Interactive distributed processing learning system and method

• US 20060286538A1
• Filed: 06/14/2006
• Published: 12/21/2006
• Est. Priority Date: 06/20/2005
• Status: Abandoned Application

• Current Assignee: Clickn Kids, Inc.
• Original Assignee: Clickn Kids, Inc.
• Inventors: Carabet, Armyn E., Scalone, Alan Ray, Nelson, James Ronald
• Application Number:
  US11/453,584
• Publication Number:
  US 20060286538A1
• Time in Patent Office: Days
• US Class Current: 434/350
• CPC Class Codes: G09B 5/00 Electrically-operated educational appliances working with questions and answers G09B7/00; simulators G09B9/00; advertising or displaying in general G09F
• CPC Class Codes: G09B 7/00 Electrically-operated teaching apparatus or devices working with questions and answers mechanically operated G09B3/00; computing arrangements G06F

Abstract

An interactive distributed processing learning system and method, consisting of a dynamic distributed processing approach that combines computerized interactive, visual and audible exercises with a lead-model-test instructional format to deliver a set of multiple predefined, systematic, simulated classroom instruction lessons to Student Users in a wide range of subject areas wherein interactive lessons are configurable to each Student User'"'"'s instructional needs and learning style. The computerized feature of the system may be used either on or off line. Incorporated into the learning system and method are means for enabling errorless learning that reinforces, tracks, assesses, and reports each Student User'"'"'s progress.

Claims

1. An instructional learning system comprising a dynamic, distributed, processing approach wherein the processes are controlled by a set of multiple predefined instructional content, including Lesson Data and Audio Data control tables, and a user defined instruction control configuration instruction delivery system, wherein:

said instructional learning system utilizes a computer system that includes a central processing unit, monitor and keyboard wherein, the use thereof by said user enables said user to interact with said instructional learning system content, which is accessible by said user opening said instructional learning system;

said user includes one or more students, i.e. Student User, wherein each such Student User is a person using the instructional learning system to receive the instruction delivered by said instructional learning system, and one or more teachers, wherein each such teacher is a person who tracks the learning process using said user defined instruction control configuration for one or more Student Users;

said instruction delivery system includes predefined instructional content and simulates actual classroom instruction by including a virtual teacher, wherein;

said virtual teacher is programmed to re-teach as many times as necessary for instruction acquisition by repeating said predefined instructional content in its predetermined systematic sequence every single time an incorrect discrimination response is given by said Student User, and said virtual teacher pronounces all verbal instruction with a precision and consistency of recitation by employing state of the art voice recording and editing techniques;

said Student User may only access the instruction in that predetermined systematic sequence when prior correct discriminations have been made to advance through a lesson; and

subsequent to entering the user defined instruction control configuration, the instruction delivery system becomes entirely automated, requiring only start up of the learning system to deliver all instruction content in its precise sequence regardless of how many subsequent times the learning system is started to complete all instruction, nor of the length of time the instruction system is used each time it is started; and

said computer presents to said Student User said predefined instructional content, wherein such predefined instructional content is presented to said Student in a precise predetermined step-by-step sequence, and said Student User, utilizing said computer, responds to visual and audible prompts to select a discriminative response to said instructional content;

and further wherein the instruction delivery system is a lead-model-test instruction-presentation sequence that;

(i) first, leads the Student User by describing exactly what is each new instructional content presentation,

(ii) immediately follows with a modeled example demonstration of the new instructional content described,

(iii) then immediately follows with a test step wherein the Student User is given the opportunity to demonstrate such user'"'"'s understanding of the new instruction content with an accurate discrimination response;

or, in the event of an inaccurate response, repeats the lead-model-test instruction-presentation sequence;

further, said instruction delivery system is an errorless learning system that produces evidence of demonstrated mastery of all instructional content by building into the instructional learning system;

(i) the aforesaid systematic instruction,

(ii) the requirement that all correct aforesaid discriminations be made by a Student User before such Student User may advance to the next lesson, as well as to advance to each next instructional element in any given lesson,

(iii) the aforesaid lead-model-test instruction presentation process such that the correct discriminations are never revealed to the Student User,

(iv) the recording to a data storage device every single discrimination response made by each Student User for each lesson,

(v) the statistical reporting of individual lesson results that retrieves the entire discrimination response data collection for a specified lesson for a particular Student User and presents the data in a manner that pinpoints every single instructional element that was incorrectly discriminated, and

(vi) the statistical reporting over time of the cumulative results that retrieves the entire discrimination response data collection for a Student User and presents the data in a manner that particular pinpoints mastery and deficiencies.

