GB/T 34084-2017 English PDF

Standard ID	USD	BUY PDF	Lead-Days	Standard Title (Description)	Status
GB/T 34084-2017	RFQ	ASK	7 days	Technical requirement of database structure for VHF band radio monitoring net	Obsolete

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Basic data

Standard ID: GB/T 34084-2017 (GB/T34084-2017)
Description (Translated English): Technical requirement of database structure for VHF band radio monitoring net
Sector / Industry: National Standard (Recommended)
Classification of Chinese Standard: M10
Classification of International Standard: 33.060
Word Count Estimation: 54,582
Date of Issue: 2017-07-31
Date of Implementation: 2017-11-01
Issuing agency(ies): General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China

GB/T 34084-2017: Technical requirement of database structure for VHF band radio monitoring net

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Technical requirement of database structure for VHF band radio monitoring net ICS 33.060 M10 National Standards of People's Republic of China Ultrashort frequency band radio monitoring network database structure skills requirement 2017-07-31 Posted 2017-11-01 implementation General Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China China National Standardization Administration released Directory Foreword V. Introduction Ⅵ 1 Scope 1 2 Normative references 1 3 Terms and definitions 1 4 General 2 4.1 database system structure 2 4.1.1 Database Hierarchy 2 4.1.2 National Monitoring Database 2 4.1.3 Provincial Monitoring Database 2 4.1.4 Provincial sending agency monitoring database 2 4.2 database system network structure 2 4.3 database structure design format description 2 4.3.1 Library naming 2 4.3.2 Table Name 2 4.3.3 Table Structure Description 2 5 database structure design 3 5.1 Data Sheet Summary 3 5.2 Data Relationship Chart 5 5.2.1 The overall relationship between the main data Figure 5 5.2.2 Monitoring Infrastructure Data Entities Figure 5 5.2.3 Monitoring data entity relationship diagram 6 5.2.4 Monitoring Center data entity relationship diagram 7 5.3 Description of radio monitoring facilities 8 5.4 Radio Monitoring Signal Sample Description 13 5.5 band scan results 16 5.6 Electromagnetic environment statistics description 18 5.7 Inspection Record Description 23 5.8 Dictionary Table 24 5.9 Dictionary Table Code Data 32 5.9.1 Dictionary Table Description 32 5.9.2 Dictionary data encoding 32 Appendix A (normative) fixed monitoring station classification 46 Reference 48 Figure 1 The overall relationship between the main data Figure 5 Figure 2 Monitoring Infrastructure Data Entity Diagram 6 Figure 3 Monitoring data entity relationship diagram 7 Figure 4 monitoring center data entity relationship diagram 8 Table 1 Field Type 3 Table 2 Summary of the data tables in this standard 3 Table 3 RMBT_MCENTER Radio Monitoring Center Table 8 Table 4 RMBT_FACILITY Radio Monitoring Facilities Basic Table 9 Table 5 RMBT_FIXED_STATION Fixed Station Information Table 9 Table 6 RMBT_MOBILE_STATION Mobile Monitoring Facilities Basic Information Table 10 Table 7 RMBT_MOVE_STATION Moveable monitoring equipment information table 11 Table 8 RMBT_CONTROL_EQU Regulated Equipment Information Table 11 Table 9 RMBT_FACILITY_EQUIPMENT Radio Monitoring Equipment Information Table 11 Table 10 RMBT_FACILITY_ANTENNA Radio Monitoring Antenna Information Table 12 Table 11 RMBT_EQU_RA_ANTE Radio Monitoring Equipment and Antenna Relationship Table 13 Table 12 RMBT_FSIGNAL_TEMPLATE Monitoring Facility Signal Template Table 13. Table 13 RMBT_SIGNAL_SAMPLE Monitoring Facilities Monitoring Signal Sample Table 14 Table 14 RMBT_SSINGAL_ADMINPARAM Monitoring Facilities Monitoring Signal Sample Administrative Parameters 15 Table 15 RMBT_MCENTER_SIGNAL Monitoring Center Monitoring Signal Sample Table 15 Table 16 RMBT_CENTER_SIGNAL_ORIGIN Monitoring Center Monitoring Signal Sample Source Table 16 Table 17 RMBT_FREQ_OCCUPANCY