This standard specifies the terms and definitions of electronic imaging and the interrelationships between entries. This standard applies to electronic imaging technology and related fields. GB/T 20225-2006 Electronic Imaging Vocabulary GB/T20225-2006 Standard download decompression password: www.bzxz.net
This standard specifies the terms and definitions of electronic imaging and the interrelationships between entries. This standard applies to electronic imaging technology and related fields.

ICS01.040.37;37.080
National Standard of the People's Republic of China
GB/T20225—2006
Electronic imaging
Electronic imaging-Vocabulary (ISO 12651;1999,MOD)
2006-04-19 Issued
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China Standardization Administration of China
2006-10-01 Implementation
This standard is modified to adopt ISO12651:1999 Electronic imaging vocabulary (English version) The main differences between this standard and ISO12651:1999 are as follows: - The foreword of ISO12651:1999 has been deleted, and the foreword of this standard has been rewritten; - The table of contents in ISO12651:1999 has been deleted, and GB/T 20225—2006
-In addition to some contents in Chapter 3 of IS012651:1999 \"Guidelines to be followed\", the contents on explaining terminology and data expression methods are written into the preface;
-This standard lists \"Terms and definitions\" in Chapter 3; a term index is set up, which is divided into a Chinese phonetic index and an English corresponding word index. References: Other terms used in this standard, such as \"vocabulary\" "terms\" and \"definition\", adopt the meanings defined in GB/T 15237-1994 \"Basic Vocabulary of Technical Training\";
The normative references GB/115237.1-2000 (9V1S01087-1:2000) is cited in the documents, replacing the old standard JSO10871990; GB/T 2659:2000, (eqv 1S0 3166-1:1997), replacing 1S0 3166-1:1997. This standard was proposed and coordinated by the National Technical Committee for Standardization of Document Imaging Technology (SAC/TC86). This standard was drafted by the National Technical Committee for Standardization of Document Imaging Technology. The main drafters of this part are Xiao Jianping and Xu Zhouya. GB/T20225—2006
The development of imaging technology has promoted the international exchange of entities and information. Due to the diversity of a large number of professional terms in different fields or different expressions of the same concept in different languages, as well as the lack of definition or inaccurate definition of useful concepts, this communication often becomes very difficult. ||tt ||To avoid misunderstandings and facilitate communication, it is important to clarify concepts so that terms can represent the same concept in different languages ​​or in different countries, and that various terms have equivalent definitions in different languages. The purpose of this standard is to provide strict, concise definitions that can be understood by all relevant parties. The definition of each concept should be selected to be suitable for general use. In some specific application environments, the definition may need to be further refined. Although this standard can maintain its own consistency, readers should still pay attention to the flexibility of language, standardization of terms, and consistency issues, which may lead to duplication and inconsistency in other standards. Each entry consists of the case number, the English equivalent of the Chinese term, and the definition. In the entries of this standard, the priority terms are always in bold. The priority terms that appear in the definition or note and are defined in other items of the standard are also in bold, and are followed by the corresponding item number (such as brackets). In the terms in this standard, parentheses "\" are used for annotations or supplementary explanations. 1 Scope
Electronic imaging vocabulary
This standard specifies the terms related to electronic imaging and their definitions and the relationship between the terms. This standard applies to electronic imaging technology and related fields. 2 Normative references
GB/T202252D06
The clauses in the following documents become the clauses of this standard through reference in this standard. For all dated references, all subsequent amendments (excluding errata) or revisions They are not applicable to this standard. However, all parties that reach an agreement based on this standard are encouraged to study whether the latest versions of these documents can be used. For all undated referenced documents, the latest version applies to this standard. GB/T2659-2000 Codes for names of countries and regions in the world (eqvIS03166-1: 1997) GB/T15237.1-2000 Vocabulary of terminology Part 1: Theory and application (enV[S01087-1: 2000) 3 Terms and definitions
Electronic imaging electronic image
A document described in the form of data on a digital storage medium, an image on a visual display screen, or a hard copy print. 3.2
Bit-mapped image
An image represented in the form of a bitmap.
Electronic imaging
Electronic technology used to input, record, process, store, transmit and use images. 3.4
Electronic image management, EIM The coordination of all electronic imaging (3.3) technology applications for input, record, process, store, transmit and use of images. 3. 5
optical memory optical memory
Memory that records and/or reads data optically. 3.6
master
First generation electronic image (3.1), which can be used to produce copies. 3.7
raster image
An image formed by a set of image elements (3.61) arranged in a raster pattern. 3.8
raster data
Data that specifies the values ​​of image capsules (3.61) in an optical image (3.7) 3.9
rasterscan
A method of capturing or displaying an image by scanning line by line. 1
GB/T 20225—2006
vector data image an image stored in the form of a data file (3.72) containing information about vectors (3.11). 3.11
vectorvector
a line giving a numerical value of its direction and length.
rasterimageprocegsor:KIP
raster image processor
a processor that produces a bit-mapped image (3.2) from any form of electronic data file (3.72). 3.13
facsimile
an exact copy of a document.
digital converter
digitlzer
a device that converts the analog signals of a scanner (3.17) into binary (digital) codes. 3.15
capture sizecapture size
scan sizescan size
the maximum size of information that can be captured from a scanned original. 3.16
scuntioe
scanning time
the average time taken to scan a typical document of a specified size. 3.17
scanner
scanner
a device that converts the reflected or transmitted light energy resulting from the optical density and color of sampled points of a document into analog signals, which are then converted into digital data by a digital converter (3.142). Note: This term is often extended to refer to a device that can both scan and digitize a document. 3.18
photodiode device photodiode detector consisting of two or more photoelectric elements in a scanner (3.17). 3.19
image card scanner
image card scanner
a device used to scan microfilm images on an image card. Note: Some scanners (3.17) can also read information on the card. 3.20
Rall film scanner
A device for scanning reel microfilm.
Microfilm scanner
Microfilm scanner
A device for scanning microfilm.
Flat-bed scanner
A scanning tray with a flat surface for placing originals. Note: Usually used for scanning bound materials,
Linear scanner Flying array scanner Scanner A scanner that scans documents using a linear array of light detectors (3.17). 3.24
Flying spat scanner
A scanner that uses a single light spot to illuminate a document (3.17). 3.25
intelligent scanner
intelligent scanner
scanner (3.17) with optical character recognition (3.54), bar code (3.55) reading, etc. 3.26
electrenic image grey scalingelectrenic image grey scaling produces an electronic image with greyscale gradients (3.1). 3.27
black-and-white scannerblack-and-white scannera scanner (3.17) whose analogue signal output contains only information corresponding to the black and white optical density of the document. NOTE: Additional components in the digitiser may allow analogue greyscale. 3.28
charge coupled devices scannerCCD scannerCCD scanner
scanner (3.17) containing a photosensitive semiconductor device capable of collecting, storing and moving groups of electrical charges. 3.29
color scanner cnoorscanner (GB); color scanner (Us) a scanner (3.17) that outputs analog signals corresponding to the color optical density of the document. 3.30
tiling
a method of subdividing an electronic image (3.1) into a number of equally sized, completely interlocking regions. 3.31
dithering
a method of simulating grayscale by using different patterns of black and white pixels in a pixel. 3.32
scanner threshold
a scanner value
a brightness level of reflected light that determines in a black scanner (3.27) whether a dot on an original is recorded as gray or white. 3.33
scating
a technique of converting a bitmap of one density into a bitmap of another density using an algorithm. NOTE: Scaling is the process of enlarging or reducing an image. 3.34
resolution
the ability of a scanner (3.17) or image generating device to reproduce image detail. 3.35
image compression
inage compression
the technique used to reduce the number of bits in an electronic image (3.1) file GB/T20225—2006
GB/T 20225—2006
Image decompression The technique used to restore an electronic image (3.1> file from its compressed form to its original state. 3.37
Compression ratiocompression ratio
The ratio of the number of bits of an electronic image (3.1) before and after compression. 3.38
Aliasing
The reproduction of continuous lines in the form of steps.
Linearity
The ability of an imaging system to accurately reproduce any straight line. 3.40
Molre effect
Image defect caused by interference between the pattern on the file and the scanning sampling frequency. 3.41
Optical disc disk
A disk that receives and retains information in its recording layer and can be read by a light beam. 3.42
Videodisk
A disk that records images along a spiral groove or track (3.48), and records moving images and related audio information. Note: Today, videodisks are usually optical disks (3.41) that use analog recording technology or digital recording technology (CD-1, LVI, CL-TV, etc.). 3.43
write-once-read-many optical disk, WORM optical disk (3.41) in which each logical zone (3.60) can be written only once but can be read many times 3.44
rewritable optical disk rewritable optical disk data in a logical zone (3.60) can be deleted and other data can be recorded on the same zone (3.41). 3.45
compact disk-readonly memory CD-ROM optical disk (3.41) containing pre-recorded data and only for reading. 3.46
optical card optical card
a card with an optical storage (3.5) area.
optical tape optical tape
optical storage (3.5) in the form of a tape.
track
The path followed by the focal point of the optical beam during one rotation of the disk or during one cycle of movement along the card or tape. 3.49
case
A container that protects and facilitates the exchange of optical disks (3.41). 4
opticaldiskcartridge;ODC A device consisting of a case (3.49) and an optical disk (3.41) inside it. 3.51
magneto-opticalrecording;Mo recording A technology that uses optical means to change the polarity of the magnetic field of the recording medium to record data on a rewritable medium. 3.52
phase change recordingphase change recordingPC recordingGB/T20225-2006
A technology that uses a laser beam on a rewritable medium to change the medium from an amorphous state to a crystalline state or vice versa to record data. 3.53
Computer output lager disk; COLIThe technology of recording computer output on a compact disk (3.41). 3.54
Optical character recognition, OCRIntelligent character recognition, ICRThe technology of using an optical device to recognize characters and convert them into binary code. 3.55
Bar code bar cade
Data represented by a series of parallel lines and spaces. 3.56
Backward compatibilityThe ability of software and hardware to use data generated by a previous generation of software and hardware. 3.57
Optical jukebox
A device that stores optical disks (3.41), automatically selects a disk (3.41) and sends it to one or more drives. 3.58
high resolution monitor high resolutlon monitor display device with a high resolution screen
Note that a screen that allows more than 2 million phosphor dots to be displayed simultaneously is usually called a high resolution screen. 3.59
optical drive uptical drive
a device that reads or writes on an optical medium [disc (3.41), optical tape (3.47) or optical card (3.46) etc.]. 3.60
logal sector
log sector
the smallest addressable data group that can be recorded or read on a disc (3.41). 3.61
picture element; pixel: the smallest element of an electronic image (3.1).
Note that the abbreviation pixel is the most commonly used term defined so far. 3.62
Facsimile transmission
The process of scanning a document, converting it into an electrical signal, sending it by telecommunication system and recording or displaying the document in the form of a copy of the original. GB/T 20225--2006
Pixel cell
An array of pixels (3.61) of a specific size. 3.64
Forward compatibility
Forward compatibility
Upward compatibility
The ability to move data from a newer version of a system or software package to an earlier version. 3.65
resolving power
Resolving power
Electronic image (3.1) A digital representation of the resolution limit of a system, using a test target (3.3.66) The number of resolvable line pairs per millimeter in an image.
test target
A target consisting of a test pattern, pattern, or character, used to evaluate the quality of the output of an electronic imaging system. 3.67
image offset
The adjustment in a scanner (3.17) that allows the capture area to move relative to the information on the document to be captured. 3.68
scanner resolution
The number of sample points, pixels (3.61), or sample lines per unit length of the scanned document. 3.69
screen resolution
display resolutionThe number of pixels (3.61) per unit area on a display screen. 3.70
printer resolutionThe nominal number of dots per unit length produced by a printer. 3.71
CompactdiskrecordableCD-RCompactdiskrecordahleCD-R A disc that a user system can write to only once (or each session in the case of a multisession disc can be written to only once) and that complies with the CI) specification (3.41). 3.72
Data filedata file
Data that is processed as a discrete unit. 3.73
Digital signaturedigitalsignature
A block of data appended to a data file (3.72) that allows the user to identify its source. 3.74
Edge enhancementedgeenhancement
The technique of sharpening the edges of lines in an electronic image (3.1). 3.75
Expungenient
The process of removing a file from a system without leaving any trace. 6
formatsremoval
GB/T20225—2006
A system (usually software) that removes "fixed" or "covered" parts from a digitized image, leaving only variable data. 3.77
grey scale image
An image formed by pixels (3,61) containing grayscale information. 3.78
hierarchical storage managementhierarchical storage system system a data file (3.72) storage system that uses a number of electronic memories ranging from fast access to slow access. Data files (3.72) can be moved from one memory to another under the control of the system. 3.79
lossless compression
lossless compression
data file (3.72) compression technique that makes the decompressed image identical to the original uncompressed image. Note: No information is lost during the compression and decompression process. 3.80
lussy compression
lossy compression
data file (3.72) compression technique that makes the decompressed image identical to the original uncompressed image. Note: The compression process may result in loss of information. 3.81
multi-function drive system an optical drive (3.41) that can use both write-once read-many optical discs (3.43) and rewritable optical discs (3.44). 3. 82
system file system file
A file stored in a computer and used to control and operate the system. 3.83
nominal capacity
nominal capacity
The number of bytes that can be accessed by users on a write-once-read-many optical disc (3.43). GB/T 20225—2006
Scaling
Edge enhancement
Nominal capacity
Moire effect
Color scanner
Test target
Magneto-optical recording
Printer resolution
Dot matrix scanner
Charge coupled device scanner
Electronic imaging
Electronic image…·
Electronic image management·
Electronic image grayscale imaging
Dithering method
Multifunctional drive system
Resolving power
Resolution
Hierarchical storage management
Hierarchical storage system
Resolution monitor
Format elimination||tt| |Optical storage
Photodiode device
CD library
Raster scanning·
Chinese Pinyin index
Raster data
Optical image·
..3.18
Optical image processor
Optical drive
Optical character recognition
Optical optical disc
Black and white scanner
Grayscale image
Computer output laser disc
Precise copy
Film scanner
Rewritable optical disc
Recordable optical disc
Jinan District
Flatbed scanner
Screen resolution
Capture size
Scan size
. 3. 12
Scanner
Scanner Threshold
Scanner Resolution
Scanning Time
Vector Data Image
Data File
Digital Signature
Digitizer
Microfilm Scanner
Image Decompression
Image Offset
Image Compression
Bit-mapped Image
Lossless Compression||tt| |System Delivery
Display Resolution
Line Array Scanner
Backward Compatibility
Forward Compatibility
Upward Compatibility
Phase Change Recording
Compression Ratio
Write Once Read Many Optical Disk
Image Card Scanner
Lossy Compression
Intelligent Scanner
Intelligent Character Recognition
Read-Only Optical Disk
GB/T 20225—200677
grey scale image
grey scale imagebZxz.net
image formed by pixels (3,61) containing gray scale information. 3.78
hierarchical storage managementhierarchical storage systemdata file (3.72) storage system that uses a number of electronic memories ranging from fast access to slow access. Data files (3.72) can be moved from one memory to another under the control of the system. 3.79
lossless compression
losslesscompresston
data file (3.72) compression technique that makes the decompressed image identical to the original uncompressed image. NOTE: No information is lost during the compression or decompression process. 3.80
lussy compression
lossy compression
