Viewing and control method in complex topology network and system to this end

IPC classes for russian patent Viewing and control method in complex topology network and system to this end (RU 2389062):

G06T11/80 - Creating or modifying a manually drawn or painted image using a manual input device, e.g. mouse, light pen, direction keys on keyboard

G06F3/14 - Digital output to display device (arrangements for producing a permanent visual presentation of the output data G06K0015000000; control of display in general G09G)

G06F17 - Digital computing or data processing equipment or methods, specially adapted for specific functions

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FIELD: information technology.

SUBSTANCE: viewing and control method in a complex topology network and a system to this end provide presentation of control objects and the entire topology, while maintaining 3D integrity. Alarm signals are generated on a single screen on different presentation levels. Transmission of control input and monitoring control object troubleshooting increases reliability of presenting network topology data and incorporated objects while simultaneously solving the control task in the network.

EFFECT: increased reliability of presenting network topology data and incorporated control objects, with simultaneous generation of alarm signals, transmission of control input and monitoring troubleshooting.

14 cl, 11 dwg

The invention relates to methods and means of monitoring networks of complex topology and objects within them, and can be used for display, monitoring and control of parameters of branched networks of complex topology for various purposes.

The modern level of development of monitoring networks of complex topology, such as power supply systems, pipeline systems transporting gas, liquid products, multi-media, transport nodes, requires visual and simultaneous display of static, dynamic information and the available control actions to create a complete picture about the state of the system for decision making in real time.

The known method of dynamic visualization object data (EN 2142162 C1 IPC G06T 11/80, 27.03.1999), which includes representation of the data about the object in the window on the monitor screen in a three-dimensional or two-dimensional subspace of N-dimensional space in accordance with the geometry of subspaces and of the object itself, a change in the geometry of the object and the observation window on the monitor screen of this change. On the monitor screen form at least one additional window in which output data about the object in a different subspace of N-dimensional space than presented in the first row is, and making changes in the visual representation of the object in the first window, initiate a change in the representation of an object in an extra window. In this way information about the object is displayed in 2D and 3D views on one screen, but not provided by the solution of management tasks.

Also known display system course of process (EN 2004127836 AND IPC G06F 3/14, G06F 13/00, 20.02.2006), which contains interconnected computer, a display device and a pointing device. The method of indicating the progress of the processes described in this application for the invention, includes running software process of working the tabs displayed in the dialog box, and display process on the display device during its execution. This method and display system to provide display of the progress of processes in time, but do not provide a control problem of system objects and automated transfer of control actions for their elimination.

Closest to the claimed method and system for its implementation to the technical essence is a way of displaying information about objects controlled dispatch of the circle and the system for its implementation (EN 2107940 C1 IPC G06F 3/14, NV 15/02, 27.03.1998), which is computer processing of data from controlled areas and objects of circle o created computer the size of images on the display device. Information is presented on the screens of the two terminals, and the first screen displays the mnemonic range gated images of controlled items, and the second screen is a detailed diagram of the controlled item or area that is selected on the initial screen. The disadvantage of this method of information display and system for its implementation is the presence of two separate terminals, and display only 2D schematic images.

The problem to which this invention is directed, is to improve the display quality of static and dynamic information about the managed network, with simultaneous detection of malfunctions of network objects, the supply of available control actions and the observation of their development.

The technical result achieved by this invention is to improve the reliability and validity of the data representation of the topology of the network and its constituent objects of control, with the simultaneous formation signals, emergency alarms, flow control actions and monitoring Troubleshooting.

Tasked with achieving the above-mentioned technical result is achieved due to the way the visualization and management of complex network topology,which is what management console to display on the display device and control the course of the process, visualization simplify the topology of the network and its constituent objects for their consistent 3D representation with different removal and/or angle of observation with binding objects to their actual position in the network, which is remembered in the unit database form two opposite direction of the data flow associated feedback: information from indicators of control objects to the display device and the control from the display device to the controls, initialize the initial state management console by querying the database and create a backup a copy of the data, conduct the validation management console connects to the indicators and controls control objects, after a successful test displays the topology of the network and its constituent objects in the 3D view on N levels depending on the distance to the observation point and/or angle of observation and/or object and/or how they work, and/or failure and/or moving medium, simultaneously reads the current indicators, comparing them with the setpoints, and generate signals emergency alarms (AFAS), which render the device shown is I, make the navigation on the network topology and objects, the appearance of a significant signal APS serves to manage the impact on the governing body of the control object, control the course of the optimization process controlling effect on the indicators of the control object and record the progress.

