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Search references for EBCDIC. Phrases containing EBCDIC
See searches and references containing EBCDIC!EBCDIC
Eight-bit character encoding system invented by IBM
Extended Binary Coded Decimal Interchange Code (EBCDIC; /ˈɛbsɪdɪk/) is an eight-bit character encoding used mainly on IBM mainframe and IBM midrange computer
EBCDIC
Character encoding for Unicode compatible with EBCDIC
UTF-EBCDIC is a character encoding capable of encoding all 1,112,064 valid character code points in Unicode using 1 to 5 bytes (in contrast to a maximum
UTF-EBCDIC
Dated classifications of computing character sets
Character encoding § Terminology.) The term "code page" originated from IBM's EBCDIC-based mainframe systems, but Microsoft, SAP, and Oracle Corporation are
Code_page
Character encodings for Japanese on EBCDIC mainframes
incompatible versions of the Extended Binary Coded Decimal Interchange Code (EBCDIC) have been used to represent the Japanese language on computers, including
Japanese_language_in_EBCDIC
Code pages used specifically to write programs in the APL programming language
Prior to the wide adoption of Unicode, a number of special-purpose EBCDIC and non-EBCDIC code pages were used to represent the symbols required for writing
Digital encoding of APL symbols
Digital_encoding_of_APL_symbols
Typographic symbol
also reverted in ISO 646-1973 published four years prior. Some variants of EBCDIC included both versions of the character as different code points. The broad
Vertical_bar
Currency sign
other computer systems. The ¥ is assigned code point B2 in EBCDIC 500 and many other EBCDIC code pages. Under Chinese Pinyin input method editors (IMEs)
Yen_and_yuan_sign
Special characters in computing signifying the end of a line of text
control characters in character encoding specifications such as ASCII, EBCDIC, Unicode, etc. A newline is used to signify the end of a line of text and
Newline
Character encoding standard
2 (ITA2) standard of 1932, FIELDATA (1956[citation needed]), and early EBCDIC (1963), more than 64 codes were required for ASCII. ITA2 was in turn based
ASCII
Computer control characters
Except for SS2 and SS3 in EUC-JP text, and NEL in text transcoded from EBCDIC, the 8-bit forms of these codes were almost never used. CSI, DCS and OSC
C0_and_C1_control_codes
Nickname for 8-bit ASCII-derived character sets
and Windows codepages). EBCDIC ("the other" major character code) likewise developed many extended variants (more than 186 EBCDIC codepages) over the decades
Extended_ASCII
Using numbers to represent text characters
Extended Binary-Coded Decimal Interchange Code (usually abbreviated as EBCDIC), an eight-bit encoding scheme developed in 1963 for the IBM System/360
Character_encoding
EBCDIC character code
Eight Ones, is an 8-bit EBCDIC character code represented as all ones (binary 1111 1111, hexadecimal FF). Eight Ones, as an EBCDIC control code, is used
Eight_Ones
Data encoding technique
cases, "the representation is not the same as the result of converting an EBCDIC Signed field to ASCII with a translation table." In other cases they are
Signed_overpunch
Sets of characters used in the 1980s & 90s
Katakana EBCDIC 20297 297 Country Extended Code Page for France 20420 420 EBCDIC Arabic 20423 423 EBCDIC Greek with Extended Latin 20424 424 EBCDIC Hebrew
Windows_code_page
Family of block-oriented display terminals and printers made by IBM
character set for US English EBCDIC (optional characters were available for US ASCII, and UK, French, German, and Italian EBCDIC). On the 3275 and 3277 terminals
IBM_3270
Computer text file character representing blank space
(or Wansung) and N-byte Hangul (or its EBCDIC counterpart), such as IBM-933, which includes both Johab and EBCDIC fillers. Text editors, word processors
Whitespace_character
System of digitally encoding numbers
column ("BCD 8 4 −2 −1"), two of the weights are negative. Both ASCII and EBCDIC character codes for the digits, which are examples of zoned BCD, are also
Binary-coded_decimal
26 letters in two cases broadly used in international communication
which became the American National Standards Institute in 1969) 1963/1964: EBCDIC (developed by IBM and supporting the same alphabetic characters as ASCII
ISO_basic_Latin_alphabet
Eleventh letter of the Latin alphabet
Numeric character reference K K k k K K Ｋ Ｋ ｋ ｋ EBCDIC family 210 D2 146 92 ASCII 75 4B 107 6B
K
Symbols 0, 1, 2, 3, 4, 5, 6, 7, 8, and 9
decimal digit, a design decision facilitating the digitization of text. EBCDIC uses a different offset, but is designed for a similar masking operation
Arabic_numerals
Entity in digital text
typewriter-style terminal, the tab character is sometimes written as Ctrl +I or ^I. In EBCDIC, the code for HT is 5. VT is 11 (the same as in ASCII). In many programming
Tab_character
Ninth letter of the Latin alphabet
The positions 0x49 and 0x69 were used by ASCII and inherited by Unicode. EBCDIC used 0xC9 and 0x89 for I and i. Brown & Kiddle (1870) The institutes of
I
Standard protocol for transferring files over TCP/IP networks
recommended for all implementations of FTP). EBCDIC (TYPE E): Used for plain text between hosts using the EBCDIC character set. Local (TYPE L n): Designed
File_Transfer_Protocol
Unicode character
0 ÿþ^@^@ UTF-7 2B 2F 76 43 47 118 +/v UTF-1 F7 64 4C 247 100 76 ÷dL UTF-EBCDIC DD 73 66 73 221 115 102 115 Ýsfs SCSU 0E FE FF 14 254 255 ^Nþÿ BOCU-1 FB
Byte_order_mark
General-purpose programming language
Both standards do not prescribe any particular value encoding—ASCII and EBCDIC both comply with these standards, since they include at least those basic
C_(programming_language)
Fifth letter of the Latin alphabet
133 EF BD 85 Numeric character reference E E e e Ｅ Ｅ ｅ ｅ EBCDIC family 197 C5 133 85 ASCII 69 45 101 65
E
Yes ANSI, OEM, Unicode, UTF-8, EBCDIC, Custom Yes 300 Yes Yes Yes Yes Yes Yes beye 8 PiB Yes No Yes Yes ANSI, EBCDIC, ASCII, Macintosh Yes 29 AVR, Java
Comparison_of_hex_editors
Character encoding of Latin script
code page 1053, which adds the medium shade (▒, U+2592) at 0x7F. Several EBCDIC code pages were purposely designed to have the same set of characters as
ISO/IEC_8859-1
EBCDIC encodings for Cyrillic
Код Обработки Информации, "Binary Code for Information Processing") is an EBCDIC encoding for Russian Cyrillic. It is a Telegraphy-based encoding used in
DKOI
Shell command for copying and converting file data
copying, including byte order swapping and converting between ASCII and EBCDIC text encodings. dd is sometimes humorously called "Disk Destroyer", due
Dd_(Unix)
Character-recognition technology
0x3C, amount as 0x3B, and dash as 0x3D. For EBCDIC, IBM code page 1001 encodes digits in their usual EBCDIC locations, transit as 0xDB, on-us as 0xEB,
Magnetic ink character recognition
Magnetic_ink_character_recognition
Control character with value 0
Set), ASCII (ISO/IEC 646), Baudot, ITA2 codes, the C0 control code, and EBCDIC. In modern character sets, the null character has a code point value of
Null_character
Alternative width characters in East Asian typography
similar treatment for Korean jamo, based on the N-byte Hangul code and its EBCDIC translation. For compatibility with existing character sets that contained
Halfwidth_and_fullwidth_forms
Unit of digital information, usually 8 bits
System/360 the eight-bit Extended Binary Coded Decimal Interchange Code (EBCDIC), an expansion of their six-bit binary-coded decimal (BCDIC) representations
Byte
Character encoding used in the Sinclair ZX81 computers
It has no relationship with previously established ones like ASCII or EBCDIC, but it is related though not identical to the character set of the predecessor
ZX81_character_set
Eighth letter of the Latin alphabet
136 EF BD 88 Numeric character reference H H h h Ｈ Ｈ ｈ ｈ EBCDIC family 200 C8 136 88 ASCII 1 72 48 104 68
H
Letter in several Latin-script alphabets
replacing the backslash and vertical bar. The most common locations in EBCDIC code pages is 0x80 and 0x70. Most code pages used by MS-DOS such as CP437
Ø
Latin letter U with acute accent
reference Ú Ú ú ú Named character reference Ú ú EBCDIC family 254 FE 222 DE ISO 8859-1/2/3/4/9/10/14/15/16 218 DA 250 FA
Ú
IBM mainframe communications protocol
USASCII with 128 characters and EBCDIC with 256 characters looked forward. Transcode disappeared very quickly but the EBCDIC and USASCII dialects of Bisync
Binary Synchronous Communications
Binary_Synchronous_Communications
Topics referred to by the same term
symbol ↑, ↑, a HTML or XML character entity ↑, codepoint 8A (hex) in EBCDIC Code page 293, used for writing APL ↑, the glyph for character 94 (decimal)
↑
Sixth letter of the Latin alphabet
134 EF BD 86 Numeric character reference F F f f Ｆ Ｆ ｆ ｆ EBCDIC family 198 C6 134 86 ASCII 70 46 102 66
F
System of East Asian character encodings
user-defined characters. KEIS (Kanji-processing Extended Information System) is an EBCDIC encoding used by Hitachi, with double-byte characters (a DBCS-Host encoding)
Extended_Unix_Code
Typographic symbol (underline)
encodings such as ITA2 and the first versions of ASCII had no underscore. IBM's EBCDIC character-coding system, introduced in 1964, added the underscore, which
Underscore
Uppercase or lowercase
Case conversion is different with different character sets. In ASCII or EBCDIC, case can be converted in the following way, in C: int toupper(int c) {
Letter_case
Punctuation mark with two dots (:)
and therefore appeared in most text encodings, such as Baudot code and EBCDIC. It was placed at code 58 in ASCII and from there inherited into Unicode
Colon_(punctuation)
Character encoding standard
U+010000 to U+10FFFF UTF-32, which uses one 32-bit unit per code point UTF-EBCDIC, not specified as part of The Unicode Standard, which uses one to five 8-bit
Unicode
there are no code points less than U+10000. All printable characters in UTF-EBCDIC use at least as many bytes as in UTF-8, and most use more, due to a decision
Comparison of Unicode encodings
Comparison_of_Unicode_encodings
Currency sign
used x5C (ASCII: \) while the Oric computers used x5F (ASCII: _). IBM's EBCDIC code page 037 uses xB1 for the £ while its code page 285 uses x5B. ICL's
Pound_sign
Term for computer data consisting only of unformatted characters of readable material
because someday people might want to process text, and won. Although IBM used EBCDIC, most text from then on came to be encoded in ASCII, using values from 0
Plain_text
Latin letter U with circumflex
reference Û Û û û Named character reference Û û EBCDIC family 251 FB 219 DB ISO 8859-1/3/4/9/10/14/15/16 219 DB 251 FB
Û
Unicode character
languages. This is the application context originally considered by the EBCDIC and ISO 8859-1 standards and implemented in many VT100 terminal emulators
Soft_hyphen
Process of determining content's charset
1270 Cyrillic + French Cyrillic + German Polytonic Greek EBCDIC Japanese language in EBCDIC DKOI DEC terminals (VTx) Multinational (MCS) National Replacement
Charset_detection
Paper-based recording medium
"1" in a column where the "12" has some other use. The introduction of EBCDIC in 1964 defined columns with as many as six punches (zones [12, 11, 0, 8
Punched_card
Model of communication of seven abstraction layers
Abstract Syntax Notation One (ASN.1), with capabilities such as converting an EBCDIC-coded text file to an ASCII-coded file, or serialization of objects and
OSI_model
South Korean character set
for use as a Shift Out set with EBCDIC. That variant uses shift in and shift out to switch between a single-byte EBCDIC page and Johab, uses a different
KS_X_1001
Portable computer (1978)
I/O devices (floppy disk drives, IEEE-488, RS-232) and a character set (EBCDIC) which was compatible with other IBM machines. These improvements made it
IBM_5110
International standard for financial transaction card originated interchange messaging
binary data or as 16 hexadecimal characters (0–9, A–F) in the ASCII or EBCDIC character sets. A message will contain at least one bitmap, called the primary
ISO_8583
Windows charset can be preserved. Vim supports EBCDIC when compiled on a system that uses the EBCDIC character set. from version 21.5.29 GNU Emacs (1)
Comparison_of_text_editors
Reset to the beginning of a line of text
carriage return is one of the control characters in ASCII code, Unicode, EBCDIC, and many other codes. It commands a printer, or other output system such
Carriage_return
Six-bit binary-coded decimal codes
IBM announced the 8-bit Extended Binary Coded Decimal Interchange Code (EBCDIC), based on BCDIC, in 1964 with the introduction of its System/360 line.
