CN103136448B - Measurement and Data Processing exact method and system and data processing method and system - Google Patents
Measurement and Data Processing exact method and system and data processing method and system Download PDFInfo
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Abstract
A method for Measurement and Data Processing accuracy, comprises the following steps: the accuracy rate sequence obtaining multiple data processing equipment process preset data; The quantity of the accuracy rate that each accuracy rate sequence accumulative comprises, obtains the maximum quantity of wherein numerical value as maximum number of processes; In the accuracy rate sequence of number of processes maximum described in accuracy rate lazy weight, add accuracy rate, make the quantity of accuracy rate in all accuracy rate sequences all reach described maximum number of processes, the value of the accuracy rate of interpolation equals 100%; Calculate the mean value of the accuracy rate in each accuracy rate sequence, obtain the comprehensive accuracy rate of data processing of the data processing equipment that each accuracy rate sequence pair is answered.In addition, a kind of system of Measurement and Data Processing accuracy is also provided.Said method and system combine correct process data time ductility and the ability of correcting a mistake carry out the accuracy of Measurement and Data Processing, thus the comprehensive of measurement result and accuracy can be improved.
Description
[technical field]
The present invention relates to field of computer technology, particularly a kind of method and system of Measurement and Data Processing accuracy, also relates to a kind of data processing method and system.
[background technology]
In the method for traditional Measurement and Data Processing accuracy, the general result data that certain processes some particular data according to data processing equipment calculates data processing equipment, and this processes the accuracy of this particular data, the assessment of data processing accuracy is only carried out once, the accuracy data that this time obtains namely as the measurement data of the final data processing accuracy of data processing equipment, and is no longer assessed the accuracy of the data of data processing equipment subsequent treatment last time processed mistake.Ductility when although follow-up data processing accuracy has, it has influence on the comprehensive accuracy of the measured process data.Therefore, the data processing accuracy that traditional method is measured is comprehensive and accurate not.
[summary of the invention]
Based on this, be necessary to provide a kind of method that can improve the Measurement and Data Processing accuracy of the comprehensive of measurement result and accuracy.
A method for Measurement and Data Processing accuracy, comprises the following steps:
Obtain the accuracy rate sequence of multiple data processing equipment process preset data, wherein, comprising this data processing equipment first time in the accuracy rate sequence of each data processing equipment processes the accuracy rate that the accuracy rate of described preset data and this data processing equipment process the data of last process mistake again, and the quantity of accuracy rate equals corresponding data processing equipment and described preset data is all processed number of times correctly used;
The quantity of the accuracy rate that each accuracy rate sequence accumulative comprises, obtains the maximum quantity of wherein numerical value as maximum number of processes;
In the accuracy rate sequence of number of processes maximum described in accuracy rate lazy weight, add accuracy rate, make the quantity of accuracy rate in all accuracy rate sequences all reach described maximum number of processes, the value of the accuracy rate of interpolation equals 100%;
Calculate the mean value of the accuracy rate in each accuracy rate sequence, obtain the comprehensive accuracy rate of data processing of the data processing equipment that each accuracy rate sequence pair is answered.
Wherein in an embodiment, the step obtaining the accuracy rate sequence of multiple data processing equipment process preset data comprises the following steps:
Obtain the result data of preset data described in data processing equipment process;
According to described result data Measurement and Data Processing accuracy rate;
The data of processed mistake in described preset data are obtained according to described result data;
Obtain the result data of the data of data processing equipment process last time processed mistake, this data processing accuracy rate is measured according to this result data, and the data of this processed mistake in the data of last processed mistake are obtained according to this result data, repeat the result data of the data obtaining data processing equipment process last time processed mistake, this data processing accuracy rate is measured according to this result data, and the data of this processed mistake in the data of last processed mistake are obtained according to this result data, until the data of this not processed mistake, thus the accuracy rate sequence of the described preset data of the process obtaining this data processing equipment.
In addition, there is a need to provide a kind of system that can improve the Measurement and Data Processing accuracy of the comprehensive of measurement result and accuracy.
