TECHNOLOGY OF TRAINING DIALOGUES CONSTRUCTION IN COMPUTER TUTORIAL TRAINING SYSTEMS
Annotation
Using of finite automats with memory for construction of multistage training dialogues in systems of tutorial type is discussed. It allows to simplify essentially program algorithms, simulate training dialogue in a natural language, not imposing obvious restrictions on terminology and phraseology of the answer trained and to realize in training system flexible individualized training. The conclusion to the trainee of corresponding retorts or helps, in each of states of the finite automat, depending on the current value of the visiting counter of this states, promotes essential increase of intellectuality of dialogue.
Keywords
Постоянный URL
Articles in current issue
- SOLUTION OF THE PROBLEM OF NONLINEAR PARAMETRICAL IDENTIFICATION OF STOCHASTIC OBJECTS BASED ON THE MINIMUM CRITERION OF THE ESTIMATION ERROR PROBABILITY
- METHOD OF ADAPTIVE SCALAR QUANTIZATION IN LOSSY IMAGE COMPRESSION SCHEMES
- SPEECH COMMANDS AUTOMATIC RECOGNITION SYSTEM
- TRANSFORMATION OF SINGLY-CONNECTED BAYESIAN BELIEF NETWORKS INTO ALGEBRAIC BAYESIAN NETWORKS
- DYNAMIC SYSTEMS WITH VARIABLE STRUCTURE AND DIMENSION
- IMITATING MODELING AT RESEARCH OF TIME CHARACTERISTICS OF DISCRETE SYSTEMS
- OPTIMAL CONTROL OF WIND-DRIVEN POWERPLANT BY OSCILLATING MODE
- TECHNOLOGY OF TRAINING DIALOGUES CONSTRUCTION IN COMPUTER TUTORIAL TRAINING SYSTEMS
- INTEGRATION OF PRODUCT DATA MANAGEMENT SYSTEMS AND COMPUTER-AIDED DESIGN SYSTEMS: FROM PARTIAL SOLUTION TO GLOBAL STRATEGY
- DOPPLER SIGNALS SPECTRUM ANALYZER
- INFLUENCE OF TRANSPARENT MATERIAL ON OPTOELECTRIC SIGNAL IN NANOGRAPHITE FILMS
- PHOTO REGISTERING DEVICES FOR REPRODUCTION OF SPACE-METEOROLOGICAL SYSTEMS OF 3rd GENERATION
- CALCULATION AND RESEARCH OF DOUBLE-MIRROR COMPOSITION OF OPTICAL SISTEMS
- ABERRATIONAL PROPERTIES OF REFLECTING SURFACE OF THE SECOND ORDER
- ТЕХНОЛОГИЧЕСКИЕ ОСОБЕННОСТИ ВЫБОРА МАТЕРИАЛОВ И МЕТОДОВ НАПЫЛЕНИЯ УЗЛОВ ГИРОПРИБОРОВ
- TECHNOLOGICAL FEATURES OF CHOICE MATERIALS AND SPUTTERING METHODS FOR GYRO-DEVICES UNITS