Update Aug 4 2014
Connection words are in bold
Interference fixes
The instructions are in the deck. tag: "guide"
Acrostics have a particular advantage over other mnemonic methods. Memory connections for English, math, science, foreign languages, and other subjects can be created well in advance of learning the material. The process can be described as a sort of "pre-loading" of the material into memory. Anyone of reading age can utilize this advantage.
This system was created to replace traditional forms of memorization and fill in a number of missing elements in the memory recall process.
Identification
problem: The student remembers the formula/procedure/steps but does not remember its name or application.
solution: The topic ID is at the head of the acrostic. Here is an example.
Adding and subtracting terms- [for fractions- same denominator/for polynomials- same exponent and variable/for radicals- same index and radicand]
Verification
problem: The student remembers the formula/procedure/definition but is unsure of the accuracy of the recall.
solution: A weakened or an interference-ladened recall can be verified via interconnections to the retrieval cue, material, or the acrostic.
https://app.box.com/s/pl4um78mh83fu3awe05u
Categorization
problem: The student has forgotten that a formula/procedure/definition exists.
solution: The category lists are maintained in memory via the spaced repetition system.
problem: The student does not know what to do or where to begin solving the math problem.
solution: Parts of the math problem can be identified and matched to their category.
problem: The student creates his or her own rule or procedure thinking that the rule or procedure exists and is valid.
solution: Every action in the example has an ID and is maintained in memory by the spaced repetition system.
https://app.box.com/s/bwjp28e1fhtgdkgwxwba
Elaboration
problem: The student has partially or completely forgotten a formula/procedure/definition.
solution: The acrostic is interconnected with the material and is maintained in the spaced repetition system. The topic ID and subcategories are used as retrieval cues to help recall the acrostic and the material. Here is an example.
(The connection words TF are in bold)
A S T [ F... P... R... ]
Adding and subtracting terms- [for fractions- same denominator/for polynomials- same exponent and variable/for radicals- same index and radicand]
Assisted initial repetition
problem: New material requires a large amount of initial drill.
solution: For new material, the acrostic letters and knowledge of the material are used to assist the initial recall of new material.
https://app.box.com/s/lbj100es51k3xyjl9z3a
An example of the process
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3 on the answer button graph is the number of retrieval cue successes.
2 on the answer button graph is the number of retrieval cue failures.
Learning stage
https://app.box.com/s/z4qpxkbm613vpkz5gay6
https://app.box.com/s/cgptckx0pscitc4hwzra
Over-learning stage (Workload starts to decrease)
In this stage, over-learning and the spacing effect pushes the cards into maturity.
[35]
https://app.box.com/s/y1kjplpcqi8ycfqtpdj9
[10]
https://app.box.com/s/rjjfe82mw24q4dhvmsqo
Majority mature stage (Workload decreases to very small numbers)
You should wait until the cards have reached this stage before you use the system for a test. You should also be able to recall the category lists.
[8]
https://app.box.com/s/vueim50ed1yixfnc4srr
[5]
https://app.box.com/s/btgrtz2ejenfynxky91p
Here are scans of my preparation for two tests.
https://app.box.com/s/lxptpdx6n4c3infrbf5d
https://app.box.com/s/15wkd4fkit004yqsvr36