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Manually Coded English (MCE) is an umbrella term referring to a number of invented manual codes intended to visually represent the exact grammar and morphology of spoken English. Different codes of MCE vary in the levels of adherence to spoken English grammar, morphology, and syntax. [1] MCE is typically used in conjunction with direct spoken English. [2]
Manually Coded English (MCE) is the result of language planning efforts in multiple countries, especially the United States in the 1970s. Four systems were developed in attempts to represent spoken English manually; Seeing Essential English (also referred to as Morphemic Signing System (MSS) or SEE-1), [3] Signing Exact English (SEE-2 or SEE), Linguistics of Visual English (LOVE), or Signed English (SE). [1] System developers and educators disagree on the relative accuracy and appropriateness of these four representations. [3] [1] MCE is different from American Sign Language, which is a natural language with a distinct morphology, lexicon, and syntax. Rather, North American varieties of MCE borrow some lexical items of American Sign Language (although meanings and morphology may be significantly constrained or altered) while attempting to strictly follow English morphology, syntax, and word order. [2] [3] Deaf sign languages make use of non-sequential morphology, spatial relationships, facial expression, and body positioning, while MCE does not take advantage of Deaf sign language features which do not exist in spoken English, with a "spatially restricted, sequential structure along with a strict word order". [4]
Although some research suggests that experience can improve the degree to which the information coded in English (morphologically as well as syntactically) is successfully communicated manually, especially by learners who are hearing and/or already fluent in spoken English, multiple studies have identified a number of potential concerns about the use of MCE systems in place of a natural language. The morphological structure of nearly all MCE systems is very different from the structure of documented sign languages. As a result, deaf children exposed only to MCE acquire the artificially created English-like bound morphology of MCE systems later than their hearing peers. Additionally, deaf children being taught MCE show an "anomalous" pattern of use with these morphemes. For example, they are frequently analyze morphemes that are bound in English, such as "-ing," as free morphemes, separating these morphemes from the contexts they are bound to in English and placing them elsewhere in a construction, producing sentences that are judged as ungrammatical by hearing English users. [1] Notably, neither typically developing hearing children acquiring spoken English nor deaf children acquiring ASL as a first language display these patterns of anomalous syntactic acquisition. [5]
Another potential issue with MCE use is the rate of information flow. Studies on rate of signing MCE suggest that some systems may take up to two and a half times the amount of time necessary to transmit the same information in either spoken English or American Sign Language. Researchers suggest that this may significantly disrupt communication using these systems, as it may lead to an excessive load on the short term memory compared to natural languages. [6]
In English-speaking countries, some users of Deaf sign languages will code-switch into a form of MCE when conversing with someone whose dominant language is English, or when quoting something from English, although contact signing may be more common. MCE is also sometimes favored by some hearing people, for whom a manual version of their own language is perceived as easier to learn than a deaf sign language. However, multiple studies suggest that many hearing users of MCE systems may struggle to communicate effectively or comprehensively using these systems. [7]
The different forms of manually coded English were originally developed for use in the education of deaf children in English-speaking countries, based on the assumption that a signing system that was closer to English would make it easier for deaf children to communicate in written and/or spoken English, which many parents and educators perceive as superior or more desirable to using a Deaf sign language. MCE was proposed to improve the speed and capacity of deaf children's reading, as their literacy in written English has been typically low compared to their hearing peers.
An early form of this educational method was popularized by Abbé Charles-Michel de l'Epee who in the 1790s developed a method using hand-signs to teach a form of the French language to deaf children. L'Epee distinguished signs used in Institut National de Jeunes Sourds de Paris, the school he founded, into two categories: "Natural Signs," or Old French Sign Language, the language used by his students in the community, and "Methodical Signs," which was designed to encourage students to sign in the syntax of French. These constructed "Methodical Signs," however, had already fallen out of use by the 1830s, as the school's third director, Roche-Ambrose Bébian, wrote about their structural failings - especially the distortion of sign language structure - relative to "Natural Signs" and ended their use within the school. [1] "Methodical Signs" fell out of favor in Europe and America, and "the idea of intervening in the natural development of sign language and restructuring signs in accordance with the grammar of spoken language was not revived again until the popularization of MCE in the 1970s." [8] Education is still the most common setting where manually coded English is used; not only with deaf students, but also children with other kinds of speech or language difficulties.