A system for Measurement and Data Processing accuracy, comprising:
Accuracy rate retrieval module, for obtaining the accuracy rate sequence of multiple data processing equipment process preset data, wherein, comprising this data processing equipment first time in the accuracy rate sequence of each data processing equipment processes the accuracy rate that the accuracy rate of described preset data and this data processing equipment process the data of last process mistake again, and the quantity of accuracy rate equals corresponding data processing equipment and described preset data is all processed number of times correctly used;
Quantity accumulation module, for the quantity of the accuracy rate that each accuracy rate sequence accumulative comprises, obtains the maximum quantity of wherein numerical value as maximum number of processes;
Accuracy rate adds module, and for adding accuracy rate in the accuracy rate sequence of number of processes maximum described in accuracy rate lazy weight, make the quantity of accuracy rate in all accuracy rate sequences all reach described maximum number of processes, the value of the accuracy rate of interpolation equals 100%;
Comprehensive accuracy rate computing module, for calculating the mean value of the accuracy rate in each accuracy rate sequence, obtains the comprehensive accuracy rate of data processing of the data processing equipment that each accuracy rate sequence pair is answered.
Wherein in an embodiment, described accuracy rate retrieval module comprises:
Result data acquiring unit, for obtaining the result data of preset data described in data processing equipment process;
Accuracy rate acquisition module, for according to described result data Measurement and Data Processing accuracy rate;
Process misdata acquisition module, for obtaining the data of processed mistake in described preset data according to described result data;
Described result data acquiring unit, accuracy rate acquisition module and process misdata acquisition module repeat successively respectively the data obtaining data processing equipment process last time processed mistake result data, measure this data processing accuracy rate according to this result data and obtain the data of this processed mistake in the data of last processed mistake according to this result data, until the data of this not processed mistake, thus the accuracy rate sequence of the described preset data of the process obtaining this data processing equipment.
The method and system of above-mentioned Measurement and Data Processing accuracy, obtain the accuracy rate of data processing equipment first time process preset data, and obtain the accuracy rate of the data of the last process mistake of the follow-up process again of data processing equipment, be as the criterion preset data all to be processed in multiple data processing equipment maximum number of processes correctly used, the accuracy rate of the data processing equipment of maximum number of processes that other number of processes used of the accuracy rate polishing with 100% is not enough, finally, calculate the average person of the accuracy rate of each data processing equipment, the comprehensive accuracy rate of data processing as each data processing equipment, said method and system are in conjunction with the follow-up accuracy again processing the data of last processed mistake of data processing equipment, and in conjunction with data processing equipment, preset data is all processed number of times correctly used, data processing equipment is made to process the accuracy rate of data each time higher, preset data is all processed number of times correctly used fewer, then the comprehensive accuracy rate of the data processing of data processing equipment is higher, in conjunction with the time ductility of correct process data, and the ability of correcting a mistake carrys out the accuracy of Measurement and Data Processing, thus the comprehensive of measurement result and accuracy can be improved.
In addition, a kind of data processing method improving data processing accuracy is also provided.
A kind of data processing method, comprises the following steps:
Measure the comprehensive accuracy rate of data processing of multiple data processing equipment;
Choose the data processing equipment that in multiple data processing equipment, the comprehensive accuracy rate of data processing is the highest;
Start the data processing equipment process data chosen;
The step of the comprehensive accuracy rate of data processing of the multiple data processing equipment of described measurement is according to the comprehensive accuracy rate of method Measurement and Data Processing of the measurement data accuracy in above-mentioned any embodiment.
In addition, a kind of data handling system improving data processing accuracy is also provided.
A kind of data handling system, comprising:
Comprehensive accuracy rate measurement module, the comprehensive accuracy rate of the data processing for measuring multiple data processing equipment;
Device chooses module, for choosing the data processing equipment that in multiple data processing equipment, the comprehensive accuracy rate of data processing is the highest;
Device starts module, for starting the data processing equipment process data chosen;
Described comprehensive accuracy rate measurement module comprises the module comprised in the system of the measurement data accuracy in above-mentioned any embodiment.
Above-mentioned data processing method and system, by comprehensively, the comprehensive accuracy rate of the data processing of Measurement and Data Processing device exactly, start the process that the highest data processing equipment of the comprehensive accuracy rate of data processing carries out data, data processing accuracy can be improved.
