This standard specifies the basic terms and definitions for information classification and coding. This standard applies to all application areas of information classification and coding. GB/T 10113-2003 General terms for classification and coding GB/T10113-2003 Standard download decompression password: www.bzxz.net
This standard specifies the basic terms and definitions for information classification and coding. This standard applies to all application areas of information classification and coding.

GB/T10113—2003
This revision of the standard is GB/T10113—2003 General Classification and Coding Technology. Compared with G/T36117-1985, the main changes in this revision are as follows: - The structure and format of the original standard have been modified, and the number of items and the number of sections have been increased. - The name of the original standard has been changed to “Classification and Coding Technology”. Necessary changes and additions have been made to the internal content of the standard, and 14 technical terms have been added: classification, coding format, coding object, coding scheme, code value, code element, code element scheme, code position, code, code array, verification code, etc.
An English code scheme has been established. The Chinese Standards Research Center is the responsible unit for the development of this standard. The drafters of this standard are Shi Liling, Liu Jing, etc. Li Xiaocheng, Zhang Ai, G8/10119-198, the first release of the general terminology of classification and coding in December 1588, was revised as the first time. This standard defines the basic terms and definitions of classification and abbreviation. The standard is applicable to various fields or areas of classification and coding. 2. Terminology 2.1 Classification terminology A class is a collection of things that have some common properties (or characteristics). 2. 1.2
Classification classification is the process of distinguishing classification objects (2.1.4) according to the characteristics of the classification objects (2.1.4), and collecting the classification objects (2.14) with common characteristics (characteristics) in one. Information classification is the process of collecting the information with common characteristics or features and distinguishing them together. 2. 1.4
Classification object is the object or concept to be classified (2.1.2), and the classification method is the method of classifying. Linear classification method: select the properties (or characteristics) of the classification object (2.1.4) and divide it into several levels. Each level is further divided into several categories. The same level of the same branch is in parallel relationship, and the relationship between the categories of the level is not considered. 2.1.6
Surface classification method: select the properties (or characteristics) of the classification object (2.1.4) and divide the classification object (2.1.4) into independent groups according to a certain order. Each group of categories constitutes a "surface". It arranges each "surface" in parallel according to a certain order. When using, the corresponding categories in the "surface" should be connected to the specified order of the "surface" to form a new complex classification. 2.1.7
Contained classification method: ofcnpusile corelassiticution structure media classification method (2.1.5' surface classification method (2.1.6> combined transmission with one of the classification methods as the main, the other as a supplementary information classification (2.1.3) method:
superordinate classeuteguryinhigherlevel
In the online classification system, a class is directly divided into the next level class from it and is called the superclass. 2. 1.9
subordinate classcateporyinowerlevel
In the online classification system, the superordinate class 2.1. is also directly divided into the first level class: 1
GB/T 10113—200
coordinate US cmlegoryinkanelevel
In the classification system, 3 a class is directly divided from the next level class. 2.2 Code terminology
codedeuing
a thing or concept that reduces the complexity of the code (2.2.5). 2. 2.2
anded nhjects
a thing or concept that is coded
combined with a code (2.2.!). 2.2.3
codedset
a codedset is a set of elements that is mapped from one coding scheme (2.2.4) to another set of elements. Example, get the word abbreviations Chai meeting Zhu Xindong name table, 2.2. 4
coding scheme codlingscbeng
will be a combination of the elements of the night to another case of interruption element fee collection, [G3/: 271.12u00-times: E, element case can be military symbol or hand storage rate, 2. The first combination of the trap code to the original nest (2.23). The first set of dangerous code element matters need (2.2.7: 2. The pot is a combination of the elements of the set (2.2.7) can be associated with the limited code of the full 12.2.31 element case, but not 2. 2. 5
code ude
indicates a particular object is a loyal station or a group of characters. Method: and this can be caused by: mail people and machines to recognize the length of coal, etc. 2. 2. 6
code information endealne
code element search codecfesnent
apply a coding scheme (2.2.4) to a code object scheme (2.2.3) in the result of a search, and the result of applying the code (2.2.5) to the code element of the airport name transfer Sanning pregnancy is "PEK\F decline Beijing all international preferential quota. 2.2.7
code element dish cadeeheanenisct
An I code prescription (2.2.4) should be the result of the element search in the abbreviation code pair (2.25). For example, the machine name is all Sanning international representation: 2.2. 5
code fear role tist
coding object set: 2.2.37 and the code element need (2.2.7) mapping table, 2. 2. 9
Code structurewwW.bzxz.Net
codeslrueiwrs
Code (2.2.51 character sequence, 2.2.1G
cardinal number of ede
cardinal number
the number of characters in the code (2.2.5) selected when the code (2.2.5) is constructed, such as the number code (2.2.13) is (1~.9, the cardinality is 23,
code length coleleagih
the number of numeric characters contained in a code (2.2.5), 2.2. 12
Code position
in a special string, the position marked with a serial number can be automatically increased. 2.2. 13
numeric code
Digital code
The code is composed of alphanumeric characters (2.2.57, which is described in detail below. It can be used to represent the complete group of numbers, such as "one", "information", 2.2.14
Alphabetic code
The code is composed of alphanumeric characters and numbers (2.2.5) Note: It can be used to represent the complete group of numbers, such as "one", "information", 2.2.5
Alphabetic code is composed of alphanumeric characters and numbers (2.2.5) Note: It can be used to represent the complete group of numbers, such as "one", "information", 2.2.15
Alphanumeric code is a mixed code of letters and numbers (2.2.5) Note: It can be used to represent the complete group of numbers, such as "one", "information", 2.2. 2.2.16
nonsignificanteade
no required code
for the coded object (2.2.2)! ! It has a certain identification function, but no other slightly additional meaningful code (2.2.5). 2.2.17
sequence code seacore
by Arabic letters or Latin letters without sequence to mark the code pair (2.2.2) of the weak (2.2.5) 2.2.18
sequence code alignnenl-mqucne:codeGB/T 10113—2003
according to the coding object (2.2.2) weekly (into a regular> standard phase or batch instrument, the code object 22.2) is divided into ten groups: then the name of the seat base (2.2.7) is evenly divided into ten groups, and each coding object (2.2.2) can be respectively reduced. In the same ~, for the correct code object: 2.2.2 can continue to be coded (2.2, 1).
