Grammar framework

Updated Release: Grammar framework (Aug 04, 2008)

bagalex — Thu, 30 Oct 2008 07:19:28 GMT

Implemented only base morphology of Russian language. Syntax and object analysis is under construction.

New in current assembly: minor changes. Temporary in binaries removed WinUI interface and Voice Generator.
----
Warning!
This project is under construction.
It cannot be used as a tool to assist to study foreign languages now.
In this stage project can be used only to acquaint with project trends and help others to rise projects in related fields.
Project is supplying with open source code, free anonimous MIT license and signed binaries.
---
Requirements:
To run: .NET framework 2.0 or above, or compatible
To edit: Microsoft Visual Studio 2008 or C# 3.0 compatible (like SharpDevelop)

Released: Grammar framework (Aug 04, 2008)

Thu, 30 Oct 2008 07:19:26 GMT

Updated Release: Grammar framework v.Alpha (Aug 04, 2008)

bagalex — Wed, 29 Oct 2008 18:42:09 GMT

Released: Grammar framework v.Alpha (Aug 04, 2008)

Wed, 29 Oct 2008 18:42:04 GMT

Updated Wiki: Home

bagalex — Mon, 13 Oct 2008 08:42:15 GMT

Project Description
The purpose of this project is doing grammatical analysis of verbal languages more complex and accuracy. The finish goal is cultural language translation from one culture to another. Project is under initial construction, targeting to internationalization, but first applied language is Russian, because this is my native language. First priority task for that work is to develop complex object oriented syntax analysis.

Base Implementation done already for Russian Language:
Morphology

Accents of word;
Declension by cases;
Conjugation by persons;
Intelligent addition of new words to library;
Carrying words as links to dictionary of word compositions (prefixes, roots, suffixes and inflexions);
Using letters as objects of Language Alphabet;

Syntax

Grammatical agreement of phrase;
Prediction by choice set;

Numbers

Convert math integer to grammatical unit
Declension of integers

Vocabulary

Sorting objects by type, ascending and so on;
Storing derived of the infinitives by declension or conjugation of the word;
Supporting multilanguage
Simple statistics

Support Russian and English user interface (ConsoleUI and WinUI)
Simple IntelliSense function in WinUI

Database

Support serialization to backup and restore current state of the Database
One-level indexing (plan to migrate to hierarchical database model)
Local list manipulation

Text parser

not stable...

Harmonics generator

Primitive multi-harmonics generator with frequency shift-keying modulation

Plan to implement:

Plan to migrate to hierarchical database model to fit searching, sorting and allocation requirements in data manipulation
Plan to build more complex herarchical engine model to compress repetitive computation in multilingual analysis
Plain text files parsing by paragraphs, paragraph parts and elements
Intelligent recognition part of speech by morphological structure and syntax orientation in sentence (parsed text).
Real-time generator of harmonics with vector (frequency shift-keying) modulation (has not fully resolved phase bias in modulation).
Object orienting and machine learning with objective question-answer approach.
XML/binary parser/generator for XML/binary backup. Concept is:

Write a full documentation for this project to explain how it works.

Updated Wiki: Home

bagalex — Fri, 05 Sep 2008 06:54:05 GMT

Accents of word;
Declension by cases;
Conjugation by persons;
Intelligent addition of new words to library;
Carrying words as links to dictionary of word compositions (prefixes, roots, suffixes and inflexions);
Using letters as objects of Language Alphabet;

Syntax

Grammatical agreement of phrase;
Prediction by choice set;

Numbers

Convert math integer to grammatical unit
Declension of integers

Vocabulary

Sorting objects by type, ascending and so on;
Storing derived of the infinitives by declension or conjugation of the word;
Supporting multilanguage
Simple statistics

Support Russian and English user interface (ConsoleUI and WinUI)
Simple IntelliSense function in WinUI

Database

Support serialization to backup and restore current state of the Database
One-level indexing (plan to migrate to hierarchical database model)
Local list manipulation

Text parser

not stable...

