CN108985985B - Artificial intelligence robot technology level examination system and examination method - Google Patents
Artificial intelligence robot technology level examination system and examination method Download PDFInfo
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- CN108985985B CN108985985B CN201810725191.6A CN201810725191A CN108985985B CN 108985985 B CN108985985 B CN 108985985B CN 201810725191 A CN201810725191 A CN 201810725191A CN 108985985 B CN108985985 B CN 108985985B
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
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- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B7/00—Electrically-operated teaching apparatus or devices working with questions and answers
- G09B7/02—Electrically-operated teaching apparatus or devices working with questions and answers of the type wherein the student is expected to construct an answer to the question which is presented or wherein the machine gives an answer to the question presented by a student
Abstract
The invention discloses an artificial intelligence robot technology level examination system and an examination method, wherein the system comprises: the robot technical level examination server provides database service for the robot technical level examination; the robot technical level examination client is terminal equipment for performing robot technical level examination for examinees taking the examination; the invention provides examination questions, examinee information and examination judgment functions through the robot technology level examination server, and the robot technology level examination client accesses the robot technology level examination server to obtain the examination questions and perform examination through the robot technology level examination client, so that the full automation of the examination is realized, manual intervention and manual judgment are not needed, the fairness and the openness of the examination are ensured, meanwhile, the human resource cost is reduced, and the organization of the examination is simpler and more efficient.
Description
Technical Field
The invention relates to the technical field of examination systems, in particular to an artificial intelligence robot technical grade examination system and an artificial intelligence robot technical grade examination method.
Background
With the popularization of the robot technology, more and more teenagers begin to deeply learn and understand the robot technology, and because the learning of the robot technology by the teenagers does not reach the corresponding professional level yet, the examination on the technical grade of the adult robot in the prior art is not suitable for the requirement of the examination on the professional skill of the robot of the teenagers, in particular, the setting, the examination purpose and the requirement of examination contents, the examination organization method and the like are not suitable for the examination on the technical grade of the robot of the teenagers, the examination on the technical grade of the robot in the prior art has too many examination and judgment human factors, is not beneficial to the grasp of the examination standard, the examination condition setting cannot be completely consistent, and the examination on the technical grade of the robot of the teenagers appears to be somewhat unfair.
Accordingly, there is a need in the art for improvements.
Disclosure of Invention
The embodiment of the invention aims to solve the technical problem that: the technical grade examination system and the examination method of the artificial intelligent robot can perform the technical grade examination, the capability test and the emotion test of the robot on teenagers and comprehensively detect the robot technical mastering capability of the teenagers.
According to an aspect of an embodiment of the present invention, there is provided an artificial intelligence robot technology level examination system including:
the method comprises the following steps: the robot comprises a robot technology level test module, a capability test module and an emotion test module;
the robot technology level examination module comprises a robot technology level examination server, a robot technology level examination client and a data transmission network;
the robot technology level examination server provides database service for robot technology level examination, and the method comprises the following steps: an examinee information database, an examination question information database and an examination judging system;
the robot technical level examination client side is terminal equipment for executing a robot technical level examination for examinees taking the examination, and when the robot technical level examination client side is started, the robot technical level examination client side accesses a robot technical level examination server and establishes data transmission;
the data transmission network is connected with the robot technology level examination server and the robot technology level examination client and is used for guaranteeing data transmission between the robot technology level examination server and the robot technology level examination client;
the capability test module comprises a display screen, a camera, a microprocessor and an editor, the microprocessor is connected with the display screen, the camera and the editor, an image processing system is arranged in the microprocessor, the editor edits the pattern of the camera through the image processing system and displays the pattern through the display screen, and the microprocessor is connected with the examination evaluation system through the data transmission network;
the emotion testing module comprises an information recording end, a content storage end and an information processing end; the information recording end, the content storage end and the information processing end are communicated with each other, the information processing end is connected with the examination evaluation system through the data transmission network, in emotion testing, an examinee answers an examination question given by the content storage end, an evaluation guide evaluates the answer of the examinee according to the examination answer recorded by the content storage end, the evaluation guide transmits the evaluation result to the content storage end through the information recording end, and the content storage end integrates the examination result of the examinee and transmits the integrated information to the information processing end;
in another embodiment of the system for examination based on the technical grade of the artificial intelligent robot, the examinee information database includes:
examinee identity identification information, examinee identity information, examinee learning information, examinee examination grade information, examinee registration information and examinee examination room information;
the examinee identity identification information comprises an examinee identity identification password and an examinee identity identification password;
the identity information of the examinees comprises the names, ages, birth dates, nationalities, native place, address information and contact ways of the examinees;