The technical result is also achieved by the fact that:

in block database record database of the network topology and its constituent objects, database, 3D representation of various types of network topology, database objects with their operation and Troubleshooting, database, 3D representation of various types of objects, database indicators database 3D representation of various types of indicators, database environments, database, 3D representation of various types of environments, database control actions and database settings, with different levels of representation depend on the distance to the observation point, viewpoint, object type, principle of operation, fault, moving environment;

the correctness of the connection management console to the managed objects is carried out by comparing data about the indicators and controls control objects, described in the database with the results of the actual survey indicators and controls available control objects, when their match is Denia compare the indicators of control objects with the setpoints and determine the connectivity management console to the managed objects out-of-area emergency work management objects;

each additional backup data to create a set interval of time, when applying the control action or a material change network settings;

if the network performance on the first level, which corresponds to the largest distance to the observation point, display the entire network in General, the objects of control in its current state and/or the principle of their operation and/or detail of the indicators and controls are simple objects of control, signals the APS and the available control actions;

logically related database objects the network is isolated from the General network topology is logically related to the selected fragment of the network topology on the basis of mutual relations and display in brightly highlighted and/or semi-transparent view of the image and/or in a separate window;

at closer distances from the observation point, which correspond to the subsequent levels of representation, show the detail of the indicators and controls simple controls and/or how they work, drill nested isolated and/or closed-loop systems in the management of complex control objects and/or the principle of their operation, the signals of the APS and the available control actions;

the detail of objects, information and control actions corresponding to the current level of performance, display is and the image appropriate for the level and/or semi-transparent view of the image corresponding to the previous level view of the network and/or in a separate window;

the objects included in the network topology, perform in a 3D representation of the whole and/or with a radial slit through which illustrate the principle of its operation, the movement of environments and/or moving content within the object, the color status indication surfaces depending on the flowing media and/or moving content, operating States and fault object;

the movement of environments and/or move the content inside the objects display in transparent view of the overall network topology in the form of animated commercials, composition and coloring which depends on the mode of composition and direction of moving media and/or moving content;

moving over the network is performed using the display in transparent view of the Navigator, which is ergonomically associated with the hand of the operator and contains the control panel and the Navigator window, the control panel is configured to page view: controls in the form of on-screen forms and/or controls that are implemented in the form of external devices and control panels, reference information, the strength characteristics and settings of APS, and the Navigator window attain what about with the ability to display full size image network as well as the size and position you are currently viewing network fragment.

The technical result in the device is achieved in that in the system for control and visualization of complex network topology that contains the display device, the input of which the management console is connected, the second input/output which is connected with the inputs/outputs of the control objects of the network, each of which contains indicators and controls, and outputs indicators and inputs of controls connected to the input/output of the corresponding control object, the control console contains the block database and synchronization, imaging unit, a control unit, the write block data backups, the block write process, connected in series reception unit of the indicators, the signal of the APS and the block data storage indicators, connected in series, the storage unit control actions, the set of control actions and the unit sending control actions, while the output of the block data storage indicators connected to the first input of the write block data backups and to the first input of the imaging unit, the input/output control unit connected with the first input/output unit and database synchronization and block storage control actions and the which inputs/outputs of the imaging unit and unit record data backups, the input/output unit database and synchronization connected with the third input/output of the imaging unit, with the second inputs of the block data storage indicators, the storage unit control actions, signal alarm and block the generation of control actions, and outputs of the block of reception of the indicators, signal APS, block generation of control actions and unit sending control actions are connected to the input bus block write process.

