Global recuresive and scalable database management system

• US 20030093412A1
• Filed: 11/13/2001
• Published: 05/15/2003
• Est. Priority Date: 11/13/2001
• Status: Abandoned Application

• Current Assignee: Nishan Mark Urkumyan
• Original Assignee: Nishan Mark Urkumyan
• Inventors: Urkumyan, Nishan Mark
• Application Number:
  US09/992,401
• Publication Number:
  US 20030093412A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G06F 16/283 Multi-dimensional databases or data warehouses, e.g. MOLAP or ROLAP

Abstract

A method and apparatus for accessing a recursive scalable database in a multidimensional hierarchy through World Wide Web Internet communication channels to create, store, retrieve, manipulate, update and delete database objects that include records, audio, video and image data. Every time a file is to be restored in database memory (either a new file or a modified file) a pointer for storing the file is created which includes a file tag, derived from user identification data, and a new address in database memory to prevent any form of overflow. Space at the new memory address is selected to accommodate any size change of the modified file, permitting the storage area to expand. Thereby conferring the recursive scalable characteristic on the system

Claims

1. A database management system for enabling a user having an identifier name to create and enter data into a user file in a data base memory wherein the file has an unlimited number of objects and records, and the user is enabled to modify data of the user file, modify format of the objects, review data of the file, said system comprising:

a data base memory (22);

a device (12) for enabling a user to enter an identifier name containing keywords into the system;

a tag generator (14) arranged to generate a tag from said keywords;

a select means (16) for permitting the user to select one of;

A. creating and adding a new file;

B. viewing and modifying an existing file in said database memory;

a monitor for displaying any one of;

(a) a blank object form;

(b) an existing file from said database memory;

means for enabling said user to supply data to said blank object form when said user selects creating and adding a new file;

means for enabling said user to modify said existing file in said database memory when said user selects modifying said existing file;

a pointer generator (18) for constructing a file pointer including said tag and an available database address;

means for applying said file pointer to storing a file at said available database address in said database memory when any one of;

(I) said file is an existing file retrieved from said database memory for review and modification;

(2) said file is a newly created file;

2. A computer containing a program for managing data in a database memory which comprises:

a keyboard (12) for enabling a user to enter an identifier name containing keywords into the system;

a tag generator (14) arranged to generate a tag from said keywords;

a select means (16) for permitting the user to select one of;

A. creating and adding a new file to said database memory;

B. viewing and modifying an existing file in said database memory;

a monitor for displaying any one of;

(a) a blank object form;

(b) an existing file from said database memory;

menu means presented on said monitor for at least one of;

(i) adding data to said blank object form; and

(ii) modifying said retrieved file;

a pointer generator (18) for constructing a file pointer including said tag and an available database address;

means for applying said file pointer arranged for storing a file at said available database address in said database memory when any one of;

(I) said file is an existing file retrieved from said database memory;

(2) said file is a newly created file.

3. The database management system of claim 2 comprising:

at least one server arranged for storing said database memory;

said computer communicating with said at least one server for storing and retrieving files of said database memory.

4. The database management system of claim 2 wherein said computer comprises said database memory.

5. The database management system of claim 3 wherein:

said computer contains said keyboard, said monitor,

said at least one server contains said tag generator, said select means, said menu means, said pointer generator, said means for applying;

6. The database management system of claim 4 wherein said at least one server and said computer are connected to the Internet.

7. The database management system of claim 6 wherein said identifier name is a website address of said user.

8. The database management system of claim 6 wherein said identifier name is written in HTML formats.

9. The database management system of claim 6 wherein objects of retrieved files are arranged in the form of Hyper Text Markup Language and are displayed in a form understandable by said user.

10. The database management system of claim 4 wherein:

each one of said at least one server contains one partition of database memory;

each partition has a partition address;

11. The database management system of claim 2 wherein:

said program arranges said database memory to provide that

(i) said database memory includes at least one partition;

(ii) each one of said at least one partition includes at least one segment;

(iii) each one of said at least one segment includes at least one section.

12. The database management system of claim 11 wherein:

each one of said at least one section contains at least a part of at least one object of a file;

each one of said at least one segment contains at least a part of an object of a file;

each one of said at least one partition contains at least a part of at least one object of a file;

said program arranged to permit addition of data to any one of said at least one file and extend anyone of said at least one file;

from any one of

(i) said at least one sections to another one of said sections within said respective segment;

(ii) from any one of said at least one segment to another one of said segments within a respective partition;

(iii) from said at least one partition to another one of said at least one partition. as data is added to said at least one file whereby said memory is scalable.

13. The database management system of claim 12 wherein each one of said at least one partition occupies at least one server and when a size of any one partition grows to occupy an entire memory of a respective server, said program is arranged to extend said any one partition into an additional server.

14. The database memory of claim 2 wherein said program in said computer is arranged to assign said database memory to anyone of a computer and at least one server wherein any one file stored in said database memory is expandable from a section to a segment to a partition of computer memory

and from at least a partition of one server to at least one partition of a plurality of servers as additional data is added to said file.

15. The database memory of claim 2 wherein said means presented on said monitor for enabling said user to modify said retrieved file is recursive and dynamic.

16. The computer containing the program of claim 2 wherein said object has a format, said format comprising:

a plurality of entry points and internal and external pointers;

a body of a recursive data object in the form of HTML with links to other internet locations and images accessible through the World Wide Web;

a body of another recursive data object when said another recursive data object is created in the multidimensional space and in the form of HTML with links to other internet locations and images accessible through the World Wide Web;

a plurality of pointers, links and parameters for a next operation to form and keep recursive operation in flow.