Phonetic Alphabet Wav Files

Part of the most comprehensive and bestmaintained list of links for students and teachers of English as a second language. The German alphabet is not that difficult to learn Use the tips listed here and the audio pronunciation guide and youll soon be on your way to learning the ABCs in. The Voice Browser Working Group has sought to develop standards to enable access to the Web using spoken interaction. The Speech Synthesis Markup Language. The W3C specifications used by VXML to provide speech synthesis. Key phonetic rendering audio samples including some video PRONUNCIATION SITES by TOPIC Bible Bible Words Phonetic Pronunciation Extensive. Free software for acoustic analysis. Paul Boersma, University of Amsterdam. USAF AIR FORCE ARMY NAVY MARINES Military Ribbons Chart. Airline CVR Cockpit Voice Recorder Crash Audio Files Air Florida, AA, TWA. Phonetic Alphabet Wav Files' title='Phonetic Alphabet Wav Files' />Speech Synthesis Markup Language SSML Version 1. W3. C Recommendation 7 September 2. This version http www. TR2. 00. 4REC speech synthesis 2. Latest version http www. TRspeech synthesisPrevious version http www. TR2. 00. 4PR speech synthesis 2. Editors Daniel C. Burnett, Nuance Communications. Mark R. Walker, Intel. Andrew Hunt, Scan. Soft. Please refer to the errata. See also translations. Copyright 1. 99. W3. C MIT, ERCIM, Keio, All Rights Reserved. W3. C liability, trademark, document use rules apply. The Voice Browser Working Group has sought to develop standards to enable access to the Web using spoken interaction. The Speech Synthesis Markup Language Specification is one of these standards and is designed to provide a rich, XML based markup language for assisting the generation of synthetic speech in Web and other applications. The essential role of the markup language is to provide authors of synthesizable content a standard way to control aspects of speech such as pronunciation, volume, pitch, rate, etc. Status of this Document. This section describes the status of this document at the time of its publication. Other documents may supersede this document. A list of current W3. C publications and the latest revision of this technical report can be found in the W3. C technical reports index at http www. TR. This document contains the Speech Synthesis Markup Language SSML 1. W3. C Recommendation. It has been produced as part of the. Voice Browser Activity. The authors of this document are participants in the Voice. Browser Working Group W3. C members only. For more information see the Voice Browser FAQ. This is a stable document and has been endorsed by the W3. C Membership. and the participants of the Voice Browser working group. The design of SSML 1. Working Groups. technical requirements. A list of implementations is included in the. SSML 1. 0 Implementation. Report, along with the associated test suite. Comments are welcome on www voicew. See W3. C mailing list and archive usage. Patent disclosures relevant to this specification may be found on the. Working Groups patent disclosure page. This document has been produced under the 2. January 2. 00. 2 CPP as amended by the W3. C Patent Policy Transition Procedure. An individual who has actual knowledge of a patent which the individual believes contains Essential Claims with respect to this specification should disclose the information in accordance with section 6 of the W3. C Patent Policy. Table of Contents Introduction. This W3. C specification is known as the Speech Synthesis Markup Language specification SSML and is based upon the JSGF andor JSML specifications, which are owned by Sun Microsystems, Inc., California, U. S. A. The JSML specification can be found at JSML. SSML is part of a larger set of markup specifications for voice browsers developed through the open processes of the W3. C. It is designed to provide a rich, XML based markup language for assisting the generation of synthetic speech in Web and other applications. The essential role of the markup language is to give authors of synthesizable content a standard way to control aspects of speech output such as pronunciation, volume, pitch, rate, etc. A related initiative to establish a standard system for marking up text input is SABLE SABLE, which tried to integrate many different XML based markups for speech synthesis into a new one. The activity carried out in SABLE was also used as the main starting point for defining the Speech Synthesis Markup Requirements for Voice Markup Languages REQS. Since then, SABLE itself has not undergone any further development. The intended use of SSML is to improve the quality of synthesized content. Different markup elements impact different stages of the synthesis process see Section 1. The markup may be produced either automatically, for instance via XSLT or CSS3 from an XHTML document, or by human authoring. Markup may be present within a complete SSML document see Section 2. Section 2. 2. 1 embedded in another language, although no interactions with other languages are specified as part of SSML itself. Most of the markup included in SSML is suitable for use by the majority of content developers however, some advanced features like phoneme and prosody e. Design Concepts. The design and standardization process has followed from the Speech Synthesis Markup Requirements for Voice Markup Languages REQS. The following items were the key design criteria. Consistency provide predictable control of voice output across platforms and across speech synthesis implementations. Interoperability support use along with other W3. C specifications including but not limited to Voice. XML, aural Cascading Style Sheets and SMIL. Generality support speech output for a wide range of applications with varied speech content. Internationalization Enable speech output in a large number of languages within or across documents. Generation and Readability Support automatic generation and hand authoring of documents. The documents should be human readable. Implementable The specification should be implementable with existing, generally available technology, and the number of optional features should be minimal. Speech Synthesis Process Steps. A Text To Speech system a synthesis processor that supports SSML will be responsible for rendering a document as spoken output and for using the information contained in the markup to render the document as intended by the author. Document creation A text document provided as input to the synthesis processor may be produced automatically, by human authoring, or through a combination of these forms. SSML defines the form of the document. Document processing The following are the six major processing steps undertaken by a synthesis processor to convert marked up text input into automatically generated voice output. The markup language is designed to be sufficiently rich so as to allow control over each of the steps described below so that the document author human or machine can control the final voice output. Although each step below is divided into markup support and non markup behavior, actual behavior is usually a mix of the two and varies depending on the tag. Windows Xp Sp3 Bg Language Pack Download. The processor has the ultimate authority to ensure that what it produces is pronounceable and ideally intelligible. In general the markup provides a way for the author to make prosodic and other information available to the processor, typically information the processor would be unable to acquire on its own. It is then up to the processor to determine whether and in what way to use the information. XML parse An XML parser is used to extract the document tree and content from the incoming text document. The structure, tags and attributes obtained in this step influence each of the following steps. Tokens words in SSML cannot span markup tags. A simple English example is cuplt break board the synthesis processor will treat this as the two words cup and board rather than as one word with a pause in the middle. Breaking one token into multiple tokens this way will likely affect how the processor treats it. Structure analysis The structure of a document influences the way in which a document should be read. For example, there are common speaking patterns associated with paragraphs and sentences. Markup support The p and s elements defined in SSML explicitly indicate document structures that affect the speech output.