The technical result in the device is achieved by the fact that:

the unit database and synchronization contains database and synchronization blocks associated bilateral relationships with the data bus exchange connected to the first input unit and the second input/output unit, and the databases include a database of network topology and its constituent objects, database, 3D representation of various types of network topology, database objects with their operation and Troubleshooting, database, 3D representation of various types of objects, database indicators database 3D representation of various types of indicators, database environments, database, 3D representations of various types of environments, database control actions and database settings and synchronization blocks include block is nchronization control commands, the synchronization unit of data transmission on the network topology, the synchronization unit data object network, the synchronization block data APS and the synchronization block data storage;

the imaging unit contains the build blocks of the image from the 1st to N-th level, the imaging unit Navigator, block modeling collisions and estimates of the distance and blocks the formation of representations that include a block of insight media, a unit forming a view about the data APS, block vision of building a logically selected parts of the network, the set of views about the indicators, the set of views about the controls, block the formation of ideas about the visible objects and their sections, with the first I/o block modeling and blocks the formation of representations connected with the first communication bus, which is also connected first, second and third inputs of the imaging unit, the second input/output unit simulation of collision and distance, blocks the formation of the presentation, the first input/output blocks to build images from the 1-St to N-th level and the first input/output of the imaging unit Navigator are associated with the second communication bus, and outputs the blocks to build images from the 1-St to N-th level and the output of the Loka formation of the image of the Navigator are associated with the output bus unit.

The reliability and validity of the source of information about the managed network with complex topology is achieved by increasing the granularity of the displayed graphical and textual information about topology and network features, indicators and controls objects network management and multi-level, visual organization of data output on the display device.

The task of network management simultaneously with the visualization is achieved by forming two opposite direction of data flow associated feedback: information from indicators of control objects to the display device and the control from the display device to the controls.

The image is illustrated in the drawings, on which:

figure 1 - structural electrical diagram of the inventive system;

figure 2 - structural electrical block circuit database and synchronization;

figure 3 is a structural circuit diagram of the imaging unit;

figure 4 is a screen form part of the network to a great distance from the observation point;

figure 5 is a screen form enlarged fragment of the network;

figure 6 - the image of the object with the signal of the APS;

figure 7 is an enlarged image of the object with the signal of the APS;

on Fig image of the emergency site;

in Fig. - the image of the network elements with cuts;

figure 10 is a fragment of an object with a demonstration of the principle of work;

figure 11 is a fragment of an object with a demonstration of the state of its internal surfaces.

Figure 1-3 shows:

1 - the management console; 2 - display device; 3 - control objects; 4 - block database and synchronization; 5 - the imaging unit; 6 - control unit; 7 - block data storage indicator; 8 - unit storage control actions; 9 - unit recording data backups; 10 - signal APS; 11 - block generation of control actions; 12 - unit recording process; 13 - block reception of the indicators; 14 - unit sending control actions; 15 - indicators; 16 - governing bodies; 17 - databases; 18 - synchronization blocks; 19 - build blocks of the image from the 1st to N-th level; 20 - unit building image Navigator; 21 - block simulation of collision and distance; 22 blocks the formation of the view.

Figure 4-11 labelled:

23 - area network; 24 - fragment network; 25 - pipelines; 26 - network objects; 27 Navigator; 28 control panel Navigator; 29 - Navigator; 30 - full-image network; the 31 - position and size of the viewable area network; 32 - position and the size of the viewable part of the network; 33 - logically related database objects network; 34 - a complex object; 35 - a closed system of a complex object; 36 - a simple object; 37 - a fragment of a network that includes the object with the signal of the APS; 38 - emergency object; 39 signal APS; 40 - magnified image of the object with the signal of the APS; 41 - a fragment of a network comprising a network element showing the internal structure of objects; 42 - the value of the signal APS; 43 - sensor alarm in the facility; 44 - fragment object requiring clarification of principle; 45 - fragment of the object with the demonstration of the principle and internal currents; 46 - fragment of the object with the demonstration status of internal surfaces in the process of his work.

System for control and visualization of complex network topology contains (see figure 1) console 1 control, the output of which is connected to the display device 2, and the second input/output associated with objects 3 control.