[accompanying drawing explanation]
Fig. 1 is the schematic flow sheet of the method for Measurement and Data Processing accuracy in an embodiment;
Fig. 2 is the schematic flow sheet of the step of the accuracy rate sequence obtaining a certain data transmission device transmission preset data in an embodiment;
Fig. 3 obtains the schematic flow sheet that a certain answering device answers the step of the accuracy rate sequence of the multiple tracks exercise question preset in an embodiment;
Fig. 4 is the structural representation of the system of a kind of Measurement and Data Processing accuracy in an embodiment;
Fig. 5 is the structural representation of accuracy rate retrieval module in an embodiment;
Fig. 6 is the structural representation of accuracy rate retrieval module in another embodiment;
Fig. 7 is the structural representation of the data handling system in an embodiment.
[embodiment]
As shown in Figure 1, in one embodiment, a kind of method of Measurement and Data Processing accuracy, comprises the following steps:
Step S101, obtain the accuracy rate sequence of multiple data processing equipment process preset data, wherein, the accuracy rate and this data processing equipment that comprise this data processing equipment first time process preset data in the accuracy rate sequence of each data processing equipment process the last accuracy rate processing the data of mistake again, and the quantity of accuracy rate equals corresponding data processing equipment and described preset data is all processed number of times correctly used.
Wherein, first accuracy rate in the accuracy rate sequence of each data processing equipment is the accuracy rate this data processing equipment first time processing described preset data, the follow-up accuracy rate of first accuracy rate is followed successively by the accuracy rate that this data processing equipment processes the data of last process mistake again, and last accuracy rate all equals 100%.
In one embodiment, the step obtaining the accuracy rate sequence of a certain data processing equipment process preset data in step S101 comprises the following steps:
Obtain the result data of data processing equipment process preset data;
According to result data Measurement and Data Processing accuracy rate;
The data of processed mistake in preset data are obtained according to result data;
Obtain the result data of the data of this data processing equipment process last time processed mistake, this data processing accuracy rate is measured according to this result data, and the data of this processed mistake in the data of last processed mistake are obtained according to this result data, repeat the result data of the data obtaining data processing equipment process last time processed mistake, this data processing accuracy rate is measured according to this result data, and the data of this processed mistake in the data of last processed mistake are obtained according to this result data, until the data of this not processed mistake, thus the accuracy rate sequence of the described preset data of the process obtaining this data processing equipment.
Step S102, the quantity of the accuracy rate that each accuracy rate sequence accumulative comprises, obtains the maximum quantity of wherein numerical value as maximum number of processes.
Step S103, adds accuracy rate in the accuracy rate sequence of number of processes maximum described in accuracy rate lazy weight, and make the quantity of accuracy rate in all accuracy rate sequences all reach described maximum number of processes, the value of the accuracy rate of interpolation equals 100%.
Step S104, calculates the mean value of the accuracy rate in each accuracy rate sequence, obtains the comprehensive accuracy rate of data processing of the data processing equipment that each accuracy rate sequence pair is answered.
Further, the comprehensive correct amount of data processing can also be calculated according to the comprehensive accuracy rate of data processing.
It is below an application scenarios of the method for above-mentioned Measurement and Data Processing accuracy.
In one embodiment, data processing equipment is data transmission device; Above-mentioned preset data is the data that data sending terminal needs to be transferred to data receiver, and data sending terminal transfers data to data receiver by data transmission device; Above-mentioned accuracy rate is the data transmission accuracy rate that the data received from data sending terminal are transferred in the process of data receiver by data transmission device, and the data volume being namely correctly transferred to data receiver accounts for the ratio of the data volume that data transmission device receives from data sending terminal.
In the present embodiment, the detailed process of step S101 is: obtain the accuracy rate sequence that preset data is transferred to data receiver by multiple data transmission device, wherein, comprise the accuracy rate that the data transmission device first time transmission accuracy rate of preset data and this data transmission device transmit the data of last correct transmission again in the accuracy rate sequence of each data transmission device, the quantity of accuracy rate equals corresponding data transmission device and preset data is all correctly transferred to data receiver number of times used.
As shown in Figure 2, the step obtaining the accuracy rate sequence of a certain data transmission device transmission preset data in step S101 comprises the following steps:
Step S201, sends to data transmission device to transmit preset data by data sending terminal.
Step S202, obtains the data that data transmission device is transferred to data receiver.
