| 摘要 |
A trained processor is described which operates beyond an untrained point. Information is stored in a memory array in a tree allocated file. Information is stored in the memory as key functions with associated trained responses. After the processor has been trained, it is able during an execution cycle to find and appropriate response for other key functions. These key functions are compared with the reference key functions stored in the memory array to find an appropriate trained response. During the execution cycle, there are some key functions for which there is no corresponding reference key function stored in the memory array and thereupon no appropriate trained response. These key functions for which no trained response is found are termed untrained points. Thereupon a key function which constitutes an untrained point is effectively compared with the reference key functions stored in the memory array to establish and store a difference function relative to each stored key function. Logic means then selects for the untrained point a trained response from those trained responses best satisfying a predetermined decision criteria. During the comparison operation, conditions are measured that indicate when key functions corresponding to a given group of trained responses cannot be an appropriate response for the untrained point in question. Logic means waive further examination of stored key functions, and thereby greatly expedite the efficiency of search.
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