Monitoring Facilities Frequency Information Table (By Hour) 16 Table 18 RMBT_BG_NOISE Monitoring Facilities Background Noise Statistics Table 17 Table 19 RMBT_SERVICE_NAME Monitoring Business Name Table 18 Table 20 RMBT_SERVICE_FREQDETAIL Monitoring Service Band Definitions Table 19 Table 21 RMBT_FACILITY_FREQBAND_EMENV Monitoring Facility Electromagnetic Environment Band Statistics 19 Table 22 RMBT_FACILITY_FREQ_EMENV Monitoring Facility Electromagnetic Environmental Signal Statistics Table 20 Table 23 RMBT_MCENTER_FREQBAND_EMENV Monitoring Center Electromagnetic Environment Band Statistics 21 Table 24 RMBT_MCENTER_FREQ_EMENV monitoring center electromagnetic environment signal statistics table 22 Table 25 RMBT_INTERSOLVED_RECORD Interference Checklist 23 Table 26 RMBT_UNSIGNAL_CHECK Signal Inspection Record Table 24 Table 27 RMBT_CODE_FACILITYTYPE Monitoring Facilities Classification 24 Table 28 RMBT_CODE_FMSKIND Monitoring Implementation Station Type 24 Table 29 RMBT_CODE_FMADDRTYPE Monitoring Implementation Station Site Type 25 Table 30 RMBT_CODE_STATUS device status dictionary 25 Table 31 RMBT_CODE_ISLINK monitoring facilities and provincial monitoring center connection status dictionary 25 Table 32 RMBT_CODE_MCSTYPE Monitoring Vehicle Loading Platform Type 26 Table 33 RMBT_CODE_MCSDTYPE mobile monitoring facility type 26 Table 34 RMBT_CODE_EQUTYPE device type 26 Table 35 RMBT_CODE_EQUWORKMODE Direction Finding Device Operating Mode 27 Table 36 RMBT_CODE_ISACTIVEANTE Active antenna 27 Table 37 RMBT_CODE_POLARIZATION antenna polarization 27 Table 38 RMBT_CODE_ISDIRECTIVEANTE whether to direct the antenna 28 Table 39 RMBT_CODE_SSTATUS Signal Time Domain Features 28 Table 40 RMBT_CODE_SPROPERTY Signal Properties 28 Table 41 RMBT_CODE_ISSTANDARD whether the standard frequency 28 Table 42 RMBT_CODE_ AMPLITUDEUNIT amplitude unit 29 Table 43 RMBT_CODE_MODULATION Modulation 29 Table 44 RMBT_CODE_STATISDAY Statistical Period Method 30 Table 45 RMBT_CODE_SERVICEKIND Monitoring Business Category 30 Table 46 RMBT_CODE_SDEPT Interfered Sector 30 Table 47 RMBT_CODE_INTERCHAR Interference Features 31 Table 48 RMBT_CODE_INTERTYPE Interference Type 31 Table 49 RMBT_CODE_ AREACODE Administrative Code 31 Table 50 Dictionary Data Sheet Description 32 Table 51 RMBT_CODE_FACILITYTYPE Monitoring Facility Type Data Code 33 Table 52 RMBT_CODE_FMSKIND Monitoring Implementation Station Type Data Code 33 Table 53 RMBT_CODE_FMADDRTYPE Monitoring Implementation Station Site Type Data Code 33 Table 54 RMBT_CODE_STATUS device status dictionary data encoding 34 Table 55 RMBT_CODE_ISLINK Monitoring Facilities and Provincial Monitoring Center Connection Status Dictionary Data Code 34 Table 56 RMBT_CODE_ MCSTYPE Monitoring Vehicle Loading Platform Type Data Code 34 Table 57 RMBT_CODE_MCSDTYPE Mobile Monitoring Facility Type Data Code 34 Table 58 RMBT_CODE_EQUTYPE Monitoring Equipment Type Data Code 35 Table 59 RMBT_CODE_EQUWORKMODE Direction Finding Device Operating Mode Data Code 35 Table 60 RMBT_CODE_ISACTIVEANTE whether active antenna data code 35 or not Table 61 RMBT_CODE_POLARIZATION antenna polarization mode data encoding 35 Table 62 RMBT_CODE_ISDIRECTIVEANTE Directional Antenna Data Code 36 Table 63 RMBT_CODE_SSTATUS signal time domain feature data encoding 36 Table 64 RMBT_CODE_SPROPERTY Signal Properties Data Encoding 36 Table 65 RMBT_CODE_ISSTANDARD standard frequency data encoding 36 Table 66 RMBT_CODE_ AMPLITUDEUNIT Amplitude Unit Data Code 37 Table 67 RMBT_CODE_ MODULATION Modulation Mode Data Code 37 Table 68 RMBT_CODE_STATISDAY Statistical Period Pattern Data Code 38 Table 69 RMBT_CODE_SERVICEKIND Monitoring Business Category Data Code 38 Table 70 RMBT_CODE_SDEPT Interference Sector Data Code 38 Table 71 RMBT_CODE_INTERCHAR interference characteristic data coding 39 Table 72 RMBT_CODE_INTERTYPE Interference Type Data Code 39 Table 73 RMBT_CODE_ AREACODE District Data Code 39