the camera acquires image model information and transmits the image model information to the microprocessor for storage, the display screen can selectively display images in the microprocessor, and examinees can edit the images through the editor; the microprocessor judges the patterns edited by the examinees and transmits the scores of the examinees to the examination judging system through the data transmission network;
the information input end comprises an input module, the input module is connected with the content storage end, the content storage end comprises the grades of the examinees, the names of the examinees, the subjects of the examinations, the scores of the examinees, the examination contents and the grading standards, the scores of the examinees are recorded in the content storage end through the input module, the content storage end is connected with the information processing end, and the information processing end transmits the scores of the examinees to the examination evaluation system;
the technical grade examination system of the artificial intelligent robot comprises an artificial intelligent robot technical trainer, a visitor creating trainer, a team trainer, a robot technical evaluator, a computer science and technology evaluator, wherein the artificial intelligent robot technical trainer comprises a child robot technical trainer, a primary robot technical trainer, a middle robot technical trainer and a high-grade robot technical trainer; the examination and evaluation of the creator-guest instructor comprise a child creator-guest instructor, a primary creator-guest instructor, a middle-level creator-guest instructor and a high-level creator-guest instructor; the staff guide assessment comprises baby staff, primary staff, intermediate staff and advanced staff; the computer science and technology appraisal comprises a primary computer science and technology technician, a middle computer science and technology technician and a high computer science and technology technician; the technical assessment of artificial intelligence robot assessor includes elementary robot assessor, middle-level robot assessor and senior robot assessor, the information of microprocessor transmission corresponds the technical training of robot, creates the guest instructor, team instructor, computer science and technical technician, the technical assessment of robot assessor and assessor, the information of information processing end transmission corresponds team instructor and assesses.
The ability evaluation module corresponds to the evaluation of the creator and the instructor, the emotion test module corresponds to the evaluation of the team instructor, and different grades correspond to different evaluation levels of the creator and the instructor and different evaluation levels of the team.
The camera acquires image model information and transmits the image model information to the microprocessor for storage, the display screen can selectively display images in the microprocessor, and examinees can edit the images through the editor;
furthermore, the microprocessor divides the image collected by the camera into blocks, the examinee splices the image displayed by the display screen through the editor, and the microprocessor detects the spliced pattern;
furthermore, the artificial intelligence robot technical grade examination system has the function of matching and storing the information of the examinees, different examination questions are configured in the examination system according to corresponding skill grades, different examination questions are provided for the examinees according to the grades selected by the examinees to take the examinations, an examination evaluation system in the artificial intelligence robot technical grade examination system compares the answers of the examinees with the standard answers to determine the grades of the examinees, the examination evaluation system calls the information of the examinees and the grades of the examination of the examinees to generate a grade recording table, the grade recording table corresponds to the grade standards in the examination evaluation system, and finally grade information of the examinees and the machine grade technical examination is output, and artificial intelligence serves as a technical basis.
The examinee learning information comprises an examinee academic hierarchy and a grade level;
the examination grade information of the examinees comprises examination grades and examination categories of the examinees;
the examinee registration information comprises registration time, registration place, registration state and registration payment state of the examinee;
the examination room information of the examinees comprises examination points, examination rooms, examination places, examination time, examination room contacts and contact ways of the examinees.
In another embodiment of the examination system based on the technical grade of the artificial intelligent robot, the examination question information database is a three-level database list, and includes: the examination grade list, the examination question category list and the examination question list;
the examination grade list is list information of computer examination grades, and comprises the following steps: basic level one, basic level two, basic level three, basic level four, basic level five, professional level one, professional level two, professional level three, professional level four, professional level five, assistant robot designer;
the test question category list is a test question type list under an examination grade list of the robot technical grade examination, and comprises a plurality of test question types;
the examination question list is an examination question list under an examination question category list of a robot technical level examination, and a plurality of examination questions are arranged under each examination question category list.
In another embodiment of the examination system based on the technical grade of the artificial intelligent robot, the examination evaluation system includes:
a standard answer database, an automatic judging system and an examination score list;
the standard answer database corresponds to the test questions in the test question information database one by one, and each test question in the test question information database is mapped to the standard answer of the test question in the standard answer database;
the automatic judging system automatically searches standard answer information mapped by the test questions according to the received test question information submitted by the examinees and the answer information of the examinees, compares the standard answer data information with the answer information of the examinees, and judges scores according to a set rule;
the examination result list is list information of the automatic judging system to the examination results of the examinees, comprises the identification information of the examinees and the examination results, and establishes mapping with the judging data of the automatic judging system of the examinees.