Step S203, compares data that data receiver receives and the data that data transmission device receives from data sending terminal, obtains the ratio of data volume and the data volume received from data sending terminal being correctly transferred to data receiver.
Step S204, obtains the data of incorrect transmission.
Step S205, judges whether to exist the data of incorrect transmission, if not, then terminates, if so, then perform step S206.
The data of incorrect transmission are sent to data transmission device again to transmit by data sending terminal, enter step S202 by step S206.
Accuracy rate is calculated according to the data that first time data receiver receives, first accuracy rate in accuracy rate sequence can be obtained, repeat the data subsequently received according to data receiver and calculate accuracy rate, until data receiver receives all correct preset data, the accuracy rate that in accuracy rate sequence, first accuracy rate is later can be obtained successively.
Such as, the data volume of preset data is 100.Preset data is transferred to data receiver by certain data transmission device, and primary data transmission accuracy rate is 60%.In second time transmitting procedure, this data transmission device is by the data retransmission of incorrect for first time transmission to data receiver, and the data transmission accuracy rate of this time is 100%.If number of times preset data being all correctly transferred to the maximum data transmission device of data receiver number of times used used in multiple measured data transmission device is 4, then the comprehensive accuracy rate of the data processing of this data transmission device and data transmit comprehensive accuracy rate for (60%+100%+100%+100%)/4=90%.
It is below the Another application scene of the method for above-mentioned Measurement and Data Processing accuracy.
In one embodiment, data processing equipment is answering device; Above-mentioned preset data is default multiple tracks exercise question; Above-mentioned accuracy rate is the accuracy rate that answering device answers exercise question, and namely certain once answers the ratio of the gross score of all exercise questions of correct exercise question mark and this answer.
In the present embodiment, the detailed process of step S101 is: obtain the accuracy rate sequence that multiple answering device answers the multiple tracks exercise question preset, wherein, comprising answering device first time in the accuracy rate sequence of each answering device answers the accuracy rate that the accuracy rate of multiple tracks exercise question preset and this answering device answer the exercise question of last erroneous answers again, and the quantity of accuracy rate equals corresponding answering device and all answers number of times correctly used by default multiple tracks exercise question.
As shown in Figure 3, the step obtaining the accuracy rate sequence of the multiple tracks exercise question that the answer of a certain answering device is preset in step S101 comprises the following steps:
Step S301, inputs to answering device by default multiple tracks exercise question.
Step S302, obtains the answer provided that answering device answers the exercise question of input.
Step S303, compares the correct option of the exercise question of answer that answering device provides and input, obtains the accuracy rate that answering device answers the exercise question of input.
Step S304, obtains the exercise question of erroneous answers.
Step S305, judges whether the exercise question that there is erroneous answers, if not, then terminates, and if so, then performs step S306.
Step S306, inputs to answering device by the exercise question of erroneous answers, enters step S302.
Accuracy rate is calculated according to the answer that first time answering device provides, first accuracy rate in accuracy rate sequence can be obtained, repeat to calculate accuracy rate according to the follow-up answer provided of answering device, until answering device provides all correct options of default multiple tracks exercise question, the accuracy rate that in accuracy rate sequence, first accuracy rate is later can be obtained successively.
Such as, default exercise question comprises 10 roads, and the mark of per pass exercise question is 10 points, and the total score presetting exercise question is 100 points.A certain answering device first time right 7 road exercise questions, wrong 3 road exercise questions, then the primary answer accuracy rate of this answering device is 70%.This answering device answers first time wrong 3 road exercise questions, and right 2 road exercise questions, wrong 1 road exercise question, then the secondary answer accuracy rate of this answering device is 66.7%.This answering device answers 1 wrong road exercise question of second time, and the correct answer provided, then the answer accuracy rate of this answering device third time equals 100%.If all answering the maximum answering device of number of times correctly used number of times used by default multiple tracks exercise question in multiple measured answering device is 4, then the comprehensive accuracy rate of the data processing of this answering device and the comprehensive accuracy rate of answer are (70%+66.7%+100%+100%)/4=84.18%.
