CN106388837B - Method and system for testing memory anti-interference capability of driver - Google Patents
Method and system for testing memory anti-interference capability of driver Download PDFInfo
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Abstract
The invention provides a method and a system for testing memory anti-interference capability of a driver, wherein the method for testing the memory anti-interference capability of the driver comprises the following steps: after receiving an instruction for starting testing, controlling to display a task interface, displaying test information on a small window on the task interface, and controlling to stop displaying the test information after the test information displays a first preset time length; after controlling and displaying the task interface or the second preset duration of the blank screen, controlling and displaying the test information with the default content of part; acquiring input information, judging whether the input information is consistent with the default content of the test information or not, and determining the memory anti-interference capability test result of the driver according to the judgment result. The testing method and the testing system can realize the automatic testing of the memory anti-interference capability of the driver and provide a basis for the subsequent evaluation and selection of the driver.
Description
Technical Field
The invention relates to the field of traffic tests, in particular to a method and a system for testing the memory anti-interference capability of a driver.
Background
The railway driver inevitably needs to check the instant information sent by the dispatching or have interference of other things and information in the driving process, and needs to pay attention to driving, so that the driver is required to have good anti-interference memory capability.
Therefore, at present, a more objective and scientific memory anti-interference capability evaluation system suitable for high-speed rail drivers is urgently needed to be developed to provide decision basis for selection of the high-speed rail drivers.
Disclosure of Invention
The present invention is directed to solving the problems described above. The invention aims to provide a method and a system for testing the memory anti-interference capability of a driver, which avoid the defect that the memory anti-interference capability of the driver cannot be automatically tested in the prior art.
According to a first aspect of the invention, a method for testing the memory anti-interference capability of a driver comprises the following steps: after receiving an instruction for starting testing, controlling to display a task interface, displaying test information on a small window on the task interface, and controlling to stop displaying the test information after the test information displays a first preset time length; after controlling and displaying the task interface and the second preset duration of the black screen, controlling and displaying the test information with the default content of part; acquiring input information, judging whether the input information is consistent with the default content of the test information or not, and determining the memory anti-interference capability test result of the driver according to the judgment result.
According to a second aspect of the present invention, there is provided a system for testing the memory disturbance rejection capability of a driver, comprising: the interface display control unit is used for controlling and displaying a task interface after receiving an instruction for starting a test, displaying test information on the task interface in a small window, and controlling and stopping displaying the test information after the test information displays a first preset time length; the test information control unit is used for controlling the test information with default contents of a display part after the task interface and the second preset duration of the black screen are displayed; and the memory anti-interference capability test unit is used for acquiring input information, judging whether the input information is consistent with the default content of the test information or not, and determining the memory anti-interference capability test result of the driver according to the judgment result.
The testing method and the testing system for the memory anti-interference capability of the driver display the task interface through control and control, display the testing information on the task interface in a small window, control to stop displaying the testing information after the testing information displays a first preset time, control to display the testing information with default contents of a display part after the task interface and a black screen display are controlled and displayed for a second preset time, acquire input information, judge whether the input information is consistent with the default contents of the testing information, determine the memory anti-interference capability testing result of the driver according to the judging result, realize automatic testing of the memory anti-interference capability of the driver, and provide basis for subsequent evaluation and selection of the driver.
Other characteristic features and advantages of the invention will become apparent from the following description of exemplary embodiments, which is to be read in connection with the accompanying drawings.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate embodiments of the invention and together with the description, serve to explain the principles of the invention. In the drawings, like reference numerals are used to indicate like elements. The drawings in the following description are directed to some, but not all embodiments of the invention. For a person skilled in the art, other figures can be derived from these figures without inventive effort.
FIG. 1 is a flow chart illustrating an exemplary method for testing driver memory disturbance rejection;
fig. 2 is a block diagram schematically illustrating a test system for the anti-jamming capability of the driver's memory.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention. It should be noted that the embodiments and features of the embodiments in the present application may be arbitrarily combined with each other without conflict.