The use of MCE in deaf education is controversial. Contemporary deaf education can follow one or a number of educational philosophies and reform efforts, including education in the local natural deaf sign language, education in a colonial sign language, bilingual-bicultural, Total Communication, a manually coded system based on the ambient spoken language (such as MCE), or oralism.
One major obstacle to the utility and enforcement of the use of MCE is the criteria used to evaluate it. Multiple researchers note that MCE use by deaf children acquiring it as a first language is typically evaluated according to its adherence to citation forms of spoken English (i.e., MCE utterances are evaluated as if they were spoken English utterances) rather than its intelligibility as a form of communication or a language. Moreover, many studies which evaluate the competence of hearing teachers of the deaf in MCE communication do not evaluate the extent to which deaf students understand what their teachers are expressing. These teachers reported avoiding using spoken English words or constructions that they did not know how to express in MCE, limiting their overall language use. While many studies have found MCE to be comprehensible to those familiar with the code, fewer have attempted to evaluate whether it is equivalently suitable for first language acquisition, given the frequency of morpheme deletion or ellipsis. [7]
In a study of prelingually deaf children taught exclusively using MCE, S. Supalla documented that these individuals displayed spontaneous (without prior exposure), ASL-like innovations. Specifically, rather than using the MCE morphemes designed to mark case, tense, and gender as they are in English, these children demonstrated the use of deictic pointing and spatial modification of verbs, linguistic features not part of MCE because they are considered unique to signed languages. [4]
Finally, the ethics of MCE use is also a matter of contention. ASL is a minority language in North America. The majority of deaf individuals are born to hearing parents, and are not exposed to ASL from a young age. Many Deaf adults raise issues with the manipulation of a minority groups' language in order to enforce learning of the majority language onto children from that minority group. [7] [9] Many hearing parents are encouraged to expose their child to MCE instead of ASL, [6] which delays a child's access to a natural sign language. Additionally, cognitive delays and lower academic achievement may result from or be exacerbated by a lack of complete or comprehensible input by teachers using MCE instead of ASL. [1] [7]
Fingerspelling uses 26 different signs to represent the 26 letters of the English alphabet. As with written English, certain linguistic and paralinguistic elements such as intonation are not represented. Although fingerspelling is not a form of MCE, but rather a feature borrowed from deaf sign languages, it is often the first 'point of contact' for a hearing person before learning the lexicon of a sign language. Fingerspelling is primarily used by Deaf people as a part of natural deaf sign languages, for some proper nouns, loanwords, for emphasis or distinction of relevant words, or when a signer is unsure of the signed equivalent of a spoken language word. [10]
Exclusive fingerspelling is rarely used for communication. It still has some possible currency in some deafblind settings (see tactile signing). Exclusive fingerspelling has a place in the history of deaf education; in the US it is known as the Rochester method (see below). Elderly deaf people in the UK and Australia may also use a lot of fingerspelling relative to their younger counterparts as a result of their education. [11]
Note that different regions use different manual alphabets to represent English – a two-handed system is used in the UK, Australia, and New Zealand, and one-handed systems are used in North America (see ASL alphabet), Ireland (see Irish Sign Language), Singapore and the Philippines. Both one and two-handed alphabets are used in South Africa. These English-speaking countries do not all have the same sign language either. See Sign language § not speech based.
Rather than being a form of MCE, contact sign is a blend of a local Deaf Sign Language and English. This contact language can take place anywhere on a continuum of intermediate stages, from very 'English-like' to very 'Deaf-language-like'; signers from these two different language backgrounds will often meet somewhere in the middle. Because of contact sign's standing as a bridge between two distinct languages, it is used differently by each individual depending on their knowledge of English and of the deaf sign language. The term contact sign has largely replaced the earlier name Pidgin Sign English (PSE) because this form of signing does not display the features linguists expect of a pidgin.
Contact sign drops the initializations and grammatical markers used in other forms of MCE, but retains basic English word order. In the US, ASL features often seen in contact sign include the listing of grouped items and the repetition of some pronouns and verbs. [12]
Sign-supported speech (SSS) involves voicing everything as in spoken English, while simultaneously signing a form of MCE. The vocabulary, syntax and pragmatics of English are used, with the MCE signing serving as a support for the reception of speech. Signs are borrowed from the local deaf sign language and/or are artificial signs invented by educators of the deaf.
