CN104569944B - Radar flight check interpretation of result system - Google Patents
Radar flight check interpretation of result system Download PDFInfo
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- CN104569944B CN104569944B CN201410829036.0A CN201410829036A CN104569944B CN 104569944 B CN104569944 B CN 104569944B CN 201410829036 A CN201410829036 A CN 201410829036A CN 104569944 B CN104569944 B CN 104569944B
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01S—RADIO DIRECTION-FINDING; RADIO NAVIGATION; DETERMINING DISTANCE OR VELOCITY BY USE OF RADIO WAVES; LOCATING OR PRESENCE-DETECTING BY USE OF THE REFLECTION OR RERADIATION OF RADIO WAVES; ANALOGOUS ARRANGEMENTS USING OTHER WAVES
- G01S7/00—Details of systems according to groups G01S13/00, G01S15/00, G01S17/00
- G01S7/02—Details of systems according to groups G01S13/00, G01S15/00, G01S17/00 of systems according to group G01S13/00
- G01S7/40—Means for monitoring or calibrating
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- Computer Networks & Wireless Communication (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Radar, Positioning & Navigation (AREA)
- Remote Sensing (AREA)
- Radar Systems Or Details Thereof (AREA)
Abstract
The invention discloses a kind of radar flight check interpretation of result system, include data parsing and module and data export module is presented with correlation module, data analysis module, data.Present system can fly aircraft airborne flying quality and with reference to radar data according to school, and radar data to be verified is analyzed, and generate comparing result, and go out critical data according to the winged subject automatic arranging in school and provide advisory result.Radar flight check interpretation of result is more directly perceived, and accuracy is higher, and speed is faster.
Description
Technical field
The present invention relates to civil aviaton's field of radar, specifically a kind of radar flight check interpretation of result system.
Background technology
Prior art for radar flight check result analysis typically by means of radar data playback system.Will be to be verified
The school that radar is detected flies aircraft flight path slow play recurrence and analyzed there is provided technical staff.It is not carried out automatically and school
Fly aircraft airborne flying quality and with reference to radar data contrast, and fly subject automatic arranging critical data according to school and provide suggestion
As a result.Existing flight check analysis method, based on manual observation, lacks contrast reference.It is also hand picking to arrange critical data,
Speed is slower, and error is big, and finally collect wastes time and energy for the school announcement that reports quickly.
The content of the invention
It is an object of the invention to provide a kind of radar flight check interpretation of result system, to solve asking for prior art presence
Topic.
In order to achieve the above object, the technical solution adopted in the present invention is：
Radar flight check interpretation of result system, it is characterised in that：Include data parsing and correlation module, data analysis
Module and data export module is presented in module, data；
The data parsing flies aircraft airborne data progress parsing sieve to radar and school to correlation module according to related set
Choosing, the school for generating radar detection to be verified flies aircraft track, flies aircraft airborne with reference to the winged aircraft track in school of radar detection and school
Three kinds of flight paths are finally carried out relevant treatment by the flight path of equipment record according to time location, make three kinds of flight path one-to-one corresponding, have
Contrast meaning；
Three kinds of track datas after correlation are contrasted and analyzed by the data analysis module, and comparing calculation goes out to be verified
Radar track records the maximum deviation and average deviation of flight path on position and height with reference radar track and airborne equipment, point
Analysis sorts out radar to be verified in vertical covering, course line covering, level covering, upper space of silence and emergency code test subject
Critical data；
The data are presented module and shown on computers according to time sequencing, according to angular distance PPI and height distance HR
Show pattern, continuously draw three kinds of flight paths in different colors, form the Flight Animation of flight path, it is intuitively in place between three kinds of flight paths of contrast
Put and height on deviation, while show that vertical covering, course line are covered, level is covered with graph mode, upper space of silence and urgent
Critical data and correlation analysis conclusion in code tester subject；
Three kinds of flight paths are recurred and contrasted the content shown in display module and save as picture by the data export module, will
Chart is shown as in the winged critical data display module in school saves as picture and data form document, is shown as saving as form
Data form file, while being automatically performed filling in for critical data according to the school slide former that reports quickly.
Present system can fly aircraft airborne flying quality and with reference to radar data according to school, and radar data to be verified is entered
Row analysis, generates comparing result, and go out critical data according to the winged subject automatic arranging in school and provide advisory result.Radar flight school
Test interpretation of result more directly perceived, accuracy is higher, speed is faster.
Brief description of the drawings
Fig. 1 is present system structure principle chart.
Embodiment
Shown in Figure 1, radar flight check interpretation of result system is divided into 4 modules：Data are parsed and correlation module, number
Module and data export module is presented according to analysis module, data.