Harmonics generator

Primitive multi-harmonics generator with frequency shift-keying modulation

Plan to implement:

Plan to migrate to hierarchical database model to fit searching, sorting and allocation requirements in data manipulation
Plan to build more complex herarchical engine model to compress repetitive computation in multilingual analysis
Plain text files parsing by paragraphs, paragraph parts and elements
Intelligent recognition part of speech by morphological structure and syntax orientation in sentence (parsed text).
Real-time generator of harmonics with vector (frequency shift-keying) modulation (has not fully resolved phase bias in modulation).
Object orienting and machine learning with objective question-answer approach.
Write a full documentation for this project to explain how it works.

Updated Wiki: Home

bagalex — Fri, 05 Sep 2008 06:53:14 GMT

Accents of word;
Declension by cases;
Conjugation by persons;
Intelligent addition of new words to library;
Carrying words as links to dictionary of word compositions (prefixes, roots, suffixes and inflexions);
Using letters as objects of Language Alphabet;

Syntax

Grammatical agreement of phrase;
Prediction by choice set;

Numbers

Convert math integer to grammatical unit
Declension of integers

Vocabulary

Sorting objects by type, ascending and so on;
Storing derived of the infinitives by declension or conjugation of the word;
Supporting multilanguage
Simple statistics

Support Russian and English user interface (ConsoleUI and WinUI)
Simple IntelliSense function in WinUI

Database

Support serialization to backup and restore current state of the Database
One-level indexing (plan to migrate to hierarchical database model)
Local list manipulation

Text parser

not stable...

Harmonics generator

Primitive multi-harmonics generator with frequency shift-keying modulation

Plan to implement:

Plan to migrate to hierarchical database model to fit searching, sorting and allocation requirements in data manipulation
Plan to build more complex herarchical engine model to compress repetitive computation in multilingual analysis
Plain text files parsing by paragraphs, paragraph parts and elements
Intelligent recognition part of speech by morphological structure and syntax orientation in sentence (parsed text).
Real-time generator of harmonics with vector (frequency shift-keying) modulation (has not fully resolved phase bias in modulation).
Object orienting and machine learning with objective question-answer approach.
Write a full documentation for this project to explain how it works.

Updated Wiki: Home

bagalex — Tue, 26 Aug 2008 11:39:41 GMT

Accents of word;
Declension by cases;
Conjugation by persons;
Intelligent addition of new words to library;
Carrying words as links to dictionary of word compositions (prefixes, roots, suffixes and inflexions);
Using letters as objects of Language Alphabet;

Syntax

Grammatical agreement of phrase;
Prediction by choice set;

Numbers

Convert math integer to grammatical unit
Declension of integers

Vocabulary

Sorting objects by type, ascending and so on;
Storing derived of the infinitives by declension or conjugation of the word;
Supporting multilanguage
Simple statistics

Support Russian and English user interface (ConsoleUI and WinUI)
Simple IntelliSense function in WinUI

Database

Support serialization to backup and restore current state of the Database
One-level indexing (plan to migrate to hierarchical database model)
Local list manipulation

Text parser

not stable...

Harmonics generator

Primitive multi-harmonics generator with frequency shift-keying modulation

Plan to implement:

Plan to migrate to hierarchical database model to fit searching, sorting and allocation requirements in data manipulation
Plan to build more complex herarchical engine model to compress repetitive computation in multilingual analysis
Plain text files parsing by paragraphs, paragraph parts and elements
Intelligent recognition part of speech by morphological structure and syntax orientation in sentence (parsed text).
Real-time generator of harmonics with vector (frequency shift-keying) modulation (has not fully resolved phase bias in modulation).
Object orienting and machine learning with objective question-answer approach.
Write a full documentation for this project to explain how it works.

Source code checked in, #15296

bagalex — Mon, 25 Aug 2008 20:54:57 GMT

Some changes in hierarchical database model. Preparation for future integration of hierarhical database to grammar framework.

