1.
Egyptian language
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The language spoken in ancient Egypt was a branch of the Afroasiatic language family. The earliest known complete sentence in the Egyptian language has been dated to about 2690 BCE, making it one of the oldest recorded languages known. Egyptian was spoken until the seventeenth century in the form of Coptic. The national language of modern Egypt is Egyptian Arabic, which gradually replaced Coptic as the language of life in the centuries after the Muslim conquest of Egypt. Coptic is still used as the language of the Coptic Orthodox Church of Alexandria. It has several hundred fluent speakers today, the Egyptian language belongs to the Afroasiatic language family. Of the other Afroasiatic branches, Egyptian shows its greatest affinities with Semitic, in Egyptian, the Proto-Afroasiatic voiced consonants */d z ð/ developed into pharyngeal ⟨ꜥ⟩ /ʕ/, e. g. Eg. Afroasiatic */l/ merged with Egyptian ⟨n⟩, ⟨r⟩, ⟨ꜣ⟩, and ⟨j⟩ in the dialect on which the language was based. Original */k g ḳ/ palatalize to ⟨ṯ j ḏ⟩ in some environments and are preserved as ⟨k g q⟩ in others, Egyptian has many biradical and perhaps monoradical roots, in contrast to the Semitic preference for triradical roots. Egyptian probably is more archaic in this regard, whereas Semitic likely underwent later regularizations converting roots into the triradical pattern, scholars group the Egyptian language into six major chronological divisions, Archaic Egyptian language Old Egyptian language Middle Egyptian language, characterizing Middle Kingdom. Demotic Coptic The earliest Egyptian glyphs date back to around 3300 BC and these early texts are generally lumped together under the general term Archaic Egyptian. They record names, titles and labels, but a few of them show morphological and syntactic features familiar from later, more complete, Old Egyptian is dated from the oldest known complete sentence, found in the tomb of Seth-Peribsen and dated to around 2690 BCE. It reads, dmḏ. n. f t3wj n z3. f nswt-bjt pr-jb. snj He has united the Two Lands for his son, extensive texts appear from about 2600 BCE. Demotic first appears about 650 BCE and survived as a written language until the fifth century CE and it probably survived in the Egyptian countryside as a spoken language for several centuries after that. Bohairic Coptic is still used by the Coptic Churches, Old, Middle, and Late Egyptian were all written using hieroglyphs and hieratic. Demotic was written using a script derived from hieratic, its appearance is similar to modern Arabic script and is also written from right to left. Coptic is written using the Coptic alphabet, a form of the Greek alphabet with a number of symbols borrowed from Demotic for sounds that did not occur in ancient Greek. Arabic became the language of Egypts political administration soon after the early Muslim conquests in the seventh century, today, Coptic survives as the sacred language of the Coptic Orthodox Church of Alexandria and the Coptic Catholic Church
2.
Naqada III
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Naqada III is the last phase of the Naqada culture of ancient Egyptian prehistory, dating approximately from 3200 to 3000 BC. It is the period during which the process of state formation and they would more probably have been completely unrelated and very possibly in competition with each other. In this period, those names were inscribed in the form of serekhs on a variety of surfaces including pottery. The Protodynastic Period in ancient Egypt was characterised by a process of political unification. Furthermore, it is during this time that the Egyptian language was first recorded in hieroglyphs, there is also strong archaeological evidence of Egyptian settlements in southern Canaan during the Protodynastic Period, which are regarded as colonies or trading entrepôts. State formation began during this era and perhaps even earlier, various small city-states arose along the Nile. Centuries of conquest then reduced Upper Egypt to three states, Thinis, Naqada, and Nekhen. Sandwiched between Thinis and Nekhen, Naqada was the first to fall, nekhens relationship with Thinis is uncertain, but these two states may have merged peacefully, with the Thinite royal family ruling all of Egypt. The Thinite kings were buried at Abydos in the Umm el-Qaab cemetery, most Egyptologists consider Narmer to be both the last king of this period and the first king of the First Dynasty. Southern Canaan as an Egyptian Protodynastic Colony, the Emergence of the Egyptian State. The Oxford History of Ancient Egypt, Oxford and New York, Oxford University Press. The Prehistory of Egypt, From the First Egyptians to the First Pharaohs, the Oxford History of Ancient Egypt. Contacts Between Egypt and Syro-Palestine During the Protodynastic Period, biblical Archeologist, Perspectives on the Ancient World from Mesopotamia to the Mediterranean. Http, //www. touregypt. net/featurestories/hdyn00. htm Unification Theories, Digital Egypt, UK, UCL
3.