In another embodiment of the artificial intelligence robot technology level examination system, the robot technology level examination client includes:
the system comprises an examinee information input system, an examinee examination question extraction system, an examination paper generation system, an examination submission system and a display system;
when an examinee opens a robot technical grade examination client, the system firstly enters an examinee information input system, when examinee input examinee identity identification information and password information are correct, the system enters an examinee examination question extraction system, the system automatically extracts examination questions from an examination question information database according to set conditions, the system enters an examination paper generation system, the examinee answers the examination papers in the examination paper generation system, and the examination paper submission system enters after the examination paper generation system finishes examinee confirmation submission;
the display system displays examinee input interface information of the examinee information input system, examination question information of the examinee examination question extraction system, examination interface information of the examination system and submission window information of the examination submission system.
In another embodiment of the system for examination based on the technical grade of the artificial intelligent robot, the system for inputting the information of the examinee comprises: the system comprises an examinee identity recognition password input module, a password module, a confirmation module and a recognition judgment module;
the examinee identity recognition password input module is used for inputting identity recognition information of the examinee;
the password module is used for inputting password information corresponding to the examinee identity recognition password input module;
the confirmation module is used for submitting the examinee identity identification information and the password information input by the examinee and sending the examinee identity identification information and the password information to the examinee information database;
the identification judgment module is used for comparing the identity identification information and the password of the examinee input by the examinee with the identity identification password and the identity identification password of the examinee stored in the examinee information database, judging whether the identity identification password and the identity identification password of the examinee are consistent, if so, judging that the information of the examinee is correct, entering the next system, if not, prompting the examinee to input incorrect information, prompting the examinee to input the identity identification information and the password information of the examinee again, and when the number of times of inconsistency reaches a set threshold value, automatically locking the identity identification information input system of the examinee.
In another embodiment of the system for examination based on the technical grade of the artificial intelligent robot, the system for extracting examination questions of examinees comprises: the test question selecting module and the test question generating module;
the test question selection module extracts test questions of corresponding types from the test question information database according to the technical grade test standard of the robot and sends the extracted test questions to the test question generation module;
the test question generating module sorts the extracted test questions according to set rules and displays the generated test questions on a display system of the robot technical level examination client.
On the basis of another aspect of the embodiment of the invention, the invention discloses an artificial intelligence robot technology level examination method, which comprises the following steps:
the robot technical grade examination client operates, is connected with the robot technical grade examination server through a data transmission network, and establishes communication between the robot technical grade examination client and the robot technical grade examination server;
an examinee inputs examinee identity identification information and password information of the examinee through a robot technical level examination client and submits the examinee identity identification information and the password information to a robot technical level examination server;
the robot technical grade examination server checks whether the identity information of the examinees is consistent;
if the identity information is inconsistent with the password information, sending an identification error prompt, and prompting the examinee to re-input the examinee identity identification information and the password information;
if the answer is consistent, automatically extracting examination questions according to examination grade information of the examinees in the examinee information database, and generating examination papers;
the examinee answers the questions through the robot technical level examination client side, and submits the test paper after answering;
the robot technical level examination client packs examination paper information and answer information of examinees and sends the information to the robot technical level examination server;
the robot technical level examination server receives an examinee examination data packet, and automatically judges an examination paper through an examination judging system to generate an examination score;
the robot technical level examination server establishes mapping between an examinee information database and an examinee examination data packet and examinee examination scores.
In another embodiment of the artificial intelligence robot technology level examination method, the checking by the robot technology level examination server whether the identity information of the examinees is consistent includes:
examinees input examinee identity identification information and password information of the examinees through a robot technical level examination client, and confirm to submit the robot technical level examination server;
the robot technology level examination server reads the stored examinee identity identification information and compares whether the examinee identity identification information input by the examinee is consistent with the password information;
if the comparison information is consistent, entering an examinee test question extraction system;
if the comparison information is inconsistent, prompting the examinee that the identity identification information is input incorrectly and needs to be input again;
if the number of times of errors of identity recognition information input by the examinee exceeds a set threshold value, the system prompts the examinee that the number of times of errors of input exceeds the set threshold value, the examinee cannot enter the examination question extraction system, the examinee information input system is automatically locked, and after the examinee information input system is automatically locked, the locking is released by the administrator system.