2. The instructional learning system of claim 1, wherein the instruction delivery system is tailored to the learning needs and learning style of each individual Student User by incorporation of instruction delivery control mechanisms for students who benefit from such mechanisms and restricted from those who do not.

3. The instructional learning system of claim 2 wherein said instruction delivery control mechanisms are audible confirmations of correct discriminations.

4. The instructional learning system of claim 2 wherein said instruction delivery control mechanisms are minutes of instruction time durations that control specific portions of the learning system and may be adjusted to longer time periods for students who require a longer instruction cycle to acquire a specific skill or shorter time periods for those who quickly acquire specific skills.

5. The instructional learning system of claim 2 wherein said instruction delivery control mechanisms are instruction playback speeds that control specific portions of the learning system and may be adjusted to a slower speed for students who require instruction to be presented at a slower rate for effective skill acquisition or adjusted to a faster speed for students who require a faster rate of instruction presentation for effective skill acquisition.

6. The instructional learning system of claim 1, wherein the instruction delivery system, instructional lessons may be repeated for students who require additional instruction of a specific lesson content and repeated lessons omitted for those who do not.

7. The instructional learning system of claim 1, wherein the instruction delivery system student users may be grouped together such that students at the same or similar levels of acquired skill may be grouped together in the learning system to minimize the negative results that occur when students are engaged in instruction at the same time with others who are at notably differing skill levels.

8. The instructional learning system of claim 1, wherein the said computer system interfaces with the World Wide Web such that the instructional learning system content is accessible by said user logging on to the instructional learning system web site.

9. An instructional learning system allowing for the delivery over the internet of high resolution graphic movies of approximately 30 minute play times, or longer, that are voiceover narrated, interactive and containing comprehensive instructional content resulting in very large file sizes that are able to begin playback within approximately 15-20 seconds with continuous and uninterrupted playback on slow internet connection speeds of approximately 56 K by the distributed processing, wherein, in one embodiment, one instruction module is activated while the next one is being loaded at the same time and further, wherein in the event the next module is not loaded and ready for playback, module 1 which has already been loaded is reactivated to maintain continuous and uninterrupted playback while subsequent modules complete their loading process.

10. An instructional learning system comprised of a beginning reading program that includes instruction in spelling for keyboarding skill development.

11. An instructional learning system such that the user is capable of completing the entire setup to deliver the entire instruction content in 2 simple steps by using an Instruction Control Process Bulk Add Students function to add all student user names at the same time and depress an Add Students button and then depress a Run Lessons button.

12. An instructional learning system wherein the system allows instruction delivery using a computing device for users who have never used a computing device before by building into such system a lead-model-test instruction-presentation sequence that:

(iv) first, leads the Student User by describing exactly what is each new instructional content presentation,

(v) immediately follows with a modeled example demonstration of the new instructional content described,

(vi) then immediately follows with a test step wherein the Student User is given the opportunity to demonstrate such user'"'"'s understanding of the new instruction content with an accurate discrimination response;

or,

in the event of an inaccurate response, repeats the lead-model-test instruction-presentation sequence;

further, wherein exactly what each instructional element is and a demonstration of how it is done combined with creation of the Lesson Data and Audio Data in such a manner that how to use the computing device is presented using such lead-model-test process along with the features of claim 11 and the systematic instruction delivery of a predetermined Lesson Data and Audio Data content wherein;

a Student User may only access the instruction in that predetermined systematic sequence when prior correct discriminations have been made to advance through a lesson.

13. A method of presenting an instructional learning system, comprising:

(a) providing a computer system that includes a central processing unit, monitor and keyboard with which a Student User can interact so as to access the instructional learning system content,

(b) providing means for such access by said user to open the dynamic, distributed, processing program of said instructional learning system,

(c) providing means within the program to control the processes by a set of multiple predefined instructional content, including Lesson Data and Audio Data control tables, and a user defined instruction control configuration instruction delivery system,

(d) providing means to include more than one Student User to use the instructional learning system,

(e) providing means for one or more teachers to enter identification and progress data for each Student User, wherein each such teacher is a person who tracks the learning process using the user defined instruction control configuration for each such Student User,

(f) including in the instruction delivery system predefined instructional content a virtual teacher that simulates actual classroom instruction,

(g) programming said virtual teacher to re-teach as many times as necessary for instruction acquisition by repeating predefined instructional content in its predetermined systematic sequence every single time an incorrect discrimination response is given by a Student User,