data file (3.72) compression technique that makes the decompressed image identical to the original uncompressed image. NOTE: The compression process may result in loss of information. 3.81
Multi-function drive system An optical drive (3.41) that can use both write-once read-many optical discs (3.43) and rewritable optical discs (3.44). 3.82
System fileSystem file
Files stored in a computer for controlling and operating the system. 3.83
nominal capacity
nominal capacity
The number of bytes that can be accessed by the user on a write-once read-many optical disc (3.43). GB/T 20225—2006
Scaling
Edge enhancement
Nominal capacity
Moire effect
Color scanner
Test target
Magneto-optical recording
Printer resolution
Dot matrix scanner
Charge coupled device scanner
Electronic imaging
Electronic image…·
Electronic image management·
Electronic image grayscale imaging
Dithering method
Multifunctional drive system
Resolving power
Resolution
Hierarchical storage management
Hierarchical storage system
Resolution monitor
Format elimination||tt| |Optical storage
Photodiode device
CD library
Raster scanning·
Chinese Pinyin index
Raster data
Optical image·
..3.18
Optical image processor
Optical drive
Optical character recognition
Optical optical disc
Black and white scanner
Grayscale image
Computer output laser disc
Precise copy
Film scanner
Rewritable optical disc
Recordable optical disc
Jinan District
Flatbed scanner
Screen resolution
Capture size
Scan size
. 3. 12
Scanner
Scanner Threshold
Scanner Resolution
Scanning Time
Vector Data Image
Data File
Digital Signature
Digitizer
Microfilm Scanner
Image Decompression
Image Offset
Image Compression
Bit-mapped Image
Lossless Compression||tt| |System Delivery
Display Resolution
Line Array Scanner
Backward Compatibility
Forward Compatibility
Upward Compatibility
Phase Change Recording
Compression Ratio
Write Once Read Many Optical Disk
Image Card Scanner
Lossy Compression
Intelligent Scanner
Intelligent Character Recognition
Read-Only Optical Disk
GB/T 20225—200677
grey scale image
grey scale image
image formed by pixels (3,61) containing gray scale information. 3.78
hierarchical storage managementhierarchical storage systemdata file (3.72) storage system that uses a number of electronic memories ranging from fast access to slow access. Data files (3.72) can be moved from one memory to another under the control of the system. 3.79
lossless compression
losslesscompresston
data file (3.72) compression technique that makes the decompressed image identical to the original uncompressed image. NOTE: No information is lost during the compression or decompression process. 3.80
lussy compression
lossy compression
data file (3.72) compression technique that makes the decompressed image identical to the original uncompressed image. NOTE: The compression process may result in loss of information. 3.81
Multi-function drive system An optical drive (3.41) that can use both write-once read-many optical discs (3.43) and rewritable optical discs (3.44). 3.82
System fileSystem file
Files stored in a computer for controlling and operating the system. 3.83
nominal capacity
nominal capacity
The number of bytes that can be accessed by the user on a write-once read-many optical disc (3.43). GB/T 20225—2006
Scaling
Edge enhancement
Nominal capacity
Moire effect
Color scanner
Test target
Magneto-optical recording
Printer resolution
Dot matrix scanner
Charge coupled device scanner
Electronic imaging
Electronic image…·
Electronic image management·
Electronic image grayscale imaging
Dithering method
Multifunctional drive system
Resolving power
Resolution
Hierarchical storage management
Hierarchical storage system
Resolution monitor
Format elimination||tt| |Optical storage
Photodiode device
CD library
Raster scanning·
Chinese Pinyin index
Raster data
Optical image·
..3.18
Optical image processor
Optical drive
Optical character recognition
Optical optical disc
Black and white scanner
Grayscale image
Computer output laser disc
Precise copy
Film scanner
Rewritable optical disc
Recordable optical disc
Jinan District
Flatbed scanner
Screen resolution
Capture size
Scan size
. 3. 12
Scanner
Scanner Threshold
Scanner Resolution
Scanning Time
Vector Data Image
Data File
Digital Signature
Digitizer
Microfilm Scanner
Image Decompression
Image Offset
Image Compression
Bit-mapped Image
Lossless Compression||tt| |System Delivery
Display Resolution
Line Array Scanner
Backward Compatibility
Forward Compatibility
Upward Compatibility
Phase Change Recording
Compression Ratio
Write Once Read Many Optical Disk
Image Card Scanner
Lossy Compression
Intelligent Scanner
Intelligent Character Recognition
Read-Only Optical Disk
GB/T 20225—2006
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