Objects 3 control contains an indicator 15, which include sensors, reflecting the parameters of interest and the current position of the bodies 16 of the control, such as servo-motors, valve actuators.

To ensure operation console 1 control unit 4 (see figure 2) contains the following database 17:

database of network topology and its constituent objects with reference to their actual location, which contains information about a connection graph of the full topology of the entire network with a link to her simple and complex objects, and is Doctorow and bodies of their control, and about the purpose and logic of the relationship of its parts.

database 3D representation of various types of network topology, which contains information about N different levels (types) the topology view at various removal and angles of observation topology and simple objects;

database objects with their operation and faults, which contains information about simple and complex objects, their location in the topology, parameters and faults;

database 3D representation of various types of objects, which contains information about the different representation of the objects of their faults, at different distance, angles of observation, the significance of faults;

the database of indicators, which contains information about the indicators, their location in the topology, the parameters of their behavior, units and accuracy of measurements, alarms,

database 3D representation of various types of indicators, which contains information about the various performance indicators depending on the distance, angle of view, the significance of the output values or alarm malfunction,

database environments, which contains information about moving media and / or content flowing on the topology and objects;

database 3D representation of various types of media, which contains information on the drivers of the I media and / or content flowing on the topology and objects;

database control actions, which contains information about all the controls, the alarm has been acknowledged (acknowledgement), their binding to the topology, objects and indicators;

database settings (borders and the range of possible changes of the parameters) indicators and control actions.

Different levels of representation depend on the distance to the observation point, viewpoint, object type, principle of operation, malfunction, moving environment.

Blocks 18 synchronization unit 4 enables synchronization control commands and data from the database 17 to blocks 5, 7, 8, 10 and 11.

Unit 5 form the image (see figure 3) provides training data for rendering on the display device 2, which can be used in computer displays/projectors or holographic displays/3D projectors.

Unit 6 controls includes controls associated with the hand of the operator, which include the ability to navigate the topology (including zoom-in, zoom-out) and the possibility of control commands to the system objects.

Included in block 5 of the imaging unit 21 of the modelling and assessment of distances (see figure 3) calculates the current coordinates of the observation point and evaluates the possibility of contact of the point of observation with the visible objects and, depending on the this, selects and downloads the necessary elements of a simplified topology, 3D representations of objects, their spatial coordinates and layout of the objects, depending on the remoteness of the objects and their significance.

Unit 13 provides reception of the indicators 15 are transferred to the block 10. The data in the block 14 sending control actions are passed from block 11, which compares the received control from the list of available control actions obtained on request from the block 4 databases. The results of the comparison made in blocks 10 and 11, are transmitted to the unit 12 for recording with the aim of preserving data invalid operations.

Unit 7 provides storage of data on all indicators, controls, signals APS, faults and errors, testing, and unit 8 - storage of all control actions. Data blocks 7 and 8 are transmitted to the block 9, where an entry is made backups of all data, with the goal of increasing the survivability of the system.

Description of the method is compatible with the description of the operation of the system for its implementation.

System for control and visualization of complex network topology is as follows. After turning the system initializes the initial state of the console 1 control by querying the database 17 of the block 4. After the cover is of data in blocks 7 and 8 and block 9 backup query management objects to provide information about the current status of indicators and controls.

The obtained information is analyzed in block 10 by means of comparing with the data about the indicators and controls contained in the object database and the database of indicators unit 4 databases. Check proper connection of the selected management console to the managed objects and indicators.

If the check at block 10 is successful, it compares the current values of the parameters of the indicators with the settings contained in the database setting unit 4 databases. Checks the connectivity management console out-of-area emergency work management objects.

If the check at block 10 is successful, then the information goes to the block 7 data storage indicators, which is filling out the predefined fields, and data transfer in block 5 imaging and in block 9 for burning backups of these indicators. Each additional backup data to create a set interval of time, when applying the control action or a material change network settings.

