System and method of virtual schooling

• US 7,210,938 B2
• Filed: 05/09/2001
• Issued: 05/01/2007
• Est. Priority Date: 05/09/2001
• Status: Active Grant

• Current Assignee: Stride, Inc.
• Original Assignee: K12com
• Inventors: Packard, Ronald, Saxberg, Bror Valdemar Haug
• Primary Examiner(s): Luu; Le Hien
• Application Number:
  US09/851,421
• Publication Number:
  US 20020169822A1
• Time in Patent Office: 2,183 Days
• Field of Search: 709/217, 709/201, 709/203, 434/350, 434/365, 434/323, 717/176, 705/36.R, 706/927, 706/926
• US Class Current: 434/365
• CPC Class Codes: G09B 7/00 Electrically-operated teaching apparatus or devices working with questions and answers mechanically operated G09B3/00; computing arrangements G06F
• CPC Class Codes: Y10S 706/926 Time management
• CPC Class Codes: Y10S 706/927 Education or instruction

Abstract

A system and methods of virtual schooling, which provide an Internet-based elementary and secondary school that is committed to offering a complete and comprehensive education to all pupils. The curriculum used in the system and methods is Web-deployed and database-driven. Its subjects include, but are not necessarily limited to History/Civics/Geography, Language Arts, Math, Music, Science, and Visual Arts. Preferably, lessons should integrate on-line and off-line instructional materials for a well-rounded learning experience.

Claims

1. A virtual school, comprising:

a computer network, including server means and a plurality of clients each of which is adapted to be connected to said server means over said network;

means for operating said server means and said plurality of clients, said operating means supporting a run-time environment for a virtual school application on said network;

graphical user interface means adapted to be displayed on said plurality of clients, said graphical user interface means including a plurality of personalized spaces;

a database storing a plurality of files with a plurality of different file formats, the database is adapted to be accessible to said server means over said network;

a plurality of collaborative modules, each of which is adapted to be run over said network, said collaborative modules including;

a content manager;

a curriculum planner, adapted to be used by a user to plan a curriculum comprising a plurality of lessons, said curriculum planner including calendar means accounting for a plurality of vacation days, a plurality of holidays, and a plurality of events occurring throughout the course of said curriculum at a location proximate to said user;

an instructional sequencer; and

a progress tracker, adapted to track and display the progress of at least one student through at least one of;

the curriculum and a series of lesson units.

2. The virtual school according to claim 1, wherein said server means comprises:

a plurality of web servers;

a plurality of application servers, each of which is connected to said plurality of web servers;

a file server connected between said database and each of said plurality of application servers; and

a database server connected between said database and each of said plurality of application servers.

3. The virtual school according to claim 2, further comprising means for clustering said file server and said database server.

4. The virtual school according to claim 2, further comprising a server dedicated for use by said content manager.

5. The virtual school according to claim 1, wherein said plurality of files stored in said database comprises a plurality of classes and a plurality of objects.

6. The virtual school according to claim 5, wherein said plurality of classes comprise classes selected from the group consisting of content classes, user classes, and role classes.

7. The virtual school according to claim 6, wherein said plurality of objects comprise objects selected from the group consisting of content objects, user objects, and role objects.

8. The virtual school according to claim 7, wherein each said content object constitutes a logical collections of content fields within said database.

9. The virtual school according to claim 7, wherein each said user object defines a user of the virtual school.

10. The virtual school according to claim 9, wherein said user is selected from the group consisting of a plurality of pupils, a plurality of caring adults acting in concert with selected ones of said plurality of pupils, a plurality of system teachers, a plurality of content developers, and a plurality of system administrators administering and supporting the virtual school.

11. The virtual school according to claim 7, wherein each said role object constitutes a logical assembly of possible tasks within the virtual school, based on job functions.

12. The virtual school according to claim 7, wherein each said content object and each said user object is assigned to a particular role object.

13. The virtual school according to claim 1, wherein said plurality of files stored in said database further comprises a plurality of files selected from the group consisting of XML files, graphical files, audio files, video files, and mixed media files.

14. The virtual school according to claim 13, wherein said graphical files include JPEG files, GIF files, and BMP files.

15. The virtual school according to claim 13, wherein said audio files include WAV files and MP3 files.

16. The virtual school according to claim 13, wherein said video files include QIC files, Real files, AVI files, and MPEG files.

17. The virtual school according to claim 13, wherein said media files include SWF files.

18. The virtual school according to claim 1, wherein said plurality of files stored in said database comprises a plurality of series of components.

19. The virtual school according to claim 18, wherein each said series of components includes an element defining a unique identification.

20. The virtual school according to claim 19, wherein said series of components further define a plurality of objects.

21. The virtual school according to claim 20, further comprising a state server connected to each of said plurality of application servers, wherein said state server is adapted to maintain a state of an instance of each of said plurality of objects.

22. A method of operating a virtual school, comprising the steps of:

providing a computer network, including server means and a plurality of clients each of which is adapted to be connected to said server means over said network;

loading a means for operating said server means and said plurality of clients, said operating means supporting a run-time environment for a virtual school application on said network;

providing graphical user interface means adapted to be displayed on said plurality of clients;

connecting a database to said computer network;

storing within said database a first plurality of browser windows, each of which is adapted to display to a user on one of said plurality of clients individual parts of a lesson, a first plurality of text files, each of which is adapted to teach a given part of said lesson to said user, and a first plurality of image files, each of which is adapted to supplement said given part of said lesson;

operating the computer system to render said first plurality of browser windows on the display;

providing a first interactive module, which is adapted to be run over said network and be used by said user to plan a curriculum comprising a plurality of lessons, said first interactive module including calendar means accounting for a plurality of vacation days, a plurality of holidays, and a plurality of events occurring throughout the course of said curriculum at a location proximate to said user;

providing a second interactive module, which is adapted to be run over said network and interface with said first interactive module for sequencing said plurality of lessons based on an assessment of said user and said curriculum;

creating an assessment test for assessing a performance of said user at a plurality of selected points in time throughout said curriculum;

administering said assessment test with said first interactive module; and

adjusting said curriculum with said second interactive module, based on a combination of factors selected from the group consisting of the results of said assessment test, said plurality of vacation days, said plurality of holidays, and said plurality of events occurring throughout the course of said curriculum at a location proximate to said user.

23. The method according to claim 22, wherein said curriculum further comprises a plurality of subjects and said method further comprises the steps of:

creating an assessment test for assessing a performance of said user within each one of said plurality of subjects;

administering said assessment test with said first interactive module; and

adjusting said curriculum with said second interactive module, based on a combination of factors selected from the group consisting of the results of said assessment test, said plurality of vacation days, said plurality of holidays, said plurality of events occurring throughout the course of said curriculum at a location proximate to said user, and a relevance of each said plurality of events as it relates to each one of said plurality of subjects.