Foreword

This standard was drafted in accordance with the rules given in GB/T 1.1-2009. Please note that some of this document may be patentable. The issuing agencies of this document do not bear the responsibility of identifying these patents. This standard by the Ministry of Industry and Information Technology (Communications) centralized. This standard was drafted by the National Radio Monitoring Center, Beijing Boer Communication Technology Co., Ltd. The main drafters of this standard. Niu Gang, Huang Jia, Li Chuan, Hu Qian, Li Yansheng, Fei Wei, Li Huiyu, Yang Xu, Zhang Xiaofei, Song Keping, Huang Weining.

Introduction

Radio monitoring is an important means of radio management, with the rapid development of radio communications, China's radio management at all levels Continue to strengthen infrastructure construction, built more than a thousand radio monitoring stations at all levels, formed a nationwide ultrashort monitoring network covering these Monitoring facilities play an important role in radio management, but at the same time there are low utilization of monitoring data, system automation, intelligent processes Degree is not high and other limitations. This standard to meet the needs of the development of the national radio management, in accordance with the "management of resources, management station, order management," the core concept of design, the main Consider the supporting role of monitoring data in spectrum resources, stations and order management, and establish an organic connection between them. Pass the monitoring number According to the analysis, we can grasp the actual usage of spectrum resources in each service band and provide data support for frequency planning. In the meantime, Station data, you can grasp the legitimacy of radio waves, the effective investigation of the signal. Ultrashort frequency band radio monitoring network database structure skills requirement

1 Scope

This standard specifies the monitoring data types and storage formats of the radio monitoring network database in the ultra-shortwave frequency band (VHF band), including monitoring Infrastructure information, monitoring template and signal sample data, frequency band scan data, monitoring frequency band/frequency point occupation statistics, interference investigation and letter Number investigation record data. This standard applies to ultra-shortwave band radio monitoring system, UHF band (UHF band) radio monitoring system can also refer to carried out.

2 Normative references

The following documents for the application of this document is essential. For dated references, only the dated version applies to this article Pieces. For undated references, the latest edition (including all amendments) applies to this document. GB/T 13725 the establishment of a general term of the database principles and methods GB/T 2260 national administrative division code table QC/T 934-2012 Radio Monitoring Vehicle Specifications

3 Terms and definitions

GB/T 13725 and GB/T 2260 as defined by the following terms and definitions apply to this document. 3.1 Radio monitoring facilities radiomonitoringfacilities The use of technical means to monitor radio signals, measurement, direction finding and positioning of technical equipment and ancillary facilities. Mainly include fixed monitoring Stations, mobile monitoring facilities, portable monitoring equipment, portable monitoring equipment and radio control equipment. 3.2 Radio monitoring center radiomonitoringcenter The control center that controls the radio monitoring facility to perform radio monitoring tasks usually has joint radio direction finding, monitoring, directing Scheduling, radio monitoring data storage and processing and analysis functions. The superior radio monitoring center can organize the lower radio monitoring center finished Into the task and extract the relevant business data for integration and processing. 3.3 Radio signal samples radiosignalsample An expression of the frequency, time domain, spatial domain, and other attributes of radio signals. 3.4 Radio signal template radiosignaltemplate A collection of all radio signal samples obtained at a site using radio monitoring facilities. 3.5 Background noise backgroundnoise Monitor the output of the device for the presence of electromagnetic noise at the frequency at which no signal is present. ......

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