The terms SSS and SimCom are now often used synonymously with total communication (TC), though the original philosophy of TC is quite different.
Cued speech is not traditionally referred to as a form of MCE, in part because it does not use borrowed or invented signs in an attempt to convey English. Rather, cued speech employs the use of "cuems" (eight handshapes intended to represent consonant phonemes and four placements around the face intended to represent vowel phonemes, combined with mouth movements) to represent auditory elements of the language being cued in a visual manner. [13] Cued languages are a distinct class of visual languages. [14] [ clarification needed ] Cued speech has been adapted for languages and dialects around the world.
SEE-1 was the first American manual English code, developed in the 1960s and 70s by David Anthony, a teacher of deaf and disabled children. Anthony identified a list of proposed basic English words, less than half of which he identified American Sign Language (ASL) signs for, as well as a number of slightly different English words which ASL represented similarly with "only minor" stress and movement variations. Conversely, some English words could be expressed with multiple different ASL signs. Additionally, ASL, unlike English, is a zero copula language, so does not have lexical signs corresponding to English copulas like "is" and "are". [15] In SEE1, all compound words are formed as separate signs – instead of using the ASL sign for butterfly, SEE1 places the signs for butter and fly in sequential order. Many signs from ASL are initialized in SEE1 – the ASL sign for have is signed with the B handshape in SEE1. [16] Nielson et al. argue that SEE-1/MSS is a poor representation of English because it has only 14 bound morphemes in its citation form, noting that it has not been well-studied since the 1990s, and as of the paper's publishing in 2016, was only in use in Amarillo, TX. [3]
Signing Exact English (SEE) is the most commonly studied and taught manual code for American English. SEE incorporates a large number of signs which are borrowed from ASL. Signing exact English (SEE2) was developed by Gerilee Gustason, a deaf teacher of the deaf, Esther Zawolkow, a CODA and educational interpreter, and Donna Pfetzing, a parent of a deaf child, in the early 1970s. [17] [18] Where English differs lexically from ASL (such as concepts with multiple near-synonymous words in English but only one or two corresponding ASL signs) the handshape of the ASL sign was generally modified to reflect the first letter of the intended English word. Analogous variation in ASL (where multiple ASL signs all translate to a single English word) is not distinguished in SEE. Supalla and McKee give the example of "right." In ASL, three distinct signs represent distinct meanings ('correct,' 'opposite of left,' and 'entitlement') which are all represented by the single word "right" in both English and SEE. [1] Initializations and grammatical markers are also used in SEE2, but compound words with an equivalent ASL sign are used as the ASL sign, as with butterfly. [16]
The term 'Signed English' refers to a much simpler system than SEE1, SEE2, or LOVE. Signed English (occasionally referred to as Siglish) uses ASL signs in English word order, but only 14 grammatical markers. The most common method of Signed English in the US is that created by Harry Bornstein, who worked on the Gallaudet Signed English Project to develop children's books written in both illustrated signs and written English.
Linguistics of Visual English (LOVE) was the name of a morpheme list published by Dennis Wampler in 1971. While most forms of ASL and MCE are transcribed using English glosses, LOVE is written using the notation system developed by William Stokoe in describing the linguistic features of American Sign Language. [17]
CASE appears to be used to refer to different terms depending on context and/or author. The CDC describes CASE as another term for Pidgin Signed English, an older term for contact signing, and considers it a blend of ASL and other forms of MCE. [19] [18]
Perhaps the closest type of MCE to written English, the Rochester method involves fingerspelling every word. It was originated by Zenas Westervelt in 1878, shortly after he opened the Western New York Institute for Deaf-Mutes (presently known as the Rochester School for the Deaf). Use of the Rochester method continued until approximately the 1970s, and there are still deaf adults from the Rochester area who were taught with the Rochester method. It has fallen out of favor because it is a tedious and time-consuming process to spell everything manually, though it is still used in some deafblind settings (see tactile signing). [10]
Signed English (SE) is one form of MCE used in Britain. The term is used interchangeably with Sign-supported English (see below) although others make a distinction.