Unit 5 activates the block 21 modeling and estimation of distances and blocks 22 for the formation of the characteristic blocks views. Block vision of building environments generates different views about moving media and/or content flowing what about the network distance and angle observations. Block vision of building a data APS generates different views about the deviation from the setpoint, the fault signals of the APS, depending on the significance of the event, distance and angle of the observation network. Block vision of building a logically selected parts of the network generates different views about logically selected parts of the network based on the query to the databases unit 4 when the mouse Navigator on the slice network.

Based on a views block 19 build the image of the first level forms the image of the network at the greatest distance from the observation point, which is supplied to the display device 2 together with the image Navigator, formed in the block 20.

After the appearance of the image on the display device 2 by the operator activates the control unit 6. Moving over the network is performed using the display in translucent form Navigator 27, which is ergonomically associated with the hand of the operator and contains the control panel 28 and the Navigator window 29.

The image of the network at the first level allows the operator using the Navigator 27 to view the entire network as a whole, the current state of the indicators and controls with a demonstration of how they work, available control capabilities and current fault, the presentation of which initial is parallel query-based databases.

At closer distances from the observation point, which correspond to the subsequent levels of representation, the operator is looking at the detail of the indicators and controls are simple objects 36 management and/or how they work, drill nested isolated and/or closed control systems 35 complex control objects 34 and/or the principle of their operation, the signals of the APS and the available control actions.

To enhance the visibility of observation granularity of objects, information and control actions corresponding to the current level of performance, display the image corresponding to the given level and/or semi-transparent view of the image corresponding to the previous level and/or in a separate window depending on the object type. The objects included in the network topology, perform in a 3D representation of the whole and/or with a radial slit through which illustrate the principles of its operation, the movement of environments and/or moving content within the object, the color status indication surfaces depending on the flowing media and/or moving content, operating States and faults of the object.

Logically associated in a database of network objects are allocated on the basis of their logical coherence of their General topology and highlighted in color, translucency is whether brighter illumination at the image and/or in a separate window depending on the type of object or solution of the operator.

The movement of environments and/or move the content inside the objects display in transparent view of the overall network topology or in the form of animated commercials, composition and coloring which depends on the mode of composition and direction of moving media and/or moving content.

Simultaneously with displaying the network topology current indicators 15 through the block 13 of the reception of the indicators come in block 10 APS, where the results of the comparison with the setpoint signals are formed APS that write in unit 7 to display information on the display device 2 and the unit 12 for recording messages about the operation of the APS. When significant signal APS operator with unit 6 supplies the control action, which after checking in block 11 on the availability of the exposure unit 14 sending control actions enters the body 16 of the control of the control object 3. The operator monitors the progress of the optimization process control on the display device 2 according to the indications of the LEDs 15 of the control object. The purpose of the archiving process in the unit 12 writes data indicators, the signals of the APS, the data check control actions and effects submitted for testing.

The management console 1 may be implemented as a distributed network-based application is okaley network (network class) or global (the Internet), organized in the form of a physical topology "common bus" and logical "ring topology". In the claimed structure of the console 1 management of its blocks can be physically located on different computers with network communication between blocks.

We illustrate the capabilities of the visualization in the invention on the example of complex hydraulic network topology for transportation of various fluids, such as gases, oils, liquids, suspensions. Figure 4 shows the display form of the display device 2, which shows a plot 23 network at a great distance from the observation point. Hydraulic network contains a system of pipes 25 and numerous objects 26 that are difficult to see from a great distance.

The image of the network in a translucent form imposed Navigator 27, which contains the control panel 28 and box 29 Navigator. The control panel 28 includes pointers pages, some of which are: controls, reference information and settings of APS, denoted in figure 4 as 28-1, 28-2 and 28-3. When a page is activated on the remote control displays its contents. Figure 4 is activated, the page control device. In box 29 of the Navigator displays a rectangle 30 corresponding to the size and position of the observed area 23 network on the full background image 30 of the network.

For the more detailed observations selected area 24 network which is highlighted in figure 4 by the dashed line and presented at the subsequent level display in the enlarged view in figure 5. In box 29 on the full background image 30 of the network is now displayed rectangle 32, the size and position of which corresponds to the area 24 network. From this distance you can see a simple object 36, complex object 34 on the background of the network topology is logically associated with a complex object 34 of the pipe section 33, which is highlighted with a brighter backlight, the object 37 responded with alarm. Complex object 34 also made in a larger view in a separate window, displaying elements of a closed system is a complex object.