In another embodiment of the method for examination based on the technical grade of the artificial intelligent robot, the automatically extracting examination questions according to the examination grade information of the examinees in the examinee information database and generating examination papers includes:
searching examinee examination grade information in an examinee information database, and searching an examination grade list according to the examinee examination grade information, wherein the examinee examination grade information comprises: basic level one, basic level two, basic level three, basic level four, basic level five, professional level one, professional level two, professional level three, professional level four, professional level five, assistant robot designer;
selecting a test question category list under the test grade list according to the set test question type;
selecting examination question list information under a set examination type list according to the number of the set examination questions, and selecting the set number of examination questions;
submitting the extracted examination questions to an examination paper generation system to generate an examination question list of the examination papers;
searching standard answers corresponding to the extracted examination questions from a standard answer database, generating a standard answer list, and finishing the examination by examinees only by target examination;
testing the ability of examinees:
the examinee opens the display screen;
the examinees select corresponding question difficulty levels through the display screen, the examiners can enter questions before the examinee tests, the questions of each examinee are different, the confidentiality of the questions is guaranteed, and the test accuracy is guaranteed;
the microprocessor transmits the questions to the display screen, and the examinee edits the images in the display screen through the editor;
the microprocessor identifies the edited image and transmits the score of the examinee to the examination judging system through the data transmission network; the examination evaluation system comprises a robot technical evaluator, compares the scores of the examinees with the evaluation grade standard of the robot technical evaluator, and different scores correspond to different evaluation grades of the robot technical evaluator.
In the emotion test, an examinee answers an examination question given by a content storage terminal, a review guide evaluates the answer of the examinee according to the examination answer recorded by the content storage terminal, the review guide transmits the evaluation result to the content storage terminal through an information recording terminal, the content storage terminal integrates the examination result of the examinee and transmits the integrated information to an information processing terminal, the information processing terminal transmits the examination result to an examination evaluation system, and different grades correspond to different grades of the examinee.
Compared with the prior art, the invention has the following advantages:
based on the artificial intelligence robot technology level examination system and the examination method provided by the embodiment of the invention, the robot technology level examination server provides examination questions, examinee information and examination judgment functions, and the robot technology level examination client accesses the robot technology level examination server to obtain the examination questions and perform examination, so that the complete automation of the robot technology level examination of teenagers can be realized, manual intervention and manual judgment are not needed, the fairness and the openness of the examination are ensured, meanwhile, the human resource cost is reduced, and the organization of the examination is simpler and more efficient.
The emotion testing module takes a review guide as a reviewer, the review guide gives an evaluation result according to the performance of the examinee, the examination result is input into the content storage end through the information input end, and the emotion testing module can be used for counting a large number of emotion examination scores of the examinee.
The ability testing module can effectively improve the logical thinking ability of the examinee and improve the comprehensive ability of the examinee.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description, serve to explain the principles of the invention.
The invention will be more clearly understood from the following detailed description, taken with reference to the accompanying drawings, in which:
FIG. 1 is a schematic structural diagram of an embodiment of an artificial intelligence robotic skill level examination system of the present invention;
FIG. 2 is a flow chart of one embodiment of an artificial intelligence robot skill level testing method of the present invention;
FIG. 3 is a flow chart of another embodiment of an artificial intelligence robotic skill level examination method of the present invention;
FIG. 4 is a flow chart of yet another embodiment of the artificial intelligence robot skill level examination method of the present invention;
FIG. 5 is a flow chart of an artificial intelligence robot skill level examination system capability testing module;
FIG. 6 is a flow chart of an emotion testing module of the artificial intelligence robot technology level examination system.
In the figure: the system comprises a robot technology level test server 1, a robot technology level test client 2 and a data transmission network 3.
Detailed Description
Various exemplary embodiments of the present invention will now be described in detail with reference to the accompanying drawings. It should be noted that: the relative arrangement of the components and steps, the numerical expressions and numerical values set forth in these embodiments do not limit the scope of the present invention unless specifically stated otherwise.
Meanwhile, it should be understood that the sizes of the respective portions shown in the drawings are not drawn in an actual proportional relationship for the convenience of description.
The following description of at least one exemplary embodiment is merely illustrative in nature and is in no way intended to limit the invention, its application, or uses.
Techniques and apparatus known to those of ordinary skill in the relevant art may not be discussed in detail, but are intended to be considered a part of the specification where appropriate.
It should be noted that: like reference numbers and letters refer to like items in the following figures, and thus, once an item is defined in one figure, further discussion thereof is not required in subsequent figures.
Fig. 1 is a schematic structural diagram of an embodiment of an artificial intelligence robot skill level examination system according to the present invention, and referring to fig. 1, with reference to fig. 2, fig. 3, fig. 4, fig. 5, and fig. 6, the artificial intelligence robot skill level examination system of the embodiment includes:
technical grade of robot examination server 1, technical grade of robot examination server 1 provides database service for the technical grade of robot examination, includes: an examinee information database, an examination question information database and an examination judging system;
the technical grade examination system comprises a robot technical grade examination client-side 2, wherein the robot technical grade examination client-side 2 is terminal equipment for conducting a technical grade examination for an examinee taking an examination, and when the robot technical grade examination client-side is started, the robot technical grade examination client-side 2 accesses a robot technical grade examination server 1 and establishes data transmission; the examinee realizes the examination through the robot level examination client 2, the examination mode can adopt a remote examination mode, and when the robot level examination client 2 accesses the robot level examination server 1, the examination can be performed if the robot level examination server 1 establishes an examination service.