British Signed English borrows signs from British Sign Language and combines them with fingerspelling in order to include bound morphemes not used in BSL such as -ed and -ing. [20]
Sign-supported English (SSE) is differentiated from Signed English (SE) by some scholars by saying that SSE does not include inflectional morphology required by spoken English, instead, "keywords" of sentences are signed while the complete sentence is spoken. [20]
The Paget Gorman Sign System, also known as Paget Gorman signed speech (PGSS) or Paget Gorman systematic sign language, was originated in Britain by Sir Richard Paget in the 1930s and developed further by Lady Grace Paget and Dr Pierre Gorman to be used with children with speech or communication difficulties, such as deaf children. It is a grammatical sign system which reflects normal patterns of English. The system uses 37 basic signs and 21 standard hand postures, which can be combined to represent a large vocabulary of English words, including word endings and verb tenses. The signs do not correspond to natural signs of the Deaf community.
The system was widespread in Deaf schools in the UK from the 1960s to the 1980s, but since the emergence of British Sign Language and the BSL-based Signed English in deaf education, its use is now largely restricted to the field of speech and language disorder. [21]
They tend to follow a loose logic of sound rather than the strict phonetic structure of Cued Speech. For example, in Australian Signed English 'uncomfortable' is represented in signs meaning 'un', 'come', 'for', and 'table'. A visual sign taken from a deaf sign language may be generalised to represent homonyms of the English word – for example, the Auslan sign for a 'fly' (insect) may be used in Signed English for the verb (to) 'fly'. [22]
In Australia, 'Signed English' was developed by a committee in the late 1970s, who took signs from Auslan (especially the southern dialect), invented new signs, and borrowed a number of signs from American Sign Language that have now made their way into everyday use in Auslan. It is still used in many schools. Australasian Signed English is also in use in New Zealand. [23]
Signing Exact English (SEE2) is widely used in deaf schools in Singapore, and is taught as the preferred form of sign language by the Singapore Association for the Deaf. [24] The natural sign language used in Singapore, Singapore Sign Language, is thought to have been influenced by Shanghainese Sign Language, American Sign Language, and SEE2. [25]
The Kenyan government uses Kenya Signed English, though the University of Nairobi backs Kenyan Sign Language. [26]
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American Sign Language (ASL) is a natural language that serves as the predominant sign language of deaf communities in the United States and most of Anglophone Canada. ASL is a complete and organized visual language that is expressed by employing both manual and nonmanual features. Besides North America, dialects of ASL and ASL-based creoles are used in many countries around the world, including much of West Africa and parts of Southeast Asia. ASL is also widely learned as a second language, serving as a lingua franca. ASL is most closely related to French Sign Language (LSF). It has been proposed that ASL is a creole language of LSF, although ASL shows features atypical of creole languages, such as agglutinative morphology.
Fingerspelling is the representation of the letters of a writing system, and sometimes numeral systems, using only the hands. These manual alphabets have often been used in deaf education and have subsequently been adopted as a distinct part of a number of sign languages. There are about forty manual alphabets around the world. Historically, manual alphabets have had a number of additional applications—including use as ciphers, as mnemonics and in silent religious settings.
Sign languages are languages that use the visual-manual modality to convey meaning, instead of spoken words. Sign languages are expressed through manual articulation in combination with non-manual markers. Sign languages are full-fledged natural languages with their own grammar and lexicon. Sign languages are not universal and are usually not mutually intelligible, although there are also similarities among different sign languages.
Auslan is the sign language used by the majority of the Australian Deaf community. The term Auslan is a portmanteau of "Australian Sign Language", coined by Trevor Johnston in the 1980s, although the language itself is much older. Auslan is related to British Sign Language (BSL) and New Zealand Sign Language (NZSL); the three have descended from the same parent language, and together comprise the BANZSL language family. Auslan has also been influenced by Irish Sign Language (ISL) and more recently has borrowed signs from American Sign Language (ASL).
Signing Exact English is a system of manual communication that strives to be an exact representation of English language vocabulary and grammar. It is one of a number of such systems in use in English-speaking countries. It is related to Seeing Essential English (SEE-I), a manual sign system created in 1945, based on the morphemes of English words. SEE-II models much of its sign vocabulary from American Sign Language (ASL), but modifies the handshapes used in ASL in order to use the handshape of the first letter of the corresponding English word.