Figure 6 shows an example of a view in the foreground of active display APS on the level of the liquid in the remote emergency object 38 - storage tank, the approach to which (see Fig.7) shows in which part of the tank alarm went off and the current value of the liquid level. Image emergency tank 38 (see Fig) is available if further approximation to it, and it shows the exact location of the triggered sensor 43 and box 42 with the current value displayed value (1.4 m).

7 by the dotted line selection element 41 network and fractionation columns, explaining their internal structure. When approaching them in the development of the see becomes visible internal structure of the columns 41, consisting of bumper plates (see Fig.9), which dotted the selected portion 44 of the column, explaining how they work with animation working parts. Upon further approach it is possible to evaluate the work of individual groups of plates. Figure 10 shows a fragment of the column with the demonstration of the internal streams of media in the column, and figure 10 is a fragment of the column with the demonstration status of the internal surfaces of the blades of the column in the course of their work.

Compared to systems that display data about the network without nesting, the proposed method for the visualization and management of complex network topology and system for its implementation provide, while maintaining the integrity of the 3D views about the controls and the whole topology in General, on the same screen at various levels of representation to generate signals emergency alarms, to apply control actions and control Troubleshooting control objects, which increases the reliability and validity of the data representation of the topology of the network and its constituent objects with simultaneous solution of management tasks on the network.

1. The visualization and control of parameters of an extensive network of complex topologies, namely, that by using the management console data display on the display device and controlling the t process in the network, characterized in that visualization simplify the topology of the network and its constituent objects for their consistent 3D representation with different removal and/or angle of observation with binding objects to their actual position in the network, which is remembered in the unit database form two opposite direction of the data flow associated feedback: information from indicators of control objects to the display device and the control from the display device to the management bodies, objects, initialize the initial state management console exchange data by querying the database and create a backup copy of the data, inspect the correctness of the connection management console the exchange of data to indicators and controls objects, after a successful test displays the network topology and the objects within it in the form of 3D representations for N levels depending on the distance to the observation point and/or angle of observation, and/or object type, and/or the moving medium, and/or how they work, and/or malfunction, simultaneously reads the current indicators, compare them with the rates and generate signals emergency alarms (AFAS)that visualize on the display device, generate navigation network topology and objects if p is the phenomenon of meaningful signal APS serves to manage the impact on the management body of a management object, control the course of the optimization process controlling effect on the indicators of the control object and record the progress.

2. The method according to claim 1, characterized in that the block database record database of the network topology and the objects within it, a database of 3D representation of various types of network topology, database objects with their operation and Troubleshooting, database, 3D representation of various types of objects, database indicators database 3D representation of various types of indicators, database environments, database, 3D representation of various types of environments, database control actions and database settings, with different levels of representation depend on the distance to the observation point, angle of observation, type of object the principle of their operation, malfunction, moving environment.

3. The method according to claim 1, characterized in that the correctness of the connection management data to the management objects produced by comparing data about the indicators and controls objects described in the database with the results of the actual survey indicators and controls objects available control objects, and at their coincidence compare the indicators of control objects with the setpoints and determine the connectivity of the console is the control data to control out-of-area emergency work management objects.

4. The method according to claim 1, characterized in that each of the following backup data create a scheduled interval of time when applying the control action or a material change network settings.

5. The method according to claim 1, characterized in that when the view of the network at the first level, which corresponds to the largest distance to the observation point, display the entire network in General, the objects of control in its current state and/or the principle of their operation and/or detail of the indicators and controls are simple objects of control, signals the APS and the available control actions.

6. The method according to claim 1, characterized in that a logically related database objects the network is isolated from the General network topology is logically related to the selected fragment of the network topology on the basis of mutual relations and display in brightly highlighted and/or semi-transparent view of the image and/or in a separate window.