Note: the replacement can be purchased in the code 12.2.5) not listed in the figure, 2.2. t9
nonseqentinl cde
random code of the coded object (2.2.2) (2.2.5) 2.2.20
Significant code signtfieantcoxke
In addition to the difference identification method for screening code matching (2.7.2), there are other special codes (2.2.5). 2. 2. 21
Road sign abbreviate cude
According to certain abbreviation rules, the correct code is selected (2.2.21 The code is generated from one or more characters in the name (2.2.5): 2, 2, 22
Hierarchical code laercole
can reflect the code for the relationship between the auxiliary code object 2.2.2) (2.2.5) 3
GB/T10113—2003
Matrix code
mairlxcede
Based on the entity of the complex record table, the values ​​of the rows and columns in the table are used to scan the coordinates of the upper code object (2.2.2) in the table (2.2.5).
Feature group code
chararleristfcblockoode
represents the concept of non-object or data: the feature code required (2.2.5) segment must be a certain number of times the combination of code (2.2.5). , the code (2.. cannot be compensated separately
rmenpound code
in ten complete, the code of the language 2.2.5) is combined into a code (2.2.5). For example: it is used to represent the end-to-end object (2.2.21 of the single message, the customer-provided part of the oral call 2.2.5) can be used separately, 2. 2. 26
equal-length code galengthondke
standard with the same code (2.2.5 in the accumulation, the code length (2.2.11) of the potential code object (2.2.2>) are all similar, 2.2.27
proof-fraud code eheckeT eharacler
Can verify the correctness of the code (2.2.5] through mathematical relations*. [G6/T1272-19+
Sound code...
Pre-code object
Coding object set...
Coding scheme
Hierarchical code
Code table·
Code length
Code base
Code structure
Code element
Code element meaning single
Code value·
Han Xiusi
Classification object·
Mixed classification method
Check code
Short drop code
Chinese case introduction
.... 2.2.9
Surface classification
Upper class
Digital code
Combination code
Feature combination code
Homogeneous class
No-cross code
No sequence code
Series sequence code
Lower class
Line classification
Information classification
Significant code
Character code
Alphanumeric code
CD/T 10113—2CD3
..2. 2. 13
.. 2. 2. 13
GE/TG113—2003
abbreviation code | |tt | lock codk
cherker characler
elasriFication
code elenment
pode ekemenl yet
coxe tength
Crie list
code structure
Borvalue
cntet objeets
Cded sef | | tt | 1.3 | |tt | code
ohjects of classification
pasiliHl
Sequential code
significant ck9
Surface classification
Upper class
Digital code
Guo code
Feature combination code
Homogeneous class
No-cut code
No sequence code
Series sequence code
Lower class
Line classification
Information classification
Significant code
Character code
Alphanumeric code
CD/T 10113—2CD3
..2. 2. 13
.. 2. 2. 13
GE/TG113—2003
abbreviated code | |tt | lock codk
cherker characler
elasriFication
code elenment
pode ekemenl yet
coxe tength
Crie list
code structure
Borvalue
cntet objeets
Cded sef ||tt | 1.3 | |tt | code
ohjects of classification
pasiliHl
Sequential code
significant ck9
Surface classification
Upper class
Digital code
Guo code
Feature combination code
Homogeneous class
No-cut code
No sequence code
Series sequence code
Lower class
Line classification
Information classification
Significant code
Character code
Alphanumeric code
CD/T 10113—2CD3
..2. 2. 13
.. 2. 2. 13
GE/TG113—2003
abbreviated code | |tt | lock codk
cherker characler
elasriFication
code elenment
pode ekemenl yet
coxe tength
Crie list
code structure
Borvalue
cntet objeets
Cded sef | | tt | 1.3 | |tt | code
ohjects of classification
pasiliHl
Sequential code
significant ck
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