SU842925A1 - Automated class for teaching and examining pupils - Google Patents

Description

(54) AUTOMATED CLASS FOR TRAINING AND CONTROL OF KNOWLEDGE TRAINING

I

The invention relates to automation and computing, in particular, to adaptive learning systems built on the basis of computing machines.

A computer class is known that contains a computer, a teacher’s console, trainees consoles, an access unit to the computational machine, an information receiving unit, a memory zone allocation unit, a memory unit, a priority access unit for a selected console, an information output unit, an electronic switchboard, a unit alarm generation unit, memory switching unit 1.

The well-known class does not allow to effectively and efficiently prepare operators for working on keyboard devices for some specialties without changing the method of their preparation.

Closest to the proposed is an automated class containing a computer connected to the registration unit, which is connected to the teacher’s console, to the electronic switchboard of the consoles, the input of which is connected to the output of the information output unit connected to the generation unit

alarms and to the memory zone switching unit, and the outputs of the electronic switch are connected to the learners' main consoles: to a memory unit connected to the output of the memory zone allocation unit and to the memory zone switching unit, to the priority access unit to the selected console connected with the memory zone switching unit and with the teacher’s console, the output of which is connected to the main and additional learning consoles and to the information distribution blocks for even and odd consoles, the inputs and outputs of which are connected with favoring even and odd remotes to receive information unit connected to the consoles and trainees entry rail unit memory areas, the second input of which is connected with the block referring to a computer which, in turn, connected to a digital computer .2.

This automated class provides high-quality training for telegraph specialists in training and control modes. However, it does not allow the training of radio telegraph technicians working on various key machines, for example, of the Morse code type.

The purpose of the invention is the expansion of didactic possibilities without changing the general algorithm of its operation.

This goal is achieved by the fact that in a well-known automated class, the sequentially connected program control unit, switchboard of the consoles, the first group of learners, the information receiving unit, the memory zone distribution unit, the memory unit, the memory zone switching unit, the learning unit information unit, an alarm unit, a teacher’s console and a priority unit, the second group of student consoles, the output of the priority unit is connected to the first input of the memory zone switching unit and the program control unit, the second input It is connected directly to the output of the memory unit, and the third input is through the driver of control signals to the first outputs of the first and second groups of control panels, the input of the block of distribution of memory zones is connected to the output of the driver of educational signals, the output of the unit for issuing training information with the input of the switch boards, the output of the software control unit through the registration unit is connected to the input of the teacher’s console, the first output of which is connected to the inputs of the learners of the second group, the second output - with the first the information distributor inputs, the second inputs of which are connected to the second outputs of the first and second group of student consoles, and the outputs are connected to the inputs of the first group of students, sequentially connected Morse code drivers, encoders, generators and coincidence blocks, whose inputs are connected to the outputs of the corresponding encoders, and the outputs with the corresponding inputs of the information receiving unit, information distributors, and the driver of control signals.

The drawing shows a block diagram of the proposed automated class of programmed training and control.

The automated class for teaching and controlling students' knowledge contains a teacher 1 console, the first consoles 2 students (type STA-2M), control signal generator 3, information receiving unit 4, memory zone allocation unit 5, memory block 6, priority block 7 (reference to the selected console), block 8 for issuing educational information, switch 9 of consoles, block 10 of program control, block 11 of alarm, block 12 of switching memory zones, block 13 of registering, distributors 14 and 16 of information (for odd and even consoles), block 16 match generator Ator 17 (special pulse bursts), encoder 18, Morse code sensor 19, second consoles 20 students.

Block 10 gives the addresses of generalizations (radiograms on the transfer of their text), informs the student whether he entered the text correctly

messages, indicates the type of errors made and the transfer of additional addresses of messages with regard to errors, provides individual work at a pace that is convenient for the learner, the necessary degree of adaptation to individual features

0 trainee, gives the results of the printing trainees for the teacher (c. Indicating the number and nature of errors). The work of the automated class for training and controlling students' knowledge is as follows.

From the console 1, the teacher sets the mode of operation of the trainees, the control mode, or the training mode.

In both modes of operation, transmitting (or receiving by ear) texts of radiograms, both:

The sender (for the sake of the telegraph operator) presses the corresponding keys on the sensor 19. The signal with the pressed key of the sensor IS goes to the encoder 18, which in this case generates a trigger signal to the generator 17 and allowing the potential signals to

 the corresponding inputs of block 16.

The start signal generator 17 generates a pulse pack of seven pulses to the pulse inputs of block 16. In accordance with the 18 potential resolving signals from the encoder,

the output of block 16 receives only those burst pulses that correspond to the code (type MTK-2) for the pressed key of sensor 19. The code of each key of sensor 19 from the output of block 16 through the information input

enters the consoles 2 or 20 and into block 4 and from there, through block 5, is entered into the memory zone registered behind the indicated learning console or sensor 19 in block 6.

Remote Readiness Alert 2

or block 16 enters block 3, which transfers block 10 to a subroutine for checking the transmitted text and, in addition, controls block 5, where it provides the connection of the memory selected for this learning zone in block 6.

In the control mode, unit 10, having received a readiness signal from the corresponding sensor 19, compares the content of the transmitted text received by the electric 7 with the standards stored in its operational memory, analyzes the nature and number of errors made and their correction by the student and gives this information in a formalized form block 13.

In the learning mode, block 10 issues the learner to the telegraph console of console 2

Claims (2)

necessary explanations or Sets the task of transferring additional texts. For this, unit 10, controlling the switch 9 of the consoles, connects its output register to the selected telegraph unit of the console 2. Thus, the automated class for training and monitoring students' trainees allows, without changing the general algorithm of class operation, in addition to the functions telegraph operators to carry out effective and high-quality control and training of radio telegraph operators, both in transmitting texts (radiograms) without using key sensors of the Morse code, and in receiving Hearing with recording of received texts via keypad printers in block 10. Formula of the invention Automated class for training and knowledge control of trainees, containing sequentially connected program control unit, switchboard of consoles, first group of learning consoles, information receiving unit, block of distribution of memory zones, unit memory, memory switching unit, educational information output unit, alarm unit, teacher’s console and priority unit, second group of learners, priority block output This is connected to the first inputs of the memory switching unit and the software control unit, the second input of which is connected directly to the output of the memory unit, and the third input through the driver of the control signals to the first outputs of the learners of the first n second groups, the input of the distribution unit of the memory zones ti is connected to the output of the control signal generator, the output of the educational information output unit is connected to the console switch input, the output of the program control unit through the registration unit is connected to the console input teacher, the first, the output of which is connected to the inputs of the learners of the second group, the second output - with the first inputs of information distributors, the second inputs of which are connected to the second outputs of the learners of the first and second groups, and the outputs to the inputs of the learners of the first group, characterized by that, in order to expand the didactic capabilities of a class, it contains sequentially connected Morse code drivers, encoders, generators and coincidence blocks whose inputs are connected to the outputs of the corresponding cipher tori, and outputs - to the corresponding inputs information receiving unit, and distributors of information shaper control signals. Sources of information taken into account during the examination 1. USSR author's certificate JVfo 478349, cl. G 09 B 7/02, 1975. 2. USSR author's certificate for application No. 2478393 / 18-24, cl. G 09B 7/07, 1977 (prototype).