7. The method according to claim 1, characterized in that at closer distances from the observation point, which correspond to the subsequent levels of representation, show the detail of the indicators and controls for simple objects control objects and/or how they work, drill nested isolated and/or closed-loop systems in the management of complex control objects and/or the principle of their operation, the signals of the APS and available panel is engaged in action.

8. The method according to claim 5, characterized in that the granularity of objects, information and control actions corresponding to the current level of performance, display the image corresponding to the given level, and/or semi-transparent view of the image corresponding to the previous level and/or in a separate window.

9. The method according to claim 1, characterized in that the objects included in the network topology, perform in a 3D representation of the whole and/or with a radial slit through which illustrate the principles of its operation, the movement of environments and/or moving content within the object, the color status indication surfaces depending on the flowing media and/or moving content, operating States and faults of the object.

10. The method according to claim 1, characterized in that the flow or movement of content within the object display in transparent view of the overall network topology in the form of animated commercials, composition and coloring which depend on the mode of composition and direction of moving media and/or moving content.

11. The method according to claim 1, characterized in that the moving network is performed with the help displayed in a translucent form Navigator, which is ergonomically associated with the hand of the operator and contains the control panel and the Navigator window, the control panel you who Olney with the possibility of page views: the authorities in the form of on-screen forms and/or controls, implemented in the form of external devices and control panels, reference information, the strength characteristics and settings of APS, and the Navigator window is configured to display the full size image network, as well as the size and position you are currently viewing network fragment.

12. System for visualization and control of parameters of an extensive network of complex topologies containing a display device, the input of which is connected to the management console and the exchange of data, the second input/output which is connected with the inputs/outputs of the control objects of the network, each of which contains indicators and controls, objects, and outputs indicators and inputs controls the objects connected to the input/ output of the corresponding control object, wherein the management console data block contains databases and synchronization, imaging unit, the control unit of currency of the data block write data backups, the block write process, connected in series block reception of the indicators, the signal alarm (AFA) and the block data storage indicators, connected in series, the storage unit control actions, the set of control actions and the unit sending control what their impacts, thus the output of the block data storage indicators connected to the first input of the write block data backups and to the first input of the imaging unit, the input/output control unit exchanging data associated with the first input/output unit and database synchronization and block storage control actions and second inputs/outputs of the imaging unit and the recording unit backup data input/output unit database and synchronization connected with the third input/output of the imaging unit, with the second inputs of the block data storage indicators, the storage unit control actions, signal APS and block generation of control actions, the outputs of the block of reception of the indicators, signal APS, block generation of control actions and unit sending control actions are connected to the input bus block write process, and the indicators and controls objects associated respectively with the unit receiving the indicators mean and unit sending control actions.

13. The system of item 12, characterized in that the unit database and synchronization contains database and synchronization blocks associated bilateral relationships with the data bus exchange connected to the first input unit and which is second in the Odom/output unit, the databases include a database of 3D representation of various types of network topology, database objects with their operation and Troubleshooting, database, 3D representation of various types of objects, database indicators database 3D representation of various types of indicators, database environments, database, 3D representation of various types of environments, database control actions and database settings and synchronization blocks include block sync control command, the synchronization unit of data transmission on the network topology, the synchronization unit data object network, the synchronization block data APS and synchronization unit of data storage.

14. The system of item 12, wherein the imaging unit includes the build blocks of the image from the 1st to N-th level, the imaging unit Navigator, block modeling collisions and estimates of the distance and blocks the formation of representations that include a block of insight media, a unit forming a view about the data APS, block vision of building a logically selected parts of the network, the set of views about the indicators, the set of views about the controls, block the formation of ideas about the visible objects and their sections, with the first I/o the dy modeling block and blocks developing a sense connected with the first communication bus, connected also to the first, second and third inputs of the imaging unit, the second input/output unit simulation of collision and distance, blocks the formation of the presentation, the first input/output blocks to build images from the 1-St to N-th level and the first input/ output of the imaging unit Navigator are associated with the second communication bus, and outputs the blocks to build images from the 1-St to N-th level and the output of the imaging unit Navigator are associated with the output bus unit.