And the data transmission network 3 is connected with the robot technical level examination server 1 and the robot technical level examination client 2 and is used for ensuring data transmission between the robot technical level examination server 1 and the robot technical level examination client 2.
The examinee information database includes:
examinee identity identification information, examinee identity information, examinee learning information, examinee examination grade information, examinee registration information and examinee examination room information;
the examinee identity identification information comprises an examinee identity identification password and an examinee identity identification password;
the identity information of the examinees comprises the names, ages, birth dates, nationalities, native place, address information and contact ways of the examinees;
the examinee learning information comprises an examinee academic hierarchy and a grade level;
the examination grade information of the examinees comprises examination grades and examination categories of the examinees;
the examinee registration information comprises registration time, registration place, registration state and registration payment state of the examinee;
the examination room information of the examinees comprises examination points, examination rooms, examination places, examination time, examination room contacts and contact ways of the examinees.
The test question information database is a three-level database list and comprises the following steps: the examination grade list, the examination question category list and the examination question list;
the test level list is list information of computer test levels, and the test level list comprises: basic level one, basic level two, basic level three, basic level four, basic level five, professional level one, professional level two, professional level three, professional level four, professional level five, assistant robot designer;
the test question category list is a test question type list under an examination grade list of the robot technical grade examination, and comprises a plurality of test question types;
the examination question list is an examination question list under an examination question category list of a robot technical level examination, and a plurality of examination questions are arranged under each examination question category list.
The test evaluation system includes:
a standard answer database, an automatic judging system and an examination score list;
the standard answer database corresponds to the test questions in the test question information database one by one, and each test question in the test question information database is mapped to the standard answer of the test question in the standard answer database;
the automatic judging system automatically searches standard answer information mapped by the test questions according to the received test question information submitted by the examinees and the answer information of the examinees, compares the standard answer data information with the answer information of the examinees, and judges scores according to a set rule;
the examination result list is list information of the automatic judging system to the examination results of the examinees, comprises the identification information of the examinees and the examination results, and establishes mapping with the judging data of the automatic judging system of the examinees.
The robot technology level test client 2 includes:
the system comprises an examinee information input system, an examinee examination question extraction system, an examination paper generation system, an examination submission system and a display system;
when an examinee opens a robot technical grade examination client, the system firstly enters an examinee information input system, when examinee input examinee identity identification information and password information are correct, the system enters an examinee examination question extraction system, the system automatically extracts examination questions from an examination question information database according to set conditions, the system enters an examination paper generation system, the examinee answers the examination papers in the examination paper generation system, and the examination paper submission system enters after the examination paper generation system finishes examinee confirmation submission;
the display system displays examinee input interface information of the examinee information input system, examination question information of the examinee examination question extraction system, examination interface information of the examination system and submission window information of the examination submission system.
The examinee information entry system includes: the system comprises an examinee identity recognition password input module, a password module, a confirmation module and a recognition judgment module;
the examinee identity recognition password input module is used for inputting identity recognition information of the examinee;
the password module is used for inputting password information corresponding to the examinee identity recognition password input module;
the confirmation module is used for submitting the examinee identity identification information and the password information input by the examinee and sending the examinee identity identification information and the password information to the examinee information database;
the identification judgment module is used for comparing the identity identification information and the password of the examinee input by the examinee with the identity identification password and the identity identification password of the examinee stored in the examinee information database, judging whether the identity identification password and the identity identification password of the examinee are consistent, if so, judging that the information of the examinee is correct, entering the next system, if not, prompting the examinee to input incorrect information, prompting the examinee to input the identity identification information and the password information of the examinee again, and when the number of times of inconsistency reaches a set threshold value, automatically locking the identity identification information input system of the examinee.
The examinee test question extraction system comprises: the test question selecting module and the test question generating module;
the test question selection module extracts test questions of corresponding types from the test question information database according to the technical grade test standard of the robot and sends the extracted test questions to the test question generation module;
the test question generating module sorts the extracted test questions according to set rules and displays the generated test questions on a display system of the robot technical level examination client.
