Answers to most
FAQ's:
The following is a brief summary of the
most "Frequently Asked Questions",
describing optional modules and plug-ins that complements the CyrshSX™
coding mechanism.
- In addition to supporting 28 spoken
Languages. With enormous tolerance, CyrshSX(TM) uses a proprietary
built-in encoding algorithm that utilizes an open-ended architecture
which allows insertion of additional languages.
- Morphology, Semantic Analysis Modules
and String-Level Grammatical Rule Functions, which generate multi-class
inflectional paradigms that yields a common denominator which is analogous
to all search criteria perspectives.
- Number-To-Text, Text-To-Numbers,
Date Cross-Referencing and User-Defined Dictionaries. Conversions
modules that allows a search query to be composed of any numerical and/or
text types, an example is "George II", "George the second" or "George
2" are all recognized equally. In addition to full comprehension
and cross-referencing of major date formats with an option to create
user-defined dictionaries. A user-defined dictionary allows the
user to add alternative meaning and direction for words or phrases which
helps for example sets the words "emergency, hospital, fire department,
police" to be output as "911, nine hundred eleven or nine-one-one, etc."
- Universal Query Remapping.
A powerful feature that analyzes queries and identifies unflagged language
scripts used in a query, thus, determining gibberish and nonsensical
text inputs by remapping it to the closest values. This module helps
in resolving standardization conflicts and compatibility problems that
exist in some international character layout systems. This feature enables
servers to handle query's output by returning results that matches the
received original character layout without user interference.
- Multi-Lingual Text Transliteration.
A powerful addition to the system is the ability to view what was found
in another language. Once a string is located, it is passed through
a function that transliterate it into the original query's language.
An example, if you were searching for a name, you would normally enter
it in the language you know best, let us assume you used English for
the query. The found record may happen to be in a script of another
language. When the string is located in that language. if that language
is not your forté, you would not have a clue if that is what
you were looking for, would you?. This module "Transliterates" the found
string literally on the fly to the query's original language, returning
it "As is" and in a transliterated form.
Briefly, regardless of how the data was originally
stored, and no matter how it is spelled in the search query; in whatever
language, CyrshSX™ will extract all the relevant information.
OUTPUT:
- Universal Query Remapping
- CyrshSX™ Universal Code
- CyrshSX™ Wide-Search Code
- iCyrsh and CyrshNET™ Universal
Codes
- Code Standards Compatibility: D-M
Daitch/Mokotoff, NARA-Russell and Soundex (US Census Bureau).
ADDITIONAL SUPPORT & BETA
TESTING AT:
OFFICE
SYSTEMS of Yemen
By: Faisal Abu-Luhoom, Aref Al-Khawlani, Abdul Galil
Humarah and Abdul-Nasser Oudah
"Navigating through
a complex web site full of structured content such as linked HTML pages
and searchable databases can be a daunting task, therefore, CTI is taking
a leadership role in defining and developing the iCyrsh Indexer and
Universal Uniform Resource Locator (UURL) standard based on our proprietary
CyrshSX™ technology and a universal transliteration algorithm to
mark the 3rd anniversary of CyrshSX™ research and development."
-- Dr. Hamied Al-Iriani
Visit
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Technology Are The Fields of:
that require flexible searching facilities in corporate or government databases.