The method of above-mentioned Measurement and Data Processing accuracy, obtain the accuracy rate of data processing equipment first time process preset data, and obtain the accuracy rate of the data of the last process mistake of the follow-up process again of data processing equipment, be as the criterion preset data all to be processed in multiple data processing equipment maximum number of processes correctly used, the accuracy rate of the data processing equipment of maximum number of processes that other number of processes used of the accuracy rate polishing with 100% is not enough, finally, calculate the average person of the accuracy rate of each data processing equipment, the comprehensive accuracy rate of data processing as each data processing equipment, said method is in conjunction with the accuracy of the data of the last processed mistake of the follow-up process again of data processing equipment, and in conjunction with data processing equipment, preset data is all processed number of times correctly used, data processing equipment is made to process the accuracy rate of data each time higher, preset data is all processed number of times correctly used fewer, then the comprehensive accuracy rate of the data processing of data processing equipment is higher, in conjunction with the time ductility of correct process data, and the ability of correcting a mistake carrys out the accuracy of Measurement and Data Processing, thus the comprehensive of measurement result and accuracy can be improved.
A kind of data processing method, comprises the following steps: the comprehensive accuracy rate of data processing measuring multiple data processing equipment; Choose the data processing equipment that in multiple data processing equipment, the comprehensive accuracy rate of data processing is the highest; Start the data processing equipment process data chosen; Wherein, the method Measurement and Data Processing comprehensive accuracy rate of step according to the measurement data accuracy in above-mentioned any embodiment of the comprehensive accuracy rate of data processing of multiple data processing equipment is measured.
Above-mentioned data processing method, by comprehensively, the comprehensive accuracy rate of the data processing of Measurement and Data Processing device exactly, start the process that the highest data processing equipment of the comprehensive accuracy rate of data processing carries out data, data processing accuracy can be improved.
As shown in Figure 4, in one embodiment, a kind of system of Measurement and Data Processing accuracy, comprises accuracy rate retrieval module 10, quantity accumulation module 20, accuracy rate interpolation module 30 and comprehensive accuracy rate computing module 40, wherein:
Accuracy rate retrieval module 10 is for obtaining the accuracy rate sequence of multiple data processing equipment process preset data, wherein, the accuracy rate and this data processing equipment that comprise this data processing equipment first time process preset data in the accuracy rate sequence of each data processing equipment process the last accuracy rate processing the data of mistake again, and the quantity of accuracy rate equals corresponding data processing equipment and preset data is all processed number of times correctly used.
Wherein, first accuracy rate in the accuracy rate sequence of each data processing equipment is the accuracy rate this data processing equipment first time processing described preset data, the follow-up accuracy rate of first accuracy rate is followed successively by the accuracy rate that this data processing equipment processes the data of last process mistake again, and last accuracy rate all equals 100%.
As shown in Figure 5, in one embodiment, accuracy rate retrieval module 10 comprises result data acquiring unit 120, accuracy rate acquiring unit 140 and process misdata acquiring unit 160, wherein:
Result data acquiring unit 120 is for obtaining the result data of data processing equipment process preset data;
Accuracy rate acquiring unit 140 is for according to result data Measurement and Data Processing accuracy rate;
Process misdata acquiring unit 160 is for obtaining the data of processed mistake in preset data according to result data;
Result data acquiring unit 120, accuracy rate acquiring unit 140 and process misdata acquiring unit 160 also for repeat successively respectively the data obtaining data processing equipment process last time processed mistake result data, measure this data processing accuracy rate according to this result data and obtain the data of this processed mistake in the data of last processed mistake according to this result data, until the data of this not processed mistake, thus obtain the accuracy rate sequence of the process preset data of this data processing equipment.
The quantity of the accuracy rate that quantity accumulation module 20 comprises for each accuracy rate sequence accumulative, obtains the maximum quantity of wherein numerical value as maximum number of processes.
Accuracy rate adds module 30 for adding accuracy rate in the accuracy rate sequence of number of processes maximum described in accuracy rate lazy weight, and make the quantity of accuracy rate in all accuracy rate sequences all reach described maximum number of processes, the value of the accuracy rate of interpolation equals 100%.
Comprehensive accuracy rate computing module 40, for calculating the mean value of the accuracy rate in each accuracy rate sequence, obtains the comprehensive accuracy rate of data processing of the data processing equipment that each accuracy rate sequence pair is answered.