Cued speech is a visual system of communication used with and among deaf or hard-of-hearing people. It is a phonemic-based system which makes traditionally spoken languages accessible by using a small number of handshapes, known as cues, in different locations near the mouth to convey spoken language in a visual format. The National Cued Speech Association defines cued speech as "a visual mode of communication that uses hand shapes and placements in combination with the mouth movements and speech to make the phonemes of spoken language look different from each other." It adds information about the phonology of the word that is not visible on the lips. This allows people with hearing or language difficulties to visually access the fundamental properties of language. It is now used with people with a variety of language, speech, communication, and learning needs. It is not a sign language such as American Sign Language (ASL), which is a separate language from English. Cued speech is considered a communication modality but can be used as a strategy to support auditory rehabilitation, speech articulation, and literacy development.
The American Manual Alphabet (AMA) is a manual alphabet that augments the vocabulary of American Sign Language.
Tactile signing is a common means of communication used by people with deafblindness. It is based on a sign language or another system of manual communication.
Home sign is a gestural communication system, often invented spontaneously by a deaf child who lacks accessible linguistic input. Home sign systems often arise in families where a deaf child is raised by hearing parents and is isolated from the Deaf community. Because the deaf child does not receive signed or spoken language input, these children are referred to as linguistically isolated.
Simultaneous communication, SimCom, or sign supported speech (SSS) is a technique sometimes used by deaf, hard-of-hearing or hearing sign language users in which both a spoken language and a manual variant of that language are used simultaneously. While the idea of communicating using two modes of language seems ideal in a hearing/deaf setting, in practice the two languages are rarely relayed perfectly. Often the native language of the user is the language that is strongest, while the non-native language degrades in clarity. In an educational environment this is particularly difficult for deaf children as a majority of teachers who teach the deaf are hearing. Results from surveys taken indicate that communication for students is indeed signing, and that the signing leans more toward English rather than ASL.
A contact sign language, or contact sign, is a variety or style of language that arises from contact between deaf individuals using a sign language and hearing individuals using an oral language. Contact languages also arise between different sign languages, although the term pidgin rather than contact sign is used to describe such phenomena.
Manually coded languages (MCLs) are a family of gestural communication methods which include gestural spelling as well as constructed languages which directly interpolate the grammar and syntax of oral languages in a gestural-visual form—that is, signed versions of oral languages. Unlike the sign languages that have evolved naturally in deaf communities, these manual codes are the conscious invention of deaf and hearing educators, and as such lack the distinct spatial structures present in native deaf sign languages. MCLs mostly follow the grammar of the oral language—or, more precisely, of the written form of the oral language that they interpolate. They have been mainly used in deaf education in an effort to "represent English on the hands" and by sign language interpreters in K-12 schools, although they have had some influence on deaf sign languages where their implementation was widespread.
Bimodal bilingualism is an individual or community's bilingual competency in at least one oral language and at least one sign language, which utilize two different modalities. An oral language consists of a vocal-aural modality versus a signed language which consists of a visual-spatial modality. A substantial number of bimodal bilinguals are children of deaf adults (CODA) or other hearing people who learn sign language for various reasons. Deaf people as a group have their own sign language(s) and culture that is referred to as Deaf, but invariably live within a larger hearing culture with its own oral language. Thus, "most deaf people are bilingual to some extent in [an oral] language in some form". In discussions of multilingualism in the United States, bimodal bilingualism and bimodal bilinguals have often not been mentioned or even considered. This is in part because American Sign Language, the predominant sign language used in the U.S., only began to be acknowledged as a natural language in the 1960s. However, bimodal bilinguals share many of the same traits as traditional bilinguals, as well as differing in some interesting ways, due to the unique characteristics of the Deaf community. Bimodal bilinguals also experience similar neurological benefits as do unimodal bilinguals, with significantly increased grey matter in various brain areas and evidence of increased plasticity as well as neuroprotective advantages that can help slow or even prevent the onset of age-related cognitive diseases, such as Alzheimer's and dementia.
Singapore Sign Language, or SgSL, is the native sign language used by the deaf and hard of hearing in Singapore, developed over six decades since the setting up of the first school for the Deaf in 1954. Since Singapore's independence in 1965, the Singapore deaf community has had to adapt to many linguistic changes. Today, the local deaf community recognises Singapore Sign Language (SgSL) as a reflection of Singapore's diverse culture. SgSL is influenced by Shanghainese Sign Language (SSL), American Sign Language (ASL), Signing Exact English (SEE-II) and locally developed signs.
