Watch breaking news videos, viral videos and original video clips on CNN. News and opinion from The Times The Sunday Times. Israeli typography designer Liron Lavi Turkenich has created a stylized writing system that merges the two ancient alphabets, allowing Hebrew and Arabic speakers to. Quran Auto Reciter software is used to listen the Quran in Arabic, English and Urdu from many reciters, Automatic Athan Azan, Adhan alert five times a day and. The Associated Press delivers indepth coverage on todays Big Story including top stories, international, politics, lifestyle, business, entertainment, and more. Big. 5 Wikipedia. Big 5 or Big. 5 is a Chinese character encoding method used in Taiwan, Hong Kong, and Macau for Traditional Chinese characters. Mainland China, which uses Simplified Chinese characters, uses the GB character set instead. Big. 5 gets its name from the consortium of five companies in Taiwan that developed it. Big. 5 in February 2. OrganizationeditThe original Big. We5fmf6fYSA/Ue_NacMiNwI/AAAAAAAAGqM/yr-_8Puub_4/s1600/akkadian.gif' alt='Iran System Font' title='Iran System Font' />Die Society for Worldwide Interbank Financial Telecommunication, abgekrzt S. W. I. F. T. oder meist nur SWIFT, ist eine 1973 gegrndete, in Belgien ansssige. The SKF shaft alignment tool TKSA 41 is a quick and affordable laser alignment system. This easytouse tool has enhanced measuring and reporting capabilities. Iran System Font Download' title='Iran System Font Download' />Kangxi radical. The original Big. To solve this problem, each vendor developed its own extension. The ETen extension became part of the current Big. The structure of Big. ISO 2. 02. 2 standard, but rather bears a certain similarity to the Shift JIS encoding. It is a double byte character set DBCS with the following structure First byte lead byte0x. Second byte. 0x. 40 to 0x. Certain variants of the Big. HKSCS, use an expanded range for the lead byte including values in the 0x. A0 range similar to Shift JIS. If the second byte is not in the correct range, behaviour is undefined i. The numerical value of individual Big. Big. 5 code as if the two bytes were a big endian representation of a 1. For example, the Big. Hcodes.gif' alt='Yekan Iran System Font' title='Yekan Iran System Font' />A1. Serial Number Your Uninstaller Pro 2011. Strictly speaking, the Big. DBCS characters. However, in practice, the Big. ASCII, or an 8 bit character set such as code page 4. DBCS characters and single byte characters in Big. Bytes in the range 0x. For a more detailed description of this problem, please see the discussion on The Matching SBCS below. The meaning of non ASCII single bytes outside the permitted values that are not part of a double byte character varies from system to system. In old MSDOS based systems, they are likely to be displayed as 8 bit characters in modern systems, they are likely to either give unpredictable results or generate an error. A more detailed look at the organizationeditIn the original Big. Reserved for user defined characters 0xa. Graphical characters 0xa. Reserved, not for user defined characters. Frequently used characters 0xc. Iran System Font Download Free' title='Iran System Font Download Free' />Reserved for user defined characters. Less frequently used characters 0xf. Software Adobe Acrobat 9 Pro Extended'>Software Adobe Acrobat 9 Pro Extended. Reserved for user defined characters. The graphical characters actually comprise punctuation marks, partial punctuation marks e. Suzhou numerals, zhuyin fuhao, etc. In most vendor extensions, extended characters are placed in the various zones reserved for user defined characters, each of which are normally regarded as associated with the preceding zone. For example, additional graphical characters e. Sometimes, this is not possible due to the large number of extended characters to be added for example, Cyrillic letters and Japanese kana have been placed in the zone associated with frequently used characters. What a Big. 5 code actually encodeseditAn individual Big. The Big. 5 codes of logograms are always logograms, but codes in the graphical characters section are not always complete graphical characters. What Big. 5 encodes are particular graphical representations of characters or part of characters that happen to fit in the space taken by two monospaced ASCII characters. This is a property of double byte character sets as normally used in CJK Chinese, Japanese, and Korean computing, and is not a unique problem of Big. The above might need some explanation by putting it in historical perspective, as it is theoretically incorrect Back when text mode personal computing was still the norm, characters were normally represented as single bytes and each character takes one position on the screen. There was therefore a practical reason to insist that double byte characters must take up two positions on the screen, namely that off the shelf, American made software would then be usable without modification in a DBCS based system. If a character can take an arbitrary number of screen positions, software that assumes that one byte of text takes one screen position would produce incorrect output. Of course, if a computer never had to deal with the text screen, the manufacturer would not enforce this artificial restriction the Apple Macintosh is an example. Nevertheless, the encoding itself must be designed so that it works correctly on text screen based systems. To illustrate this point, consider the Big. To English speakers this looks like an ellipsis and the Unicode standard identifies it as such however, in Chinese, the ellipsis consists of six dots that fit in the space of two Chinese characters, so in fact there is no Big. Chinese ellipsis, and the Big. Chinese ellipsis. It represents only half of an ellipsis because the whole ellipsis should take the space of two Chinese characters, and in many DBCS systems one DBCS character must take exactly the space of one Chinese character. Characters encoded in Big. Another example is the Suzhou numerals, which is a form of scientific notation that requires the number to be laid out in a 2 D form consisting of at least two rows. The Matching SBCSeditIn practice, Big. Single Byte Character Set SBCS this is mostly to do with a compatibility reason. However, as in the case of other CJK DBCS character sets, the SBCS to use has never been specified. Big. 5 has always been defined as a DBCS, though when used it must be paired with a suitable, unspecified SBCS and therefore used as what some people call a MBCS nevertheless, Big. DBCS. The SBCS to use being unspecified implies that the SBCS used can theoretically vary from system to system. Nowadays, ASCII is the only possible SBCS one would use. However, in old DOS based systems, Code Page 4. Yet, on a Macintosh system with the Chinese Language Kit, or on a Unix system running the cxterm terminal emulator, the SBCS paired with Big. Code Page 4. 37. Outside the valid range of Big. DOS based systems would routinely interpret things according to the SBCS that is paired with Big. In such systems, characters 1. Big. 5, but used because they would be valid characters in Code Page 4. The modern characterization of Big. MBCS consisting of the DBCS of Big. SBCS of ASCII is therefore historically incorrect and potentially flawed, as the choice of the matching SBCS was, and theoretically still is, quite independent of the flavour of Big. HistoryeditThe inability of ASCII to support large character sets such as used for Chinese, Japanese and Korean led to governments and industry to find creative solutions to enable their languages to be rendered on computers. A variety of ad hoc and usually proprietary input methods led to efforts to develop a standard system. As a result, Big. Institute for Information Industry of Taiwan in 1. The name Big. 5 is in recognition that the standard emerged from collaboration of five of Taiwans largest IT firms Acer Mi. TAC Jia. Jia, ZERO ONE Technology or 0. First International Computer FIC. Big. 5 was rapidly popularized in Taiwan and worldwide among Chinese who used the traditional Chinese character set through its adoption in several commercial software packages, notably the E TEN Chinese DOS input system ETen Chinese System. The Republic of China government declared Big. Chinese on computers. ExtensionseditThe original Big 5 only include CJK logograms from two lists chng yng go z bao zhn z t bao 4. Japanese kana. As a result, many Big 5 supporting software include extensions to address the problems. The plethora of variations make UTF 8 or UTF 1. Vendor ExtensionseditETEN extensionseditIn ETEN Chinese operating system, the following code points are added to make it compliant with IBM5.