Egyptian hieroglyphs
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Egyptian hieroglyphs were the formal writing system used in Ancient Egypt. It combined logographic, syllabic and alphabetic elements, with a total of some 1,000 distinct characters, cursive hieroglyphs were used for religious literature on papyrus and wood. The later hieratic and demotic Egyptian scripts are derived from hieroglyphic writing, the writing system continued to be used throughout the Late Period, as well as the Persian and Ptolemaic periods. Late survivals of hieroglyphic use are found well into the Roman period, with the closing of pagan temples in the 5th century, knowledge of hieroglyphic writing was lost, and the script remained undeciphered throughout the medieval and early modern period. The decipherment of hieroglyphs would only be solved in the 1820s by Jean-François Champollion, the word hieroglyph comes from the Greek adjective ἱερογλυφικός, a compound of ἱερός and γλύφω, supposedly a calque of an Egyptian phrase mdw·w-nṯr gods words. The glyphs themselves were called τὰ ἱερογλυφικὰ γράμματα the sacred engraved letters, the word hieroglyph has become a noun in English, standing for an individual hieroglyphic character. As used in the sentence, the word hieroglyphic is an adjective. Hieroglyphs emerged from the artistic traditions of Egypt. For example, symbols on Gerzean pottery from c.4000 BC have been argued to resemble hieroglyphic writing, proto-hieroglyphic symbol systems develop in the second half of the 4th millennium BC, such as the clay labels of a Predynastic ruler called Scorpion I recovered at Abydos in 1998. The first full sentence written in hieroglyphs so far discovered was found on a seal found in the tomb of Seth-Peribsen at Umm el-Qaab. There are around 800 hieroglyphs dating back to the Old Kingdom, Middle Kingdom, by the Greco-Roman period, there are more than 5,000. However, given the lack of evidence, no definitive determination has been made as to the origin of hieroglyphics in ancient Egypt. Since the 1990s, and discoveries such as the Abydos glyphs, as writing developed and became more widespread among the Egyptian people, simplified glyph forms developed, resulting in the hieratic and demotic scripts. These variants were more suited than hieroglyphs for use on papyrus. Hieroglyphic writing was not, however, eclipsed, but existed alongside the other forms, especially in monumental, the Rosetta Stone contains three parallel scripts – hieroglyphic, demotic, and Greek. Hieroglyphs continued to be used under Persian rule, and after Alexander the Greats conquest of Egypt, during the ensuing Ptolemaic and Roman periods. It appears that the quality of comments from Greek and Roman writers about hieroglyphs came about, at least in part. Some believed that hieroglyphs may have functioned as a way to distinguish true Egyptians from some of the foreign conquerors, another reason may be the refusal to tackle a foreign culture on its own terms, which characterized Greco-Roman approaches to Egyptian culture generally
4.