Nepalese Sign Language or Nepali Sign Language is the main sign language of Nepal. It is a partially standardized language based informally on the variety used in Kathmandu, with some input from varieties from Pokhara and elsewhere. As an indigenous sign language, it is not related to oral Nepali. The Nepali Constitution of 2015 specifically mentions the right to have education in Sign Language for the deaf. Likewise, the newly passed Disability Rights Act of 2072 BS defined language to include "spoken and sign languages and other forms of speechless language." in practice it is recognized by the Ministry of Education and the Ministry of Women, Children and Social Welfare, and is used in all schools for the deaf. In addition, there is legislation underway in Nepal which, in line with the UN Convention on the Rights of Persons with Disabilities (UNCRPD) which Nepal has ratified, should give Nepalese Sign Language equal status with the oral languages of the country.
In sign languages, the term classifier construction refers to a morphological system that can express events and states. They use handshape classifiers to represent movement, location, and shape. Classifiers differ from signs in their morphology, namely that signs consist of a single morpheme. Signs are composed of three meaningless phonological features: handshape, location, and movement. Classifiers, on the other hand, consist of many morphemes. Specifically, the handshape, location, and movement are all meaningful on their own. The handshape represents an entity and the hand's movement iconically represents the movement of that entity. The relative location of multiple entities can be represented iconically in two-handed constructions.
The sociolinguistics of sign languages is the application of sociolinguistic principles to the study of sign languages. The study of sociolinguistics in the American Deaf community did not start until the 1960s. Until recently, the study of sign language and sociolinguistics has existed in two separate domains. Nonetheless, now it is clear that many sociolinguistic aspects do not depend on modality and that the combined examination of sociolinguistics and sign language offers countless opportunities to test and understand sociolinguistic theories. The sociolinguistics of sign languages focuses on the study of the relationship between social variables and linguistic variables and their effect on sign languages. The social variables external from language include age, region, social class, ethnicity, and sex. External factors are social by nature and may correlate with the behavior of the linguistic variable. The choices made of internal linguistic variant forms are systematically constrained by a range of factors at both the linguistic and the social levels. The internal variables are linguistic in nature: a sound, a handshape, and a syntactic structure. What makes the sociolinguistics of sign language different from the sociolinguistics of spoken languages is that sign languages have several variables both internal and external to the language that are unique to the Deaf community. Such variables include the audiological status of a signer's parents, age of acquisition, and educational background. There exist perceptions of socioeconomic status and variation of "grassroots" deaf people and middle-class deaf professionals, but this has not been studied in a systematic way. "The sociolinguistic reality of these perceptions has yet to be explored". Many variations in dialects correspond or reflect the values of particular identities of a community.
Language acquisition is a natural process in which infants and children develop proficiency in the first language or languages that they are exposed to. The process of language acquisition is varied among deaf children. Deaf children born to deaf parents are typically exposed to a sign language at birth and their language acquisition follows a typical developmental timeline. However, at least 90% of deaf children are born to hearing parents who use a spoken language at home. Hearing loss prevents many deaf children from hearing spoken language to the degree necessary for language acquisition. For many deaf children, language acquisition is delayed until the time that they are exposed to a sign language or until they begin using amplification devices such as hearing aids or cochlear implants. Deaf children who experience delayed language acquisition, sometimes called language deprivation, are at risk for lower language and cognitive outcomes. However, profoundly deaf children who receive cochlear implants and auditory habilitation early in life often achieve expressive and receptive language skills within the norms of their hearing peers; age at implantation is strongly and positively correlated with speech recognition ability. Early access to language through signed language or technology have both been shown to prepare children who are deaf to achieve fluency in literacy skills.
Signed Italian and Signed Exact Italian are manually coded forms of the Italian language used in Italy. They apply the words (signs) of Italian Sign Language to oral Italian word order and grammar. The difference is the degree of adherence to the oral language: Signed Italian is frequently used with simultaneous "translation", and consists of oral language accompanied by sign and fingerspelling. Signed Exact Italian has additional signs for Italian grammatical endings; it is too slow for general communication, but is designed as an educational bridge between sign and the oral language.