Fig. 2 is a flowchart of an embodiment of an artificial intelligence robot technology level examination method of the present invention, as shown in fig. 2, the artificial intelligence robot technology level examination method including:
10, the robot technical level test client 2 operates, is connected with the robot technical level test server 1 through a data transmission network 3, and establishes communication between the robot technical level test client 2 and the robot technical level test server 1;
20, the examinee inputs the examinee identity identification information and password information of the examinee through the robot technical level examination client 2 and submits the information to the robot technical level examination server 1;
30, the robot technology level examination server 1 checks whether the identity information of the examinees is consistent;
40, if the identification information is inconsistent with the password information, sending an identification error prompt, and prompting the examinee to input the examinee identity identification information and the password information again;
50, if the test paper is consistent with the examination paper, automatically extracting examination questions according to examination grade information of the examinees in the examinee information database, and generating examination papers;
60, the examinee answers the questions through the robot technical level examination client 2, and submits the test paper after answering;
70, packaging the examination paper information and the answer information of the examinee by the robot technical level examination client 2, and sending the information to the robot technical level examination server 1;
80, the robot technical level examination server 1 receives an examinee examination data packet, automatically judges an examination paper through an examination judging system and generates an examination score;
and 90, the robot technical level examination server 1 establishes mapping between an examinee information database and an examinee examination data packet and examinee examination scores.
Fig. 3 is a flowchart of another embodiment of the artificial intelligence robot skill level examination method of the present invention, and as shown in fig. 3, the checking whether the examinee identity information is consistent by the robot skill level examination server 1 includes:
101, an examinee inputs examinee identity identification information and password information of the examinee through a robot technical level examination client 2 and confirms to submit the examinee identity identification information and the password information to a robot technical level examination server 1;
102, the robot technology level examination server 1 reads the stored examinee identity identification information and compares whether the examinee identity identification information input by the examinee is consistent with the password information;
103, if the comparison information is consistent, entering an examinee test question extraction system;
104, if the comparison information is inconsistent, prompting the examinee that the identity identification information is input incorrectly and needs to be input again;
105, if the number of times of errors of identity identification information input by the examinee exceeds a set threshold, the system prompts the examinee that the number of times of errors input by the examinee exceeds the set threshold, the examinee cannot enter the examination question extraction system, the examinee information input system is automatically locked, and after the examinee information input system is automatically locked, the locking is released by the administrator system.
Fig. 4 is a flowchart illustrating a method for performing an artificial intelligence robot technology level examination according to still another embodiment of the present invention, wherein the automatically extracting examination questions according to examination level information of an examinee in an examinee information database and generating examination papers, as shown in fig. 4, comprises:
searching examinee examination grade information in an examinee information database, and searching an examination grade list according to the examinee examination grade information, wherein the examinee examination grade information comprises: basic level one, basic level two, basic level three, basic level four, basic level five, professional level one, professional level two, professional level three, professional level four, professional level five, assistant robot designer;
202, selecting a test question category list under the test grade list according to the set test question type;
203, selecting examination question list information under a set examination type list according to the number of the set examination questions, and selecting the set number of examination questions;
204, submitting the extracted examination questions to an examination paper generation system to generate an examination question list of the examination papers;
and 205, searching the standard answers corresponding to the extracted examination questions from the standard answer database, and generating a standard answer list.
The flow charts of the emotion testing module and the capability testing module of the artificial intelligence robot technical level examination system are shown in fig. 5 and 6.
Testing the ability of examinees:
the examinee opens the display screen;
the examinees select corresponding question difficulty levels through the display screen, the examiners can enter questions before the examinee tests, the questions of each examinee are different, the confidentiality of the questions is guaranteed, and the test accuracy is guaranteed;
the microprocessor transmits the questions to the display screen, and the examinee edits the images in the display screen through the editor;
the microprocessor identifies the edited image and transmits the score of the examinee to the examination judging system through the data transmission network; the examination evaluation system comprises a client-initiating guide for evaluation, the examination evaluation system compares the scores of the examinees with the client-initiating evaluation grade standard, and different scores correspond to different client-initiating guide evaluation grades;
and (3) emotion testing:
in the emotion test, an examinee answers an examination question given by a content storage terminal, an assessment and evaluation worker evaluates the answer of the examinee according to the examination answer recorded by the content storage terminal, the assessment and evaluation worker transmits the assessment result to the content storage terminal through an information recording terminal, the content storage terminal integrates the examination result of the examinee and transmits the integrated information to an information processing terminal, the information processing terminal transmits the examination result to an examination evaluation system, and different grades correspond to different assessment and evaluation levels of the assessment worker.