Further, comprehensive accuracy rate computing module 40 can also calculate the comprehensive correct amount of data processing according to the comprehensive accuracy rate of data processing.
It is below an application scenarios of the method for above-mentioned Measurement and Data Processing accuracy.
In one embodiment, data processing equipment is data transmission device; Above-mentioned preset data is the data that data sending terminal needs to be transferred to data receiver, and data sending terminal transfers data to data receiver by data transmission device; Above-mentioned accuracy rate is the data transmission accuracy rate that the data received from data sending terminal are transferred in the process of data receiver by data transmission device, and the data volume being namely correctly transferred to data receiver accounts for the ratio of the data volume that data transmission device receives from data sending terminal.
In the present embodiment, preset data to be transferred to the accuracy rate sequence of data receiver by accuracy rate retrieval module 10 for obtaining multiple data transmission device, wherein, comprise the accuracy rate that the data transmission device first time transmission accuracy rate of preset data and this data transmission device transmit the data of last correct transmission again in the accuracy rate sequence of each data transmission device, the quantity of accuracy rate equals corresponding data transmission device and preset data is all correctly transferred to data receiver number of times used.
As shown in Figure 6, in the present embodiment, accuracy rate retrieval module 10 comprises pending data providing unit 110, result data acquiring unit 120, accuracy rate acquiring unit 140 and process misdata acquiring unit 160, wherein:
Pending data providing unit 110 is for sending to data transmission device to transmit preset data by data sending terminal.
Result data acquiring unit 120 is transferred to the data of data receiver for obtaining data transmission device.
The data that accuracy rate acquiring unit 140 receives from data sending terminal for the data that compare data receiver and receive and data transmission device, obtain the ratio of data volume and the data volume received from data sending terminal being correctly transferred to data receiver.
Process misdata acquiring unit 160 is for obtaining the data of incorrect transmission.
Pending data providing unit 110, result data acquiring unit 120, accuracy rate acquiring unit 140 and process misdata acquiring unit 160 also send to data transmission device again to transmit for repeating the data correctly do not transmitted the last time respectively successively by data sending terminal, this is transferred to the data of data receiver to obtain data transmission device, relatively these data received from data sending terminal of these data received of data receiver and data transmission device obtain the ratio of this data volume being correctly transferred to data receiver and this data volume received from data sending terminal, obtain the data of this incorrect transmission, until this does not have the data of incorrect transmission, thus obtain the accuracy rate sequence that preset data is transferred to data receiver by this data transmission device.
It is below the Another application scene of the method for above-mentioned Measurement and Data Processing accuracy.
In one embodiment, data processing equipment is answering device; Above-mentioned preset data is default multiple tracks exercise question; Above-mentioned accuracy rate is the accuracy rate that answering device answers exercise question, and namely certain once answers the ratio of the gross score of all exercise questions of correct exercise question mark and this answer.
In the present embodiment, accuracy rate retrieval module 10 answers the accuracy rate sequence of the multiple tracks exercise question preset for obtaining multiple answering device, wherein, comprising answering device first time in the accuracy rate sequence of each answering device answers the accuracy rate that the accuracy rate of multiple tracks exercise question preset and this answering device answer the exercise question of last erroneous answers again, and the quantity of accuracy rate equals corresponding answering device and all answers number of times correctly used by default multiple tracks exercise question.
In the present embodiment, accuracy rate retrieval module 10 comprises pending data providing unit 110, result data acquiring unit 120, accuracy rate acquiring unit 140 and process misdata acquiring unit 160, wherein:
Pending data providing unit 110 is for inputing to answering device by default multiple tracks exercise question.
Result data acquiring unit 120 answers the answer provided of the exercise question of input for obtaining answering device.
Accuracy rate acquiring unit 140, for the correct option of the exercise question of the answer of comparing answering device and providing and input, obtains the accuracy rate that answering device answers the exercise question of input.
Process misdata acquiring unit 160 is for obtaining the exercise question of erroneous answers.
Pending data providing unit 110, result data acquiring unit 120, the exercise question of last erroneous answers is also inputed to answering device for repeating successively respectively by accuracy rate acquiring unit 140 and process misdata acquiring unit 160, obtain the answer provided of the exercise question of this answer input of answering device, relