing marine accidents, and opening new routes Can provide.

1 is a schematic diagram of the artificial reef and sea ranch comprehensive management system according to an embodiment of the present invention

Figure 2 is a schematic diagram for generating a basic diagram in the pre-processing integrated module of the artificial reef and sea ranch integrated management system according to an embodiment of the present invention

3 is a conceptual diagram showing that the surveying data to be visualized on the base map is integrated in the artificial reef and marine ranching integrated management system according to an embodiment of the present invention

Figure 4 is a detailed block diagram of the artificial reef and sea ranch comprehensive management system according to an embodiment of the present invention

5 is a flow chart of the artificial reef and marine ranching comprehensive management method according to an embodiment of the present invention

6 is a flowchart of a method for generating a basic view in the artificial reef and marine ranching comprehensive management method according to an embodiment of the present invention

FIG. 7 is a reference diagram illustrating a basic diagram of the entire earth displayed on a main screen of a user terminal in a method for comprehensive management of artificial reefs and sea ranches according to an embodiment of the present invention;

8 is a reference diagram showing that the location of the artificial reef and sea ranch on the main screen of the user terminal in the artificial reef and sea ranch comprehensive management method according to an embodiment of the present invention is displayed as an icon

FIG. 9 is a reference diagram illustrating a DB control box menu, a main screen, a rare control box menu, and a control panel module of a main screen of a user terminal in an artificial reef and sea ranch comprehensive management method according to an embodiment of the present invention.

10 is a reference diagram showing that the artificial reef and the sea ranch searched position on the main screen of the user terminal in the integrated artificial reef and sea ranch management method according to an embodiment of the present invention

11 is a side scan sonar data of the observed and irradiated around the artificial reef and sea ranch searched on the main screen of the user terminal in the artificial reef and sea ranch comprehensive management method according to an embodiment of the present invention is displayed One reference diagram

12 is a reference diagram showing that the attribute information of the artificial reef and sea ranch retrieved on the main screen of the user terminal in the artificial reef and sea ranch comprehensive management method according to an embodiment of the present invention is displayed

13 is a view showing a video of a corresponding artificial reef and a sea ranch among attribute information of the artificial reef and a sea ranch retrieved on a main screen of a user terminal in a method for comprehensive management of artificial reef and sea ranch according to an embodiment of the present invention; One reference diagram

14 is a reference diagram showing that the DB query of the artificial reef and sea ranch retrieved on the main screen of the user terminal in the artificial reef and sea ranch comprehensive management method according to an embodiment of the present invention

15 is a view showing that the data of the biological distribution and water temperature distribution among the attribute information of the artificial reef and sea ranch retrieved on the main screen of the user terminal in the artificial reef and sea ranch comprehensive management method according to an embodiment of the present invention See also.

<Explanation of symbols for main parts of the drawings>

110: artificial reef management server 111: pre-processing integrated module

112: DB control box module 113: main screen module

114: rare control box module 115: control panel module

116: 3D web viewer 120: DB server

200: Internet 300: user terminal

Claims (16)

delete delete delete delete Surveying and surveying survey data from artificial reefs and ocean ranches installed in the ocean and oceans are analyzed and standardized, classified according to the characteristics of the standardized survey data, and categorized according to the type of 1D, 2D and 3D. A DB server for DBizing the survey data to which each visualization method is implemented to be implemented as a DB; And After converting the survey data, which are databased in the DB server, into a universal transverse merator (UTM) coordinate system, and converting them into visual coordinates, they are converted back into 3D spherical coordinates. Elevation Model) artificial reef management server for implementing a 3D screen in conjunction with each other or each other the basic map which is generated based on the data; Including, The artificial reef management server, A 3D web viewer for displaying a basic diagram and survey data of DBs respectively linked to the DB server; DB control box module for extracting the location information and the attribute information of the artificial reef and sea ranch selected from the user from the DB control box menu displayed on the main screen of the user terminal from the DB server to display on the main screen of the user terminal; The location information and related information of the artificial reef and sea ranch of the icon selected from the user among the icons of artificial reef and sea ranch displayed on the main screen of the user terminal are extracted from the DB server and displayed on the main screen of the user terminal. Main screen module; Rare control box which displays information related to artificial reefs and sea ranches and artificial reefs and sea ranches selected from the user among the rare control box menus displayed on the main screen of the user terminal from the DB server and displayed on the main screen of the user terminal. module; And A control panel module configured to rotate, move, and view angles related to the basic map, artificial reefs and sea pastures, and artificial reefs on the earth displayed on the main screen when a control panel menu for adjusting rotation, movement, and viewing angle is selected by the user; Artificial reef and marine ranch comprehensive management system comprising a. The method of claim 5, wherein the 3D web viewer, In addition to the survey data that are visualized in conjunction with the basic map, the seabed topography, vector data and 3D objects can be visualized, search for names, locations, and data, or go to search results, A viewer engine for visualizing 3D objects and searching, viewing, editing, and storing the material being visualized; CAD data integration engine for visualizing by visualizing by superimposing the CAD file on the base map by overlapping the design information on the offshore structure of the breakwater, piers; An image mapping engine that maps and visualizes additional image data of a seabed, a rock core, a side, a scan, a sonar, and a magnetic exploration data on the basic map; Acquire depth information and use it to express the seabed topography as pseudo-color, interpolate depth data among the survey data, and express it as a raster image, or partial seabed topography. A contour data engine for mapping and visualizing survey data; Provides 3D cross-sectional information according to depth for a specific area selected through the 3D web viewer, but also displays cross-sectional information representing depth, darkness, or depth. A section data engine for storing as an image file; Represents a plurality of survey data in 1D and 2D graphs on the survey data to be visualized, and resets the color, unit, width, plot, and type of the survey data visualized according to the user's terminal setting. An ocean information data engine that enlarges and reduces selected survey data; And A 3D plot engine measuring a range of the measured data modeled in association and objectifying the range of the measured data to a predetermined portion on a 3D web viewer; Artificial reef and marine ranch comprehensive management system comprising a. (a) collecting and surveying survey data collected from artificial reefs and sea ranches installed in the ocean and the ocean, analyzing and standardizing the types, and classifying each type according to the characteristics of the standardized data into a DB server; (b) Standardized data DBd from DB server is generated from artificial reef management server with visualization method suitable for classified type, and is generated through satellite screen, aerial photograph, DEM (Digital Elevation Model) and vector data as the basic background. Visualizing the survey data adopting the global basicity and visualization method to be implemented in 1D or 3D form, respectively or in connection with each other; (c) displaying, on the main screen of the user terminal connected to the artificial reef management server, the locations of the artificial reefs and the sea ranch retrieved from the user by being superimposed on the basic map of the global area; And (d) visualizing in 1D to 3D artificial reefs and sea pastures and corresponding observation and survey data searched on the main screen of the user terminal; Artificial reef and marine ranching comprehensive management method comprising a. delete The method of claim 7, wherein The survey data are classified and visualized by type, and satellite images, aerial photographs, multi-beams, single beams, magnetic sensing data, geological survey data, digital maps, digital charts, and design drawings (CAD) are classified as depth survey data. Tide, wave, meteorological observation data, subsea quality distribution data, subsurface survey data, tidal currents, and ocean currents are classified into observational data, wave model, erosion or sedimentation model, and ecosystem (water quality) model. Comprehensive management method for artificial reefs and marine ranches, characterized in that is classified as model data. The method of claim 9, Visualization types of data classified into depth survey data, observation data, and model data are visualized to implement the depth survey data in 2D form, the observation data is visualized to be implemented in 1D to 3D form, and model data is depth Comprehensive management method for artificial reefs and marine ranches, characterized in that the modeling based on the survey data and observation data is visualized to be implemented in 2D and 3D forms. The method of claim 10, The visualization method implemented in the 1D form may be visualized by any one of line plots, histograms, scatter plots, rose, and stick diagrams. The visualization method implemented in the 2D form includes contour, surface maps, posts, vector maps, grid maps, and gridding methods. The visualization method, which is visualized in one way and implemented in the 3D form, includes navigation, wire frame maps, contours, volume rendering, and 3D effects. , 3D objects (Objects) and a movie maker (Movie maker), the artificial reef and ocean ranching comprehensive management method characterized in that any one of the methods. delete The method of claim 7, wherein step (d), When the location information and the attribute information of the artificial reef and the sea ranch are selected from the DB control box menu displayed on the main screen of the user terminal, it is extracted from the DB server and displayed on the main screen of the user terminal through the 3D web viewer. Comprehensive management method of artificial reef and sea ranch. The method of claim 7, wherein step (d), The location information and related information of the artificial reef and sea ranch of the icon selected from the user among the icons of artificial reef and sea ranch displayed on the main screen of the user terminal are extracted from the DB server through the main screen module, and the 3D web viewer is displayed. Comprehensive management method for artificial reef and sea ranch, characterized in that displayed on the main screen of the user terminal through. The method of claim 7, wherein step (d), If the information of artificial reef and sea ranch and artificial reef and sea ranch is selected from the rare control box menu displayed on the main screen of the user terminal, the information is extracted from the DB server through the rare control box module and the 3D web viewer Comprehensive management method for artificial reef and sea ranch, characterized in that displayed on the main screen. The method of claim 7, wherein step (d), Comprehensive management of artificial reefs and marine ranches, wherein the basic map, artificial reefs and sea pastures and information related to artificial reefs on the global display displayed on the main screen of the user terminal are adjusted through a control panel module. Way.