(h) providing the virtual teacher with state of the art voice recording and editing techniques to enable the virtual teacher to pronounce all verbal instruction with a precision and consistency of recitation,

(i) providing controls such that each Student User may only access the instruction in the predetermined systematic sequence when prior correct discriminations have been made to enable such Student User to advance through a lesson,

(j) enabling the instruction delivery system to become entirely automated subsequent to entering the user defined instruction control configuration, requiring only start up of the learning system to deliver all instruction content in its precise sequence regardless of how many subsequent times the learning system is started to complete all instruction, nor of the length of time the instruction system is used each time it is started,

(k) enabling the computer program to present to the Student User the predefined instructional content, wherein such predefined instructional content is presented in a precise predetermined step-by-step sequence,

(l) enabling the Student User, through use of the computer, to responds to visual and audible prompts to select a discriminative response to the instructional content, and

(m) providing the instruction presentation sequence in a lead-model-test manner,

whereby,

(a) the Student User is led by first describing exactly what is each new instructional content presentation,

(a) following immediately with a modeled example demonstration of the new instructional content described,

(b) then immediately following with a test step that gives the Student User the opportunity to demonstrate such user'"'"'s understanding of the new instruction content with an accurate discrimination response;

or, in the event of an inaccurate response, repeats the lead-model-test instruction-presentation sequence, and

whereby, said instruction delivery system is an errorless learning system that produces evidence of demonstrated mastery of all instructional content by

(a) providing within the instructional learning system the aforesaid systematic instruction,

(b) providing the means to require that all correct aforesaid discriminations be made by a Student User before such Student User may advance to the next lesson, as well as to advance to each next instructional element in any given lesson,

(c) enabling the aforesaid lead-model-test instruction presentation process to be presented such that the correct discriminations are never revealed to the Student User,

(d) providing means for recording to a data storage device every single discrimination response made by each Student User for each lesson,

(e) providing means for statistical reporting of individual lesson results that retrieves the entire discrimination response data collection for a specified lesson for a particular Student User and presents the data in a manner that pinpoints every single instructional element that was incorrectly discriminated, and

(f) providing means for statistical reporting over time of the cumulative results that retrieves the entire discrimination response data collection for a Student User and presents the data in a manner that particularly pinpoints mastery and deficiencies.

14. The method of claim 13, wherein the instruction delivery system is tailored to the learning needs and learning style of each individual Student User by incorporation of instruction delivery control mechanisms for students who benefit from such mechanisms and restricted from those who do not.

15. The method of claim 14 wherein said instruction delivery control mechanisms are audible confirmations of correct discriminations.

16. The method of claim 14 wherein said instruction delivery control mechanisms are minutes of instruction time durations that control specific portions of the learning system and may be adjusted to longer time periods for students who require a longer instruction cycle to acquire a specific skill or shorter time periods for those who quickly acquire specific skills.

17. The method of claim 14 wherein said instruction delivery control mechanisms are instruction playback speeds that control specific portions of the learning system and may be adjusted to a slower speed for students who require instruction to be presented at a slower rate for effective skill acquisition or adjusted to a faster speed for students who require a faster rate of instruction presentation for effective skill acquisition.

18. The method of claim 13 wherein the instruction delivery system, instructional lessons may be repeated for students who require additional instruction of a specific lesson content and repeated lessons are omitted for those who do not.

19. The method of claim 13, wherein the instruction delivery system student users at the same or similar levels of acquired skill may be grouped together in the learning system to minimize the negative results that occur when students are engaged in instruction at the same time with others who are at notably differing skill levels.

20. The method of claim 13 wherein the said computer system interfaces with the World Wide Web such that the instructional learning system content is accessible by the user logging on to the instructional learning system web site.

21. The method for providing for the delivery over the internet of high resolution graphic movies of approximately 30 minute play times, or longer, that are voiceover narrated, interactive and containing comprehensive instructional content resulting in very large file sizes that are able to begin playback within approximately 15-20 seconds with continuous and uninterrupted playback on slow internet connection speeds of approximately 56 K by the distributed processing, wherein, in one embodiment, one instruction module is activated while the next one is being loaded at the same time and further, providing that in the event the next module is not loaded and ready for playback, module 1 which has already been loaded is reactivated to maintain continuous and uninterrupted playback while subsequent modules complete their loading process.

22. A method for enabling the user to complete the entire setup to deliver the entire instruction content in 2 simple steps by using an Instruction Control Process Bulk Add Students function to add all student user names at the same time and depress an Add Students button and then depress a Run Lessons button.