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    The benefits of AsTeR , which is based on AFL, cannot be
    experienced by reading a printed document such as this; rather,
    one has to listen to AsTeR in action. Suffice it to say that
    AsTeR has made it possible for the author to read current
    technical material, on his own, that otherwise would not have
    been available for years (if at all). Further, he can tune the
    renderings (see c:rules_and_styles) to his liking and can even
    browse the document. Thus, AFL represents a gigantic step
    forward in providing the tools necessary to render technical
    documents in audio.
    Several further points can be made.
    
      - AFL provides for audio renderings the same power that TeX
      provides for visual renderings. AFL has made it possible for
      us to experiment easily and quickly with different audio
      renderings of mathematical notations. In this regard, we are
      limited only by our own ability to think of new ways of
      rendering mathematics clearly and succinctly; the language
      itself is not the limitation.
 
      - As a result of its focus on multiple components, AFL is
      an extensible tool for writing high-level programs for
      producing multimodal renderings of information. While it is
      not trivial to design and implement a new audio component, it
      also need not be a long and laborious affair. Based on the
      author's experience, we guess that it would take him less
      than a week to add a new component that is based on a
      different speech synthesizer or sound component.
 
    
    
    
    
    
      TV Raman
       Thu Mar 9 20:10:41 EST 1995