Example one
FIG. 1 is a flow chart illustrating an exemplary method for testing driver memory disturbance rejection; as shown in fig. 1, a method for testing the memory anti-interference capability of a driver includes:
step 101: after receiving an instruction for starting testing, controlling to display a task interface, displaying test information on a small window on the task interface, and controlling to stop displaying the test information after the test information displays a first preset time length;
step 103: after controlling and displaying the task interface and the second preset duration of the black screen, controlling and displaying the test information with the default content of part; in specific operation, the default content is at least one digital message;
step 105: acquiring input information, and judging whether the default content of the input information is consistent with that of the test information;
specifically, the input information is the input information after the confirmation information is collected or the input information after the third preset time length is exceeded; the third preset time length is the time length upper limit value of a single test; in addition, before the step of collecting the input information, the method may further include:
judging whether deleting information for indicating an input arrow key is received or not, and if the deleting information is received, deleting the corresponding input information
Step 107: determining the memory anti-interference capability test result of the driver according to the judgment result;
specifically, if the input information is completely consistent with the default content of the test information, calculating the reaction time from the start of displaying the test information with partial default content to the acquisition of the input information;
and if the input information is inconsistent with the default content of the test information, calculating the inconsistent number of the input information and the default content, and taking the inconsistent number and the total number of the default content as the error rate of the memory anti-interference capability test.
According to the testing method for the memory anti-interference capability of the driver, the task interface is controlled and displayed, the testing information is displayed on the task interface in a small window mode, the testing information is controlled to stop being displayed after the testing information displays the first preset time, the testing information with the default content of the display part is controlled and displayed after the task interface and the black screen display are controlled and displayed for the second preset time, the input information is collected, whether the input information is consistent with the default content of the testing information is judged, the memory anti-interference capability testing result of the driver is determined according to the judgment result, the automatic testing of the memory anti-interference capability of the driver is achieved, and a basis is provided for the subsequent evaluation and selection of the driver.
In addition, in other embodiments of the test method for the memory anti-interference capability of the driver, at least the following preferred modes exist:
if the task interface is controlled to display a second preset time before the step of controlling the display of the test information with partial content default, determining the reaction time as a first reaction time representing an interference condition, and determining the error rate as a first error rate representing the interference condition;
if the second preset time length of the black screen is controlled to be displayed before the step of controlling the display of the test information with partial content default, determining the reaction time length as the second reaction time length representing the rest condition, and determining the error rate as the second error rate representing the rest condition;
dividing the value of the first reaction time length minus the second reaction time length by the second reaction time length to obtain a time value for representing the degree of susceptibility to interference;
and subtracting the second error rate from the first error rate to obtain an error rate for characterizing the susceptibility to interference.
Specifically, the method comprises the following steps:
the test method further comprises the following steps: normalizing the time value and the error rate or;
assuming that n drivers participate in the test and m test indexes are provided, the j test value of the i individual is set as xijWherein i is 1,2, …, n, j is 1,2, …, m
Wherein, the standardization treatment comprises the following steps:
the sample mean value of the jth test index is recorded asSample variance ofWherein j is a test serial number for memorizing the anti-interference capability of the driver, and the standard processing is as follows:
。
specifically, the test method further comprises: setting the j index value to be sorted from small to large and the number of people in front of the i driver as BijThen the Borda number of the evaluated object i is:
then, according to the Borda number, sorting from large to small to obtain the comprehensive sorting (from good to bad) of the evaluation objects, and setting the proportion of the evaluation objects judged as unqualified in a batch of test drivers as p1The ratio determined as acceptable is p2Wherein p is1+p2≤1；
The decision criteria are as follows:
if it is notJudging that the ith driver is unqualified;
if it is notThe ith driver is judged to be qualified.