1st, data parsing and correlation module
The module major function is to be set to fly radar and school the progress parsing screening of aircraft airborne data, generation according to correlation
The school of radar detection to be verified flies aircraft track, the school with reference to radar detection and flies the winged aircraft airborne equipment record of aircraft track and school
Flight path.Finally, relevant treatment is carried out according to time location to three kinds of flight paths, makes three kinds of flight path one-to-one corresponding, with contrast meaning
Justice.According to flow chart of data processing, it is divided into 3 sub-function modules：
A, the winged aircraft track in school for generating radar detection
The sub-function module mainly includes 4 handling processes：
1）, radar attribute to be verified sets：Centre coordinate, swing circle, sector number of radar to be verified etc. is set to belong to
Property.
2）, set with reference to radar attribute：Set with reference to attributes such as centre coordinate, swing circle, the sector numbers of radar.Ginseng
According to radar as option, if being not provided with that reference analysis will not be made.
3）, school flies time and aircraft attribute and sets：The school winged time is set and school flies the knowledge of aircraft within the time period
Other code or 24 bit address.This is provided for screening the winged Aircraft Targets in school in whole radar data.
4）, radar data parsing with screening：According to above-mentioned setting, radar data is decoded, Aircraft Targets number is obtained
According to.Meanwhile, the time is flown according to school and aircraft attribute selection goes out school and flies Aircraft Targets, flight path is preserved into.
B, generation school fly the flight path of aircraft airborne equipment record
The sub-function module mainly includes 2 handling processes：
1), on-board data data bit is set：Set school flies which data in the flying quality that aircraft airborne equipment is recorded
Position represents the information such as time, position, height, course, speed.Enable a computer to be automatically loaded and parse.
2）, on-board data be loaded into parsing：Set according to on-board data position, parse Aircraft Targets, save as flight path.
3）, according to time location to carry out track data related
The school of radar detection to be verified is flown aircraft track, the school with reference to radar detection and flies aircraft track by the sub-function module
And school flies the flight path of aircraft airborne equipment record, according to the time carried in three kinds of track datas and the related place of positional information progress
Reason.
2nd, data analysis module
The module major function is that three kinds of track datas after correlation are contrasted and analyzed.Comparing calculation goes out to be verified
Radar track records the maximum deviation and average deviation of flight path on position and height with reference radar track and airborne equipment.Point
Analysis sorts out radar to be verified in vertical covering, course line covering, level covering, upper space of silence and emergency code test subject
Critical data.It is divided into 2 independent sub-function modules according to function：
A, course-line deviation are calculated
The sub-function module by the radar track to be verified after correlation on position and height with reference to radar track and machine
Carry equipment record flight path to be contrasted, calculate maximum deviation and average deviation.
B, school fly critical data analysis
The sub-function module mainly includes 5 independent analysis programs：
1）, vertical covering critical data analysis：Analyze in vertical coverage test, the appearance point of radar track to be verified
And end point.
2）, course line covering critical data analysis：Analyze in the coverage test of course line, radar track to be verified is by aerial
With its position deviation during anchor point.
3）, level covering critical data analysis：Analyze in horizontal coverage test, school flies aircraft airborne equipment record boat
The deviation that mark is when reaching test angle and the flight path that now detects of radar to be verified is in angle.
4）, upper space of silence critical data analysis：Analyze in being tested in upper space of silence, the end point of radar track to be verified
And appearance point.
5）, emergency code critical data analysis：Analyze and whether there is emergency code in radar track to be verified, while basis
Verified with reference to radar.
3rd, module is presented in data
The module major function is on computers according to time sequencing, according to PPI（Angular distance）And HR（Height away from
From）Display pattern, the in different colors continuous Flight Animation drawn three kinds of flight paths, form flight path, it is in place between contrast directly perceived
Put and height on deviation.Meanwhile, show that vertical covering, course line are covered, level is covered with graph mode, upper space of silence and urgent
Critical data and correlation analysis conclusion in code tester subject.
A, three kinds of flight paths are recurred and contrast display
The sub-function module will be according to self defined time section, according to PPI（Angular distance）And HR（Height distance）Show mould
Formula, the winged aircraft track in school that radar detection to be verified is continuously drawn in different colors, the school with reference to radar detection fly aircraft track
And school flies the flight path of aircraft airborne equipment record, track flight movement locus animation is formed.This module also needs to realize that animation is played
Speed and mode are selected, viewing area scaling with translation, itinerant map show, click target checks attribute, automatically mark correlation and
The functions such as deviation.
B, school fly critical data and shown
The sub-function module mainly includes 6 independent display programs：
1), three kinds of course-line deviation results are shown：Show in a tabular form the radar track to be verified after correlation in position and
With recording maximum deviation and average deviation after flight path contrast with reference to radar track and airborne equipment in height.
2）, vertical covering analyzing result shows：Radar track to be verified in vertical coverage test is shown in graphical form
Appearance point and end point.