Demotic (Egyptian)
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The term was first used by the Greek historian Herodotus to distinguish it from hieratic and hieroglyphic scripts. By convention, the word Demotic is capitalized in order to distinguish it from demotic Greek, the Demotic script was referred to by the Egyptians as sš n šˤ. The script was used for more than a thousand years, and it is written and read from right to left, while earlier hieroglyphics could be written from top to bottom, left to right, or right to left. Early Demotic developed in Lower Egypt during the part of the 25th dynasty. It is generally dated between 650 and 400 BCE, as most texts written in Early Demotic are dated to the 26th dynasty, during this period, Demotic was used only for administrative, legal, and commercial texts, while hieroglyphs and hieratic were reserved for other texts. Middle Demotic is the stage of writing used during the Ptolemaic Period, from the 4th century BCE onward, Demotic held a higher status, as may be seen from its increasing use for literary and religious texts. From the beginning of Roman rule of Egypt, Demotic was progressively less used in public life. In contrast to the way Latin eliminated minority languages in the part of the Empire. After that, Demotic was only used for a few ostraca, subscriptions to Greek texts, mummy labels, and graffiti. The last dated example of the Demotic script is dated to December 11,452 CE, Demotic is a development of Late Egyptian and shares much with the later Coptic phase of the Egyptian language. In the earlier stages of Demotic, such as those written in the Early Demotic script. The Rosetta Stone was discovered in 1799 and it is inscribed with three scripts, classical Greek and both Demotic and hieroglyphic Egyptian. There are 32 lines of Demotic, which is the middle of the three scripts on the stone, the Demotic was deciphered before the hieroglyphs, starting with the efforts of Silvestre de Sacy. Egyptologists, linguists and papyrologists who specialize in the study of the Demotic stage of Egyptian script are known as Demotists, the table below shows some derivative similarities from Hieroglyphic to Demotic to the currently surviving Coptic Egyptian script. Transliteration of Ancient Egyptian Betrò, Maria Carmela, hieroglyphics, The Writings of Ancient Egypt. New York, Milan, Abbeville Press, Arnoldo Mondadori, thus Wrote Onchsheshonqy, An Introductory Grammar of Demotic. Studies in Ancient Oriental Civilization, No.45
5.
Byblos syllabary
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The inscriptions are engraved on bronze plates and spatulas, and carved in stone. They were excavated by Maurice Dunand, from 1928 to 1932, the inscriptions are conventionally dated to the second millennium BC, probably between the 18th and 15th centuries BC. Examples of the script have also discovered in Egypt, Italy. The Byblos script is written from right to left, word dividers are rarely used. The ten known inscriptions, named a to j in their order of discovery, are, Two rectangular bronze tablets, documents c and d, with 225 and 459 characters, both tablets are inscribed on both sides. The characters were not made by scratching but by hammering chisels into the metal and these spatulas have a more or less triangular shape with a flower stem handle at the sharpest angle of the triangle. They are about 5 by 9 centimeters and 1 mm thick and it is not known what their function was, but Dunand thinks they are labels attached to, for example, votive objects. All spatulas are inscribed on both sides, except spatula e, the text on the back side of spatula f is the only text known that reads from left to right. Spatulae b and i use short vertical strokes as word dividers, the handle of the spatula has broken off, four possible reconstructions of the damaged leftmost character of the inscription are given. Four fragments of stone steles, documents a, g, h, and j, with 116,37,7, the characters are carefully carved, with conspicuous interlinear baselines. Dunand suggests that fragments h and j originally belonged to the same monument, the text on fragment g is written vertically, in five columns. Block j has vertical strokes, apparently as word dividers, isolated characters from the Byblos syllabary have also been found on various other objects, such as axes and pottery. Also, a spatula is known which has on the front side a Phoenician inscription and on the back side traces of a Proto-Byblian inscription—about half a dozen proto-Byblian characters are recognizable. The Phoenician inscription on this spatula is dated to the 10th century BC which suggests that Pseudo-hieroglyphs may have remained in use longer than is usually assumed. Also, part of an inscription in stone has been found in Byblos in a script that seems intermediate between the Pseudo-hieroglyphs and the later Phoenician alphabet. 21 characters are visible, most of them are common to both the Pseudo-hieroglyphic script and the Phoenician alphabet, while the few remaining signs are either Pseudo-hieroglyphic or Phoenician. Each cell in the table shows a sign, its Dunand code number, its frequency. Signs in different cells may actually be writing variants of a sign, for example, in the top row the signs H6, G17
6.
Universal Character Set characters
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The Unicode Consortium and the International Organisation for Standardisation collaborate on the Universal Character Set. The UCS is a standard to map characters used in natural language, mathematics, music. By creating this mapping, the UCS enables computer software vendors to interoperate, because it is a universal map, it can be used to represent multiple languages at the same time. UCS has a capacity to encode over 1 million characters. Each UCS character is represented by a code point, which is an integer between 0 and 1,114,111, used to represent each character within the internal logic of text processing software. The number of encoded characters is made up as follows,128,019 graphical characters 218 special purpose characters for control, ISO maintains the basic mapping of characters from character name to code point. Often the terms character and code point will get used interchangeably, however, when a distinction is made, a code point refers to the integer of the character, what one might think of as its address. Input methods can be through keyboard or a character palette. The UCS can be divided in various ways, such as by plane, block, character category, the x must be lowercase in XML documents. The nnnn or hhhh may be any number of digits and may include leading zeros, the hhhh may mix uppercase and lowercase, though uppercase is the usual style. In contrast, an entity reference refers to a character by the name of an entity which has the desired character as its replacement text. The entity must either be predefined or explicitly declared in a Document Type Definition, the format is the same as for any entity reference, &name, where name is the case-sensitive name of the entity. Unicode and ISO divide the set of points into 17 planes. As of 2016 ISO and the Unicode Consortium has only allocated characters, the others remain empty and reserved for future use. Most characters are assigned to the first plane, the Basic Multilingual Plane. This is to ease the transition for legacy software since the Basic Multilingual Plane is addressable with just two octets. The characters outside the first plane usually have very specialized or rare use. Each plane corresponds with the value of the one or two hexadecimal digits preceding the four ones, hence U+24321 is in Plane 2, U+4321 is in Plane 0
7.
International Phonetic Alphabet
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The International Phonetic Alphabet is an alphabetic system of phonetic notation based primarily on the Latin alphabet. It was devised by the International Phonetic Association as a representation of the sounds of spoken language. The IPA is used by lexicographers, foreign students and teachers, linguists, speech-language pathologists, singers, actors, constructed language creators. The IPA is designed to represent only those qualities of speech that are part of language, phones, phonemes, intonation. IPA symbols are composed of one or more elements of two types, letters and diacritics. For example, the sound of the English letter ⟨t⟩ may be transcribed in IPA with a letter, or with a letter plus diacritics. Often, slashes are used to signal broad or phonemic transcription, thus, /t/ is less specific than, occasionally letters or diacritics are added, removed, or modified by the International Phonetic Association. As of the most recent change in 2005, there are 107 letters,52 diacritics and these are shown in the current IPA chart, posted below in this article and at the website of the IPA. In 1886, a group of French and British language teachers, led by the French linguist Paul Passy, for example, the sound was originally represented with the letter ⟨c⟩ in English, but with the digraph ⟨ch⟩ in French. However, in 1888, the alphabet was revised so as to be uniform across languages, the idea of making the IPA was first suggested by Otto Jespersen in a letter to Paul Passy. It was developed by Alexander John Ellis, Henry Sweet, Daniel Jones, since its creation, the IPA has undergone a number of revisions. After major revisions and expansions in 1900 and 1932, the IPA remained unchanged until the International Phonetic Association Kiel Convention in 1989, a minor revision took place in 1993 with the addition of four letters for mid central vowels and the removal of letters for voiceless implosives. The alphabet was last revised in May 2005 with the addition of a letter for a labiodental flap, apart from the addition and removal of symbols, changes to the IPA have consisted largely in renaming symbols and categories and in modifying typefaces. Extensions to the International Phonetic Alphabet for speech pathology were created in 1990, the general principle of the IPA is to provide one letter for each distinctive sound, although this practice is not followed if the sound itself is complex. There are no letters that have context-dependent sound values, as do hard, finally, the IPA does not usually have separate letters for two sounds if no known language makes a distinction between them, a property known as selectiveness. These are organized into a chart, the chart displayed here is the chart as posted at the website of the IPA. The letters chosen for the IPA are meant to harmonize with the Latin alphabet, for this reason, most letters are either Latin or Greek, or modifications thereof. Some letters are neither, for example, the letter denoting the glottal stop, ⟨ʔ⟩, has the form of a question mark
8.
Specials (Unicode block)
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Specials is a short Unicode block allocated at the very end of the Basic Multilingual Plane, at U+FFF0–FFFF. Of these 16 codepoints, five are assigned as of Unicode 9, U+FFFD � REPLACEMENT CHARACTER used to replace an unknown, unrecognized or unrepresentable character U+FFFE <noncharacter-FFFE> not a character. FFFE and FFFF are not unassigned in the sense. They can be used to guess a texts encoding scheme, since any text containing these is by not a correctly encoded Unicode text. The replacement character � is a found in the Unicode standard at codepoint U+FFFD in the Specials table. It is used to indicate problems when a system is unable to render a stream of data to a correct symbol and it is usually seen when the data is invalid and does not match any character, Consider a text file containing the German word für in the ISO-8859-1 encoding. This file is now opened with an editor that assumes the input is UTF-8. The first and last byte are valid UTF-8 encodings of ASCII, therefore, a text editor could replace this byte with the replacement character symbol to produce a valid string of Unicode code points. The whole string now displays like this, f�r, a poorly implemented text editor might save the replacement in UTF-8 form, the text file data will then look like this, 0x66 0xEF 0xBF 0xBD 0x72, which will be displayed in ISO-8859-1 as f�r. Since the replacement is the same for all errors this makes it impossible to recover the original character, a better design is to preserve the original bytes, including the error, and only convert to the replacement when displaying the text. This will allow the text editor to save the original byte sequence and it has become increasingly common for software to interpret invalid UTF-8 by guessing the bytes are in another byte-based encoding such as ISO-8859-1. This allows correct display of both valid and invalid UTF-8 pasted together, Unicode control characters UTF-8 Mojibake Unicodes Specials table Decodeunicodes entry for the replacement character
9.
Unicode
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Unicode is a computing industry standard for the consistent encoding, representation, and handling of text expressed in most of the worlds writing systems. As of June 2016, the most recent version is Unicode 9.0, the standard is maintained by the Unicode Consortium. Unicodes success at unifying character sets has led to its widespread, the standard has been implemented in many recent technologies, including modern operating systems, XML, Java, and the. NET Framework. Unicode can be implemented by different character encodings, the most commonly used encodings are UTF-8, UTF-16 and the now-obsolete UCS-2. UTF-8 uses one byte for any ASCII character, all of which have the same values in both UTF-8 and ASCII encoding, and up to four bytes for other characters. UCS-2 uses a 16-bit code unit for each character but cannot encode every character in the current Unicode standard, UTF-16 extends UCS-2, using one 16-bit unit for the characters that were representable in UCS-2 and two 16-bit units to handle each of the additional characters. Many traditional character encodings share a common problem in that they allow bilingual computer processing, Unicode, in intent, encodes the underlying characters—graphemes and grapheme-like units—rather than the variant glyphs for such characters. In the case of Chinese characters, this leads to controversies over distinguishing the underlying character from its variant glyphs. In text processing, Unicode takes the role of providing a unique code point—a number, in other words, Unicode represents a character in an abstract way and leaves the visual rendering to other software, such as a web browser or word processor. This simple aim becomes complicated, however, because of concessions made by Unicodes designers in the hope of encouraging a more rapid adoption of Unicode, the first 256 code points were made identical to the content of ISO-8859-1 so as to make it trivial to convert existing western text. For other examples, see duplicate characters in Unicode and he explained that he name Unicode is intended to suggest a unique, unified, universal encoding. In this document, entitled Unicode 88, Becker outlined a 16-bit character model, Unicode could be roughly described as wide-body ASCII that has been stretched to 16 bits to encompass the characters of all the worlds living languages. In a properly engineered design,16 bits per character are more than sufficient for this purpose, Unicode aims in the first instance at the characters published in modern text, whose number is undoubtedly far below 214 =16,384. By the end of 1990, most of the work on mapping existing character encoding standards had been completed, the Unicode Consortium was incorporated in California on January 3,1991, and in October 1991, the first volume of the Unicode standard was published. The second volume, covering Han ideographs, was published in June 1992, in 1996, a surrogate character mechanism was implemented in Unicode 2.0, so that Unicode was no longer restricted to 16 bits. The Microsoft TrueType specification version 1.0 from 1992 used the name Apple Unicode instead of Unicode for the Platform ID in the naming table, Unicode defines a codespace of 1,114,112 code points in the range 0hex to 10FFFFhex. Normally a Unicode code point is referred to by writing U+ followed by its hexadecimal number, for code points in the Basic Multilingual Plane, four digits are used, for code points outside the BMP, five or six digits are used, as required. Code points in Planes 1 through 16 are accessed as surrogate pairs in UTF-16, within each plane, characters are allocated within named blocks of related characters
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