Example two
Fig. 2 is a block diagram schematically illustrating a structure of a system for testing the memory anti-interference capability of a driver, which is a system corresponding to the embodiment of the method for testing the memory anti-interference capability of each driver, and the explanation of the embodiment of the method for testing the memory anti-interference capability of each driver is applicable to this embodiment. As shown in fig. 2, the test system includes:
the interface display control unit 201 is used for controlling and displaying a task interface after receiving an instruction for starting a test, displaying test information on the task interface in a small window, and controlling and stopping displaying the test information after the test information displays a first preset time length;
the test information control unit 203 is used for controlling the test information with default content of a display part after the task interface and the second preset duration of the black screen are displayed;
and the memory anti-interference capability testing unit 205 is used for acquiring input information, judging whether the input information is consistent with the default content of the test information or not, and determining the memory anti-interference capability test result of the driver according to the judgment result.
Preferably, the default content is at least one digital message; or/and the input information is: acquiring input information after receiving the confirmation information or input information after exceeding a third preset time length; the third preset time is the time upper limit value of the single test.
Preferably, the test system may further include a deletion control unit 207 configured to determine whether deletion information indicating an input arrow key is received, and delete the corresponding input information if the deletion information is received.
Preferably, the memory anti-interference capability test unit includes:
a reaction duration calculation module (not shown in the figure) for calculating a reaction duration from the display of the test information with partial content default to the acquisition of the input information if the input information is completely consistent with the default content of the test information; if the test information control unit displays a second preset time length of the task interface, the reaction time length is a first reaction time length representing an interference condition; if the test information control unit displays a second preset time length of the black screen, determining the reaction time length as a second reaction time length representing a rest condition;
an interfered time value calculating module (not shown in the figure) for dividing the value obtained by subtracting the second reaction time length from the first reaction time length by the second reaction time length to obtain a time value for representing the interference susceptibility;
an error rate calculation module (not shown in the figure) configured to calculate, if the input information is inconsistent with the default content of the test information, the number of inconsistent input information and default content, and use the number of inconsistent input information and the total number of default content as an error rate of a memory anti-interference capability test, and if the test information control unit displays a second preset duration of the task interface, determine the error rate as a first error rate representing an interference condition; if the test information control unit displays the second preset duration of the black screen, determining the error rate as a second error rate representing a rest condition;
and an interfered error rate calculation module (not shown in the figure) for subtracting the second error rate from the first error rate as an error rate for characterizing the degree of susceptibility to interference.
Specifically, the testing device further comprises: an evaluation data processing unit for processing the time
Carrying out standardization processing on the value and the error rate;
assuming that n drivers participate in the test and m test indexes are provided, the j test value of the i individual is set as xijWherein i is 1,2, …, n, j is 1,2, …, m
Wherein, the standardization treatment comprises the following steps:
the sample mean value of the jth test index is recorded asSample variance ofWherein j is a test serial number for memorizing the anti-interference capability of the driver, and the standard processing is as follows:
。
specifically, the testing device further comprises: an evaluation result unit for setting the j index value to be sorted from small to large and the number of people in front of the i driver as BijThen the Borda number of the evaluated object i is:
then, according to the Borda number, sorting from large to small to obtain the comprehensive sorting (from good to bad) of the evaluation objects, and setting the proportion of the evaluation objects judged as unqualified in a batch of test drivers as p1The ratio determined as acceptable is p2Wherein p is1+p2≤1；
The decision criteria are as follows:
if it is notJudging that the ith driver is unqualified;
if it is notThe ith driver is judged to be qualified.
The working process of the test system for the driver to remember the anti-interference capability is briefly described as follows, a small screen simulates a CIR radio system of a motor car, another screen uses the speed estimation module to display the content to be memorized for a plurality of seconds and then disappears, the other screen totally comprises 8 numbers (no 0), for example, when a train is in the interval, a mileage speed limit xx Km/h, then the tested main screen makes a speed judgment task for 8 seconds or a rest (namely, the main screen displays that the whole is dark and does not need to be tried to make a task) for 8 seconds, then the main screen task stops, sentences appearing just before are displayed, key information is removed (the whole sentences are displayed together), the numbers of the key information filled just in the test are made, for example, when the train is in the interval? Km? m to? Km? m, the speed limit? Km/h, if any number is forgotten, the number 0 is replaced, and the wrong answer is allowed to be tried, the number is changed into the next longest test reaction time, the number is changed, the number of the test time, the number is changed, the number, the test starting condition, the number is changed, the test starting the number of the test starting condition, the test is the number, the test starting condition, and the test starting the test time is the number of the starting condition, the starting condition is the starting condition, the starting condition is the starting condition, and the starting condition is the starting condition.
The test system for the memory anti-interference capability of the driver displays the task interface through control and control, the test information is displayed on the task interface in a small window mode, the test information is controlled to stop being displayed after the test information displays a first preset time length, the test information with default contents of the display part is controlled to be displayed after the task interface and a black screen display are controlled to display a second preset time length, the input information is collected, whether the input information is consistent with the default contents of the test information is judged, the memory anti-interference capability test result of the driver is determined according to the judgment result, the automatic test of the memory anti-interference capability of the driver is achieved, and a basis is provided for the subsequent evaluation and selection of the driver.
The above-described aspects may be implemented individually or in various combinations, and such variations are within the scope of the present invention.
Finally, it should be noted that: the above examples are only for illustrating the technical solutions of the present invention, and are not limited thereto. Although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (7)
1. A method for testing the memory anti-interference capability of a driver is characterized by comprising the following steps:
after receiving an instruction for starting testing, controlling to display a task interface, displaying test information on a small window on the task interface, and controlling to stop displaying the test information after the test information displays a first preset time length;
after controlling and displaying the task interface or the second preset duration of the blank screen, controlling and displaying the test information with the default content of part;
acquiring input information, judging whether the input information is consistent with default content of the test information or not, and determining a memory anti-interference capability test result of a driver according to a judgment result, wherein the default content is at least one piece of digital information;
the step of collecting input information comprises:
acquiring input information after receiving the confirmation information or input information after exceeding a third preset time length; the third preset time is the time upper limit value of a single test, and before the step of collecting the input information, the method further comprises the following steps:
judging whether deleting information used for indicating an input arrow key is received or not, if the deleting information is received, deleting the corresponding input information, and the step of determining the memory anti-interference capability test result of the driver according to the judgment result comprises the following steps:
if the input information is completely consistent with the default content of the test information, calculating the reaction time from the display of the test information with partial default content to the acquisition of the input information;
if the input information is inconsistent with the default content of the test information, calculating the inconsistent number of the input information and the default content, taking the inconsistent number and the total number of the default content as an error rate of a memory anti-interference capability test, if a second preset duration of the task interface is controlled and displayed before the step of controlling the test information with the default content of the display part, determining the reaction duration as a first reaction duration representing an interference condition, and determining the error rate as a first error rate representing the interference condition;
if the second preset time length of the black screen is controlled to be displayed before the step of controlling the display of the test information with partial content default, determining the reaction time length as the second reaction time length representing the rest condition, and determining the error rate as the second error rate representing the rest condition;
dividing the value of the first reaction time length minus the second reaction time length by the second reaction time length to obtain a time value for representing the degree of susceptibility to interference;
and subtracting the second error rate from the first error rate to obtain an error rate for characterizing the susceptibility to interference.