Updated Wiki: Home

bagalex — Fri, 22 Aug 2008 05:26:53 GMT

Accents of word;
Declension by cases;
Conjugation by persons;
Intelligent addition of new words to library;
Carrying words as links to dictionary of word compositions (prefixes, roots, suffixes and inflexions);
Using letters as objects of Language Alphabet;

Syntax

Grammatical agreement of phrase;
Prediction by choice set;

Numbers

Convert math integer to grammatical unit
Declension of integers

Vocabulary

Sorting objects by type, ascending and so on;
Storing derived of the infinitives by declension or conjugation of the word;
Supporting multilanguage
Simple statistics

Support Russian and English user interface (ConsoleUI and WinUI)
Simple IntelliSense function in WinUI

Database

Support serialization to backup and restore current state of the Database
One-level indexing (plan to migrate to hierarchical database model)
Local list manipulation

Text parser

not stable...

Harmonics generator

Primitive multi-harmonics generator with frequency shift-keying modulation

Plan to implement:

Plan to migrate to hierarchical database model to fit searching, sorting and sizing requirements in data manipulation
Plan to build more complex herarchical engine model to compress repetitive computation in multilingual analysis
Plain text files parsing by paragraphs, paragraph parts and elements
Intelligent recognition part of speech by morphological structure and syntax orientation in sentence (parsed text).
Real-time generator of harmonics with vector (frequency shift-keying) modulation (has not fully resolved phase bias in modulation).
Object orienting and machine learning with objective question-answer approach.
Write a full documentation for this project to explain how it works.

Updated Wiki: Home

bagalex — Thu, 21 Aug 2008 11:54:19 GMT

Accents of word;
Declension by cases;
Conjugation by persons;
Intelligent addition new words to library;
Carrying words as links to dictionary of word compositions (prefixes, roots, suffixes and inflexions);
Using letters as objects of Language Alphabet;

Syntax

Grammatical agreement of phrase;
Prediction by choice set;

Numbers

Convert math integer to grammatical unit
Declension of integers

Vocabulary

Sorting object by type, ascending and so on;
Storing derived of the infinitives by declension or conjugation of the word;
Supporting multilanguage
Simple statistics

Support Russian and English user interface (ConsoleUI and WinUI)
Simple IntelliSense function in WinUI

Database

Support serialization to backup and restore current state of the Database
One-level indexing (plan to migrate to hierarchical database model)
Local list manipulation

Text parser

not stable...

Harmonics generator

Primitive multi-harmonics generator with frequency shift-keying modulation

Plan to implement:

Plan to migrate to hierarchical database model to fit searching, sorting and sizing requirements in data manipulation
Plan to build more complex herarchical engine model to compress repetitive computation in multilingual analysis
Plain text files parsing by paragraphs, paragraph parts and elements
Intelligent recognition part of speech by morphological structure and syntax orientation in sentence (parsed text).
Real-time generator of harmonics with vector (frequency shift-keying) modulation (has not fully resolved phase bias in modulation).
Object orienting and machine learning with objective question-answer approach.
Write a full documentation for this project to explain how it works.

Released: Grammar framework v.Alpha (Aug 04, 2008)

Mon, 11 Aug 2008 06:53:14 GMT

Updated Release: Grammar framework v.Alpha (авг 04, 2008)

Mon, 11 Aug 2008 06:53:14 GMT

Updated Release: Grammar framework v.Alpha (авг 04, 2008)

Fri, 08 Aug 2008 08:17:12 GMT

Implemented only base morphology of Russian language. Syntax and object analysis is under construction.

New in current assembly: minor changes. Temporary in binaries removed WinUI interface and Voice Generator.
----
Warning!
This project is under construction.
It cannot be used as a tool to assist to study foreign languages now.
In this stage project can be used only to acquaint with project trends and help others to rise projects like this.
Project is supplying with open source code, free anonimous MIT license and signed binaries.
---
Requirements:
To run: .NET framework 2.0 or above, or compatible
To edit: Microsoft Visual Studio 2008 or C# 3.0 compatible (like SharpDevelop)

Source code checked in, #14917

bagalex — Wed, 06 Aug 2008 14:51:56 GMT

Source code checked in, #14916

bagalex — Wed, 06 Aug 2008 14:43:06 GMT

Updated Wiki: Home

bagalex — Mon, 04 Aug 2008 08:40:27 GMT

Accents of word;
Declension by cases;
Conjugation by persons;
Intelligent addition new words to library;
Carrying words as links to dictionary of word compositions (prefixes, roots, suffixes and inflexions);
Using letters as objects of Language Alphabet;

Syntax

Grammatical agreement of phrase;
Prediction by choice set;

Numbers

Convert math integer to grammatical unit
Declension of integers

Vocabulary

Sorting object by type, ascending and so on;
Storing derived of the infinitives by declension or conjugation of the word;
Supporting multilanguage
Simple statistics

Support Russian and English user interface (ConsoleUI and WinUI)
Simple IntelliSense function in WinUI

Database

Support serialization to backup and restore current state of the Database
One-level indexing (plan to migrate to hierarchical database model)
Local list manipulation

Text parser

not stable...

Harmonics generator

Primitive multi-harmonics generator with frequency shift-keying modulation

Plan to implement:

Plan to migrate to hierarchical database model to fit searching, sorting and sizing requirements in data manipulation
Plan to build more complex herarchical engine model to compress repetitive computation in multilingual analysis
Plain text files parsing by paragraphs, paragraph parts and elements
Intelligent recognition part of speech by morphological structure and syntax orientation in sentence (parsed text).
Real-time generator of harmonics with vector (frequency shift-keying) modulation (has not fully resolved phase bias in modulation).
Object orienting and machine learning with objective question-answer approach.

Updated Wiki: Home

bagalex — Mon, 04 Aug 2008 06:59:21 GMT

Accents of word;
Declension by cases;
Conjugation by persons;
Intelligent addition new words to library;
Carrying words as links to dictionary of word compositions (prefixes, roots, suffixes and inflexions);
Using letters as objects of Language Alphabet;

Syntax

Grammatical agreement of phrase;
Prediction by choice set;

Numbers

Convert math integer to grammatical unit
Declension of integers

Vocabulary

Sorting object by type, ascending and so on;
Storing derived of the infinitives by declension or conjugation of the word;
Supporting multilanguage
Simple statistics

Support Russian and English user interface (ConsoleUI and WinUI)
Simple IntelliSense function in WinUI

Database

Support serialization to backup and restore current state of the Database
One-level indexing (plan to migrate to hierarchical database model)
Local list manipulation

Text parser

not stable...

Harmonics generator

Primitive multi-harmonics generator with modulation

Plan to implement:

Plan to migrate to hierarchical database model to fit searching, sorting and sizing requirements in data manipulation
Plan to build more complex herarchical engine model to compress repetitive computation in multilingual analysis
Plain text files parsing by paragraphs, paragraph parts and elements
Intelligent recognition part of speech by morphological structure and syntax orientation in sentence (parsed text).
Real-time generator of harmonics with vector (frequency) modulation (has not resolved phase bias in modulation).
Object orienting and machine learning with objective question-answer approach.

Released: Grammar framework v.Alpha (Aug 04, 2008)

Mon, 04 Aug 2008 06:37:28 GMT

Implemented only base morphology of Russian language. Syntax and object analysis is under construction.

New in current assembly: minor changes. Temporary in binaries removed WinUI interface and Voice Generator.
----
Warning!
This project is under construction.
It cannot be used as a tool to assist to study foreign languages now.
In this stage project can be used only to acquaint with project trends.
Project is supplying with open source code, free anonimous MIT license and signed binaries.
---
Requirements:
To run: .NET framework 2.0 or above, or compatible
To edit: Microsoft Visual Studio 2008 or C# 3.0 compatible (like SharpDevelop)

Updated Release: Grammar framework v.Alpha (авг 04, 2008)

Mon, 04 Aug 2008 06:37:28 GMT

Implemented only base morphology of Russian language. Syntax and object analysis is under construction.

New in current assembly: minor changes. Temporary in binaries removed WinUI interface and Voice Generator.
----
Warning!
This project is under construction.
It cannot be used as a tool to assist to study foreign languages now.
In this stage project can be used only to acquaint with project trends.
Project is supplying with open source code, free anonimous MIT license and signed binaries.
---
Requirements:
To run: .NET framework 2.0 or above, or compatible
To edit: Microsoft Visual Studio 2008 or C# 3.0 compatible (like SharpDevelop)