3）, course line covering analyzing result shows：Radar track warp to be verified in the coverage test of course line is shown in a tabular form
With its position deviation when crossing aerial anchor point.
4）, horizontal covering analyzing result shows：Show that horizontal coverage test lieutenant colonel flies aircraft airborne equipment in a tabular form
The deviation that record flight path is when reaching test angle and the flight path that now detects of radar to be verified is in angle.
5）, upper space of silence analysis result shows：Radar track to be verified in the test of upper space of silence is shown in graphical form
End point and appearance point.
6）, emergency code analysis result shows：Show exist in radar track to be verified the target of emergency code and
Corresponding reference radar target.
4th, data export module
The module major function is three kinds of flight paths to be recurred and contrasted the content shown in display module to save as picture, will
Chart is shown as in the winged critical data display module in school saves as picture and data form document, is shown as saving as form
Data form file.Meanwhile, it is capable to be automatically performed filling in for critical data according to the school slide former that reports quickly.
A, three kinds of flight path trajectory diagram export
The content shown in display module is recurred and contrasted to three kinds of flight paths with jpeg, png or bmp lattice by the sub-function module
Formula saves as picture.
B, school fly critical data export
Three kinds of course-line deviations, course line covering, level covering, emergency code analysis result are saved as number by the sub-function module
According to form document, vertical covering, upper space of silence analysis result are saved as into picture and data form document.
C, report quickly announcement according to template generation school
The critical data that analysis and arrangement goes out is automatically write school and reported quickly in slide former by the sub-function module, is preserved and is exported.
Claims (1)
1. a kind of radar flight check interpretation of result system, it is characterised in that：Include data parsing and correlation module, data point
Analyse module, data and module and data export module is presented；
The data parsing flies the progress parsing screening of aircraft airborne data to radar and school to correlation module according to related set, raw
Fly aircraft track, the school with reference to radar detection into the school of radar detection to be verified and fly the winged aircraft airborne equipment note of aircraft track and school
Three kinds of flight paths are finally carried out relevant treatment by the flight path of record according to time location, make three kinds of flight path one-to-one corresponding, with contrast meaning
Justice；
Three kinds of track datas after correlation are contrasted and analyzed by the data analysis module, and comparing calculation goes out radar to be verified
Flight path records the maximum deviation and average deviation of flight path on position and height with reference radar track and airborne equipment, analyzes whole
Manage out key of the radar to be verified in vertical covering, course line covering, level covering, upper space of silence and emergency code test subject
Data；
The data are presented module and show mould according to time sequencing, according to angular distance PPI and height distance HR on computers
Formula, in different colors continuously draw three kinds of flight paths, formed flight path Flight Animation, intuitively contrast three kinds of flight paths between position with
Deviation in height, while showing vertical covering, course line covering, level covering, upper space of silence and emergency code with graph mode
The critical data tested in subject and correlation analysis conclusion；
Three kinds of flight paths are recurred and contrasted the content shown in display module and save as picture, Jiang Jiaofei by the data export module
Chart is shown as in critical data display module saves as picture and data form document, and be shown as form saves as data
Form document, while being automatically performed filling in for critical data according to the school slide former that reports quickly.
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| CN201410829036.0A CN104569944B (en) | 2014-12-26 | 2014-12-26 | Radar flight check interpretation of result system |
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| CN201410829036.0A CN104569944B (en) | 2014-12-26 | 2014-12-26 | Radar flight check interpretation of result system |
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| CN104569944A CN104569944A (en) | 2015-04-29 |
| CN104569944B true CN104569944B (en) | 2017-08-01 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104931921B (en) * | 2015-06-17 | 2017-10-17 | 沈阳飞机工业（集团）有限公司 | A kind of ultrashort wave orientation device flighttesting data collection and processing method |
| CN105739386B (en) * | 2016-02-28 | 2018-04-06 | 中国人民解放军63686部队 | A kind of airborne school flies the implementation method of remote monitoring system |
| CN108470491A (en) * | 2017-02-23 | 2018-08-31 | 中国人民解放军63891部队 | Radar detection aircraft color demonstration method |
| CN109917341B (en) * | 2019-03-08 | 2021-07-30 | 森思泰克河北科技有限公司 | Radar moving target tracking performance test method, terminal equipment and storage medium |
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Effective date of registration: 20210105 Address after: 230051 Luogang airport, Baohe District, Hefei City, Anhui Province Patentee after: Anhui Branch of Shanghai Civil Aviation East China Air Traffic Control Industrial Investment Co.,Ltd. Address before: 230051 in the former Luogang airport, Baohe District, Hefei City, Anhui Province Patentee before: ANHUI BRANCH OF CAAC EAST CHINA REGIONAL AIR TRAFFIC ADMINISTRATION |
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