2. The test method of claim 1, further comprising: standardizing the time value and an error rate for representing the susceptibility to interference;
assuming that n drivers participate in the test and m test indexes are provided, the j test value of the i individual is set as xijWherein i is 1,2, …, n, j is 1,2, …, m
Wherein, the standardization treatment comprises the following steps:
the sample mean value of the jth test index is recorded asSample variance ofWherein j is a test serial number for memorizing the anti-interference capability of the driver, and the standard processing is as follows:
3. the test method of claim 2, further comprising: setting any one of the jth time value and the error rate to be independently sorted from small to large, and the number of people in front of the ith driver to be BijThen the Borda number of the evaluated object i is:
then, sorting according to the Borda number from big to small to obtain the comprehensive sorting of the evaluation objects from good to bad, and setting the proportion of the evaluation objects judged as unqualified in a batch of test drivers as p1The ratio determined as acceptable is p2Wherein p is1+p2≤1；
The decision criteria are as follows:
if it is notJudging that the ith driver is unqualified;
if it is notThe ith driver is judged to be qualified.
4. A system for testing the ability of a driver to resist interference from memory, said system comprising:
the interface display control unit is used for controlling and displaying a task interface after receiving an instruction for starting a test, displaying test information on the task interface in a small window, and controlling and stopping displaying the test information after the test information displays a first preset time length;
the test information control unit is used for controlling the test information with default content of a display part after the task interface or the second preset duration of the black screen is displayed;
the memory anti-interference capability test unit is used for acquiring input information, judging whether the input information is consistent with default content of the test information or not, and determining a memory anti-interference capability test result of a driver according to a judgment result, wherein the default content is at least one piece of digital information;
the input information is: acquiring input information after receiving the confirmation information or input information after exceeding a third preset time length; the third preset time is the time upper limit value of a single test, the deletion control unit is used for judging whether deletion information used for indicating an input arrow key is received or not, if the deletion information is received, the corresponding input information is deleted, and the memory anti-interference capability test unit comprises:
the reaction duration calculation module is used for calculating the reaction duration from the display of the test information with partial default contents to the acquisition of the input information if the input information is completely consistent with the default contents of the test information; if the test information control unit displays a second preset time length of the task interface, the reaction time length is a first reaction time length representing an interference condition; if the test information control unit displays a second preset time length of the black screen, determining the reaction time length as a second reaction time length representing a rest condition;
and the interfered time value calculating module is used for dividing the value obtained by subtracting the second reaction time length from the first reaction time length by the second reaction time length to be used as a time value for representing the interference susceptibility degree.
5. The system for testing memory disturbance rejection capability of a driver according to claim 4, wherein said memory disturbance rejection capability testing unit further comprises:
the error rate calculation module is used for calculating the number of inconsistent input information and default content if the input information is inconsistent with the default content of the test information, taking the inconsistent number and the total number of the default content as the error rate of the memory anti-interference capability test, and determining the error rate as a first error rate representing an interference condition if the test information control unit displays a second preset time length of the task interface; if the test information control unit displays the second preset duration of the black screen, determining the error rate as a second error rate representing a rest condition;
and the interfered error rate calculation module is used for subtracting the second error rate from the first error rate to obtain an error rate used for representing the susceptibility to interference.
6. The test system of claim 5, further comprising: the evaluation data processing unit is used for carrying out standardization processing on the time value and the error rate for representing the susceptibility to interference;
assuming that n drivers participate in the test and m test indexes are provided, the j test value of the i individual is set as xijWherein i is 1,2, …, n, j is 1,2, …, m
Wherein, the standardization treatment comprises the following steps:
the sample mean value of the jth test index is recorded asSample variance ofWherein j is a test serial number for memorizing the anti-interference capability of the driver, and the standard processing is as follows:
7. the test system of claim 6, further comprising:
an evaluation result unit for setting the j index value to be sorted from small to large and the number of people in front of the i driver as BijThen the Borda number of the evaluated object i is:
then, sorting according to the Borda number from big to small to obtain the comprehensive sorting of the evaluation objects from good to bad, and setting the proportion of the evaluation objects judged as unqualified in a batch of test drivers as p1The ratio determined as acceptable is p2Wherein p is1+p2≤1；
The decision criteria are as follows:
if it is notJudging that the ith driver is unqualified;
if it is notThe ith driver is judged to be qualified.
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