The examination evaluation system comprises an artificial intelligent robot technology trainer, a client-creating instructor, a team instructor, a robot technology assessment instructor, a computer science and technology assessment, wherein the artificial intelligent robot technology trainer comprises a child robot technology trainer, a primary robot technology trainer, a middle robot technology trainer and a high-grade robot technology trainer; the examination and evaluation of the creator-client guide comprises a child creator-client guide, a primary creator-client guide, a middle-level creator-client guide and a high-level creator-client guide; the team teacher appraisal comprises infant team teachers, primary team teachers, intermediate team teachers and advanced team teachers; the computer science and technology appraisal comprises a primary computer science and technology technician, a middle computer science and technology technician and a high computer science and technology technician; the evaluation of the artificial intelligent robot technical assessor comprises a primary robot technical assessor, a middle-level robot technical assessor and a high-level robot technical assessor, wherein information transmitted by the microprocessor corresponds to a robot technical trainer, a creator tutor, a team tutor, a computer science and technology technician and the robot technical assessor, and information transmitted by the information processing terminal corresponds to the team tutor;
the robot technology level examination system is provided with an examinee information database, examinee information is input into the robot technology level examination system, matching the examinees with test questions of corresponding grades according to the input examinee information test question information database, answering the examinees in the robot technical grade examination system, storing standard answers corresponding to the test questions in the examination evaluation system, the examination information of the examinees is corresponding to the evaluation grade of the artificial intelligent robot technical trainer, the creator guide teacher and the team guide teacher, the robot technical assessor and the computer science and technology in the evaluation system through the evaluation system, and generates an examination result list, the examination judging system arranges the technical grade examination results, the ability test results and the emotion test results of the robot, and the grades of the examinees are corresponding to the grades in the examination judging system, and the examination judging system corresponds to the grades reached by the examinees according to the information of the grades of the examinees.
In the present specification, the embodiments are described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same or similar parts in the embodiments are referred to each other.
The description of the present invention has been presented for purposes of illustration and description, and is not intended to be exhaustive or limited to the invention in the form disclosed. Many modifications and variations will be apparent to practitioners skilled in this art. The embodiment was chosen and described in order to best explain the principles of the invention and the practical application, and to enable others of ordinary skill in the art to understand the invention for various embodiments with various modifications as are suited to the particular use contemplated.
Claims (7)
1. An artificial intelligence robot technology level examination system, comprising: the robot comprises a robot technology level test module, a capability test module and an emotion test module;
the robot technology level examination module comprises a robot technology level examination server, a robot technology level examination client and a data transmission network;
the robot technology level examination server provides database service for robot technology level examination, and the method comprises the following steps: an examinee information database, an examination question information database and an examination judging system;
the robot technical level examination client side is terminal equipment for executing a robot technical level examination for examinees taking the examination, and when the robot technical level examination client side is started, the robot technical level examination client side accesses a robot technical level examination server and establishes data transmission;
the data transmission network is connected with the robot technology level examination server and the robot technology level examination client and is used for guaranteeing data transmission between the robot technology level examination server and the robot technology level examination client;
the capability test module comprises a display screen, a camera, a microprocessor and an editor, the microprocessor is connected with the display screen, the camera and the editor, an image processing system is arranged in the microprocessor, the editor edits the pattern of the camera through the image processing system and displays the pattern through the display screen, and the microprocessor is connected with the examination evaluation system through the data transmission network;
the emotion testing module comprises an information recording end, a content storage end and an information processing end; the information recording end, the content storage end and the information processing end are communicated with each other, and the information processing end is connected with the examination evaluation system through the data transmission network.
2. The artificial intelligence robotic skill level examination system of claim 1, wherein the examinee information database comprises:
examinee identity identification information, examinee identity information, examinee learning information, examinee examination grade information, examinee registration information and examinee examination room information;
the examinee identity identification information comprises an examinee identity identification password and an examinee identity identification password;
the identity information of the examinees comprises the names, ages, birth dates, nationalities, native place, address information and contact ways of the examinees;
the examinee learning information comprises an examinee academic hierarchy and a grade level;
the examination grade information of the examinees comprises examination grades and examination categories of the examinees;
the examinee registration information comprises registration time, registration place, registration state and registration payment state of the examinee;
the examination room information of the examinees comprises examination points, examination rooms, examination places, examination time, examination room contacts and contact ways of the examinees;
the camera acquires image model information and transmits the image model information to the microprocessor for storage, the display screen can selectively display images in the microprocessor, and examinees can edit the images through the editor; the microprocessor judges the patterns edited by the examinees and transmits the scores of the examinees to the examination judging system through the data transmission network;
the information input end comprises an input module, the input module is connected with the content storage end, the content storage end comprises the grades of the examinees, the names of the examinees, the subjects of the examinations, the scores of the examinees, the examination contents and the grading standards, the scores of the examinees are recorded in the content storage end through the input module, the content storage end is connected with the information processing end, and the information processing end transmits the scores of the examinees to the examination evaluation system;
the artificial intelligent robot technology level examination system further comprises an artificial intelligent robot technology trainer, a visitor creating trainer, a team leader, a robot technology evaluator, a computer science and technology evaluation, wherein the artificial intelligent robot technology trainer comprises a child robot technology trainer, a primary robot technology trainer, a middle robot technology trainer and a high-grade robot technology trainer; the examination and evaluation of the creator-guest instructor comprise a child creator-guest instructor, a primary creator-guest instructor, a middle-level creator-guest instructor and a high-level creator-guest instructor; the staff guide assessment comprises baby staff, primary staff, intermediate staff and advanced staff; the computer science and technology appraisal comprises a primary computer science and technology technician, a middle computer science and technology technician and a high computer science and technology technician; the technical assessment of artificial intelligence robot assessor includes elementary robot assessor, middle-level robot assessor and senior robot assessor, the information of microprocessor transmission corresponds the technical training of robot, creates the guest instructor, team instructor, computer science and technical technician, the technical assessment of robot assessor and assessor, the information of information processing end transmission corresponds team instructor and assesses.
