DEVICE AND METHOD FOR REINFORCED PROGRAMMED LEARNING

• US 20130164727A1
• Filed: 11/29/2012
• Published: 06/27/2013
• Est. Priority Date: 11/30/2011
• Status: Abandoned Application

• Current Assignee: Zeljko Dzakula
• Original Assignee: Zeljko Dzakula
• Inventors: Dzakula, Zeljko
• Application Number:
  US13/688,557
• Publication Number:
  US 20130164727A1
• Time in Patent Office: Days
• US Class Current: 434/362
• 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

A method for reinforced programmed learning to enhance human acquisition of knowledge and skills which includes a step of providing an electronic device for reinforced learning arranged for electronic interaction with a student. On the electronic device for reinforced learning contains at least one database including course templates of preselected education information organized for at least partial retrieval in accordance prearranged course instances. An access information may be arranged to enable the electronic interaction between the electronic device and the at least one student, and storing information pertinent to the at least one student such that the at least one student may select the at least one of prearranged course instances and participate in interactive processing of the preselected education information.

Claims

1. A method for reinforced programmed learning to enhance human acquisition of knowledge and skills comprising:

a) providing an electronic device for reinforced learning arranged for electronic interaction with at least one student,

b) on the electronic device for reinforced learning, providing at least one database including at least one course template of preselected education information organized for at least partial retrieval in accordance with at least one prearranged course instance,

c) providing an access information arranged to enable the electronic interaction between the electronic device for reinforced learning and the at least one student and storing information pertinent to the at least one student such that the at least one student may select the at least one of prearranged course instances and participate in interactive processing of the preselected education information,

d) presenting at least one predetermined course instance specific activity to the at least one student and recording the at least one student responsive input into the electronic device for reinforced learning,

e) generating and storing at least one evaluation of the at least one student responsive input at least on a basis of the at least one student response input, the information pertinent to the at least one student, and the preselected education information.

f) communicating the at least one evaluation to the at least one student, providing additional evaluation reinforcing information and proceeding to the step d) until the at least one student opts to proceed to an additional activity or decides to terminate the interactive processing of the preselected education information,

g) processing the at least one stored evaluation and generating at least one grade pertinent to the participation of at least one student, and to assist the at least one student in selection of additional prearranged curse instances.

2. The method for reinforced programmed learning of claim 1, wherein the electronic device for reinforced learning have been arranged and programmed include a choice of interacting with at least one student in an unsupervised mode of operation having no interaction with at least one instructor or in an supervised mode of operation requiring a real time or subsequent supervision and control input of at least one instructor.

3. The method for reinforced programmed learning of claim 1, wherein the programmed learning to enhance human acquisition of knowledge and skills includes knowledge of music and music-related skills, while the at least one course template of preselected education information includes information pertaining to art of music.

4. The method for reinforced programmed learning of claim 3, wherein the access information arranged to enable the electronic interaction between the electronic device for reinforced learning and the at least one student is distributed by accessing at least one on-line point of sale site.

5. The method for reinforced programmed learning of claim 3, wherein the electronic interaction between the electronic device for reinforced learning and the at least one student is arranged using WWW enabled on-line connections.

6. The method for reinforced programmed learning of claim 3, wherein the electronic device for reinforced learning is chosen to operate in the supervised mode and the supervision end control input of at least one instructor utilizes WWW enabled on-line connections.

7. The method for reinforced programmed learning of claim 3, wherein the at least one database has a relational database configuration at least including courses data, course templates IDs, instructors IDs, Institution IDs, and course template data having course template names and link info.

8. The method for reinforced programmed learning of claim 7, wherein the curse templates data have be organised in relationship with lessons data pertinent to the at least one course instance, and relationally associated with data on at least one course instance specific activity.

9. The method for reinforced programmed learning of claim 3, wherein the at least one predetermined course instance specific activity includes activities or activity sequences chosen from a set consisting of answering questions, conducting exercises, preparing homework assignments, participating in quizzes and taking exams.

10. The method for reinforced programmed learning of claim 3, wherein the at least one student responsive input includes input chosen from a set consisting of playing a tone on a keyboard or a freeboard, counting beats, determining number of beats and beat values, beaming by beats, connecting notes with ties across bar line, playing required pitch, inserting notes, inserting notes from keyboard, inserting bars, and editing rhythms.

11. The method for reinforced programmed learning of claim 3, wherein the wherein the at least one student responsive input includes input includes a command from a set consisting of request to play a score, pause, stop, rewind, loop, activate the metronome, change tempo, and change volume.

12. The method for reinforced programmed learning of claim 3, wherein the additional evaluation reinforcing information includes information chosen from a set consisting of:

dotted notes, accidentals, ledger lines, beams, 8va-signs, repeats, directions, multiple clefs, multiple staves in a system, multiple systems, dynamics, tempo signs, wedges, ties, tuplets, standard and odd-meter time signatures, articulation, lead-sheet chord symbols, Roman numeral analysis, figured bass, annotated non-chord tones, and lyrics.

13. The method for reinforced programmed learning of claim 10, wherein the inserting note input further includes input forms chosen from a set consisting of:

given a pitch class and clef, writing a note in a given octave;

rewrite a given note in different clef;

rewriting notes using 8va sign;

given a set of notes, writing enharmonic equivalents;

writing in a given interval above or below a given note;

given a starting note and a sequence of intervals, writing in the pitches;

given an interval, writing in its inversion;

given an interval, write in the compound+octave;

reducing compound intervals;

Given random notes, ordering them in ascending/descending major/minor (natural/harmonic/melodic) scale;

given a key and a scale tone name, writing in the note;

entering a given scale with accidentals without the key signature;

writing in a given triad or seventh chord in root position or an inversion;

given Roman Numerals, writing in chord notes using the correct chord inversion;

given a scale degree, writing triads/seventh chords built on those tones;

given figured bass, writing in the chord notes and the lead sheet symbols; and

performing a speed test for triads.

14. The method for reinforced programmed learning of claim 3, wherein the additional evaluation reinforcing information includes a playback applied to scores arranged for substantially immediate connections between visual, aural, and symbolic stimuli the to at least one student.