BCD_(character_encoding)
Two or three characters, treated as one
characters for special use and so on. Trigraphs might also be used for some EBCDIC code pages that lack characters such as { and }. The basic character set
Digraphs and trigraphs (programming)
Digraphs_and_trigraphs_(programming)
1970s era IBM minicomputer
storage and handling. Although the Series/1 uses EBCDIC character encoding internally and locally attached EBCDIC terminals, ASCII-based remote terminals and
IBM_Series/1
Computer art form using text characters
the 1403 was driven by an EBCDIC-coded platform and the character sets and trains available on the 1403 were derived from EBCDIC rather than ASCII, despite
ASCII_art
IBM 6-bit data transmission code
using 6-bit Transcode had higher throughput than transmission using 8-bit EBCDIC or ASCII, provided that the data to be transmitted used a limited set of
Transcode (character encoding)
Transcode_(character_encoding)
ASCII-compatible variable-width encoding of Unicode
Relationship between Unicode characters and HTML UTF-EBCDIC – Character encoding for Unicode compatible with EBCDIC List of Unicode characters Unicode® 6.0.0: Released:
UTF-8
Old computing technology or system that remains in use
Lotus 1-2-3, and text files encoded with legacy character encodings like EBCDIC. The first use of the term legacy to describe computer systems probably
Legacy_system
Typographic symbol (#)
35 (hex 0x23) in ASCII where it was inherited by many character sets. In EBCDIC it is often at 0x7B or 0xEC. Unicode characters with 'number sign' in their
Number_sign
Device for punching holes into paper cards
for parentheses, equal and plus as well as other new symbols used in the EBCDIC code. The IBM 029 was mechanically similar to the IBM 026 and printed the
Keypunch
Munich-based information technology vendor
S/390-compatible platforms BS2000: EBCDIC-based operating system for SPARC, x86 and S/390-compatible systems VM2000: EBCDIC-based hypervisor for S/390-compatible
Fujitsu_Technology_Solutions
Computer encoding of characters
and the IBM 704 in 1954. Six-bit encodings were replaced by the eight-bit EBCDIC code starting in 1964, when System/360 standardized on eight-bit bytes.
Six-bit_character_code
Sixth layer of the OSI model of telecommunications
be the conversion of an extended binary coded decimal interchange code (EBCDIC-coded) text computer file to an ASCII-coded file. If necessary, the presentation
Presentation_layer
1980 office desktop computer
created in Textpack is encoded with 8-bit EBCDIC. The Displaywriter also supports ASCII, but 8-bit EBCDIC is used in this context in order to take advantage
IBM_Displaywriter_System
Computer file containing plain text
human-interpretable to some degree. ASCII – Character encoding standard EBCDIC – Eight-bit character encoding system invented by IBM Filename extension –
Text_file
Format for encoding data for storage
HTML and XML encoding, combined in a plain text file format, using either EBCDIC or ASCII character encoding, on a UDF digitally formatted disk. In electronic
Recording_format
Transmission control character
keyboard. The 5-bit ITA2 has an enquiry character, as do the later ASCII and EBCDIC. In the 1960s, DEC routinely disabled the answerback feature on Teletype
Enquiry_character
Latin letter U with umlaut/diaeresis
reference Ü Ü ü ü Named character reference Ü ü EBCDIC family 252 FC 220 DC ISO 8859-1/2/3/4/9/10/14/15/16 220 DC 252 FC CP437
Ü
1999–2009 Japanese-German computer technology company
S/390-compatible platforms BS2000: EBCDIC-based operating system for SPARC, x86 and S/390-compatible systems VM2000: EBCDIC-based hypervisor for S/390-compatible
Fujitsu_Siemens_Computers
Character set
points 128–159) might be filled with the additional control characters from EBCDIC (code points 32–63). This standard has become the base for the later Internet
KOI-8
Family of message-oriented middleware products
Messages are collections of binary or character (for instance ASCII or EBCDIC) data that have some meaning to a participating program. As in other communication
IBM_MQ
Computer architecture bit width
1960s, but especially the 1970s, the introduction of 7-bit ASCII and 8-bit EBCDIC led to the move to machines using 8-bit bytes, with word sizes that were
36-bit_computing
Standard for serial communication
standard does not define such elements as the character encoding (i.e. ASCII, EBCDIC, or others), the framing of characters (start or stop bits, etc.), transmission
RS-232
Pioneering five-bit character encodings
the Delete code in ASCII (or other 7-bit and 8-bit encodings, including EBCDIC for punched cards). After codes in a fragment of text have been replaced
Baudot_code
Garbled text as a result of incorrect character encodings
of the era, but inverted the case of all letters. IBM mainframes use the EBCDIC encoding which does not match ASCII at all. The alphabets of the North Germanic
Mojibake
Letter of the Latin alphabet; used in the German language
In DOS code pages it is at 0xE1. Mac OS encodings put it at 0xA7. Some EBCDIC codes put it at 0x59. The upper-case form was rarely, if ever, encoded in
ß
Optional command-line interpreter for the IBM
deal with platform-specific issues such as translating between ASCII and EBCDIC. The shell supports interactive mode as well as batch processing and can
Qshell
Instruction set architecture developed by Digital Equipment Corporation
string. This can be used for EBCDIC to ASCII conversions by placing the corresponding ASCII character code for the mapped EBCDIC codes in the table. The character
PDP-11_architecture
Order of magnitude indicator
about 1960 onwards, "u" prevailed in type-written documents. Because ASCII, EBCDIC, and other common encodings lacked code-points for ⟨μ⟩, this tradition remained
Metric_prefix
nature of these standards is not as common knowledge like it is for ASCII or EBCDIC or their slang names. While 8-bit is the de facto standard as of 2016,[citation
List of information system character sets
List_of_information_system_character_sets
System for identifying vehicles
appropriate numerical counterparts. These numerical alternatives (based on IBM's EBCDIC) are in the following chart. I, O, and Q are not allowed in a valid VIN
Vehicle_identification_number
Markup language and file format
The main changes are to enable the use of line-ending characters used on EBCDIC platforms, and the use of scripts and characters absent from Unicode 3.2
XML
Docblock – DVD – DVI (TeX) – Dvorak keyboard layout – Dylan Earth Simulator – EBCDIC – ECMAScript (a.k.a. JavaScript) – Electronic data processing (EDP) – Enhanced
Index_of_computing_articles
Cyrillic letter
dictionary definition of Њ at Wiktionary The dictionary definition of њ at Wiktionary IBM EBCDIC (Cyrillic Russian) encoding - Windows charsets v t e
Nje
Open-source web server software
Next, and Tandem. These were believed to be broken anyway. "The Apache EBCDIC Port - Apache HTTP Server Version 2.4". httpd.apache.org. Archived from
Apache_HTTP_Server
Character set
It has no relationship with previously established ones like ASCII or EBCDIC, but it is related though not identical to the character set of the successor
ZX80_character_set
Usage of Linux operating system on IBM mainframes
distribution—it is not an EBCDIC-based operating system. However, for convenience, Linux is able to read kernel parameters in EBCDIC. z/VM takes advantage
Linux_on_IBM_Z
CK1414 EBCDIC target H I ? . ¤ [ < ⊞ + A B C D E F G Q R ! $ * ] ; △ - J K L M N O P Y Z = , % ≶ ' ⊠ / S T U V W X 8 9 0 # @ : > ■ 1 2 3 4 5 6 7
List_of_vacuum_tubes
Bourne shell backward compatible Unix shell created by David Korn
was released as a "major release for several reasons" such as removal of EBCDIC support, dropping support for binary plugins written for ksh93u+ and removal
KornShell
Device control code used to alert operators
number 11 (0x0B) when in "figures" mode. The code 47 (0x2F) is used in EBCDIC. In the programming language C (created in 1972), and in many languages
Bell_character
Mapping arbitrary data to fixed-size values
operation to yield an index into the table. Analogous to the way an ASCII or EBCDIC character string representing a decimal number is converted to a numeric
Hash_function
EBCDIC
EBCDIC
EBCDIC
EBCDIC
Girl/Female
Tamil
Sweet
Boy/Male
Hindu, Indian, Marathi
Lord of the Body; The Soul
Boy/Male
Tamil
Nedumaran | நேதà¯à®®à®¾à®°à®£
Tall and handsome
Boy/Male
Muslim
Intelligent, Courteous
Girl/Female
American, Australian, British, Chinese, Christian, Danish, English, French, German, Latin, Swedish
Divine; Mythological Ancient Roman Divinity Diana was Noted for Beauty and Swiftness; Often Depicted as a Huntress
Girl/Female
Hebrew, Indian, Japanese, Latin, Sanskrit
Grace; Favour; Apricot from Nara; Grain
Boy/Male
Tamil
Son of the right hand
Surname or Lastname
English
English : habitational name from a place in Herefordshire, named from Welsh cil ‘retreat’ + llwch ‘pool’.
Boy/Male
American, British, English, Greek
Rock
Boy/Male
Japanese
Good fortune.
EBCDIC
EBCDIC
EBCDIC
EBCDIC
EBCDIC