3. The artificial intelligence robot skill level examination system of claim 1, wherein the test question information database is a tertiary database listing comprising: the examination grade list, the examination question category list and the examination question list;
the examination grade list is list information of computer examination grades, and comprises the following steps: basic level one, basic level two, basic level three, basic level four, basic level five, professional level one, professional level two, professional level three, professional level four, professional level five, assistant robot designer;
the test question type list is a test question type list under the test grade list of the robot technical grade test, and the test question type list comprises a plurality of test question types;
the examination question list is an examination question list under an examination question category list of a robot technical level examination, and a plurality of examination questions are arranged under each examination question category list.
4. The artificial intelligence robotic skill level examination system of claim 1, wherein the examination assessment system comprises:
a standard answer database, an automatic judging system and an examination score list;
the standard answer database corresponds to the test questions in the test question information database one by one, and each test question in the test question information database is mapped to the standard answer of the test question in the standard answer database;
the automatic judging system automatically searches standard answer information mapped by the test questions according to the received test question information submitted by the examinees and the answer information of the examinees, compares the standard answer data information with the answer information of the examinees, and judges scores according to a set rule;
the examination result list is list information of the automatic judging system to the examination results of the examinees, comprises the identification information of the examinees and the examination results, and establishes mapping with the judging data of the automatic judging system of the examinees.
5. The artificial intelligence robotic skill level exam system of claim 1, wherein the robotic skill level exam client comprises:
the system comprises an examinee information input system, an examinee examination question extraction system, an examination paper generation system, an examination submission system and a display system;
when an examinee opens a robot technical grade examination client, the system firstly enters an examinee information input system, when examinee input examinee identity identification information and password information are correct, the system enters an examinee examination question extraction system, the system automatically extracts examination questions from an examination question information database according to set conditions, the system enters an examination paper generation system, the examinee answers the examination papers in the examination paper generation system, and the examination paper submission system enters after the examination paper generation system finishes examinee confirmation submission;
the display system displays examinee input interface information of the examinee information input system, examination question information of the examinee examination question extraction system, examination interface information of the examination system and submission window information of the examination submission system.
6. The artificial intelligence robotic skill level examination system of claim 5, wherein the test taker information entry system comprises: the system comprises an examinee identity recognition password input module, a password module, a confirmation module and a recognition judgment module;
the examinee identity recognition password input module is used for inputting identity recognition information of the examinee;
the password module is used for inputting password information corresponding to the examinee identity recognition password input module;
the confirmation module is used for submitting the examinee identity identification information and the password information input by the examinee and sending the examinee identity identification information and the password information to the examinee information database;
the identification judgment module is used for comparing the identity identification information and the password of the examinee input by the examinee with the identity identification password and the identity identification password of the examinee stored in the examinee information database, judging whether the identity identification password and the identity identification password of the examinee are consistent, if so, judging that the information of the examinee is correct, entering the next system, if not, prompting the examinee to input incorrect information, prompting the examinee to input the identity identification information and the password information of the examinee again, and when the number of times of inconsistency reaches a set threshold value, automatically locking the identity identification information input system of the examinee.
7. The artificial intelligence robotic skill level examination system of claim 5, wherein the examinee test question extraction system comprises: the test question selecting module and the test question generating module;
the test question selection module extracts test questions of corresponding types from the test question information database according to the technical grade test standard of the robot and sends the extracted test questions to the test question generation module;
the test question generating module sorts the extracted test questions according to set rules and displays the generated test questions on a display system of the robot technical level examination client.
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| CN109544414A (en) * | 2018-10-23 | 2019-03-29 | 平安医疗健康管理股份有限公司 | Data processing method, device, server and computer readable storage medium |
| CN110599843A (en) * | 2019-09-18 | 2019-12-20 | 江苏汇博机器人技术股份有限公司 | Industrial robot skill level intelligence examination platform |
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| CN106251258A (en) * | 2016-07-18 | 2016-12-21 | 淮海工学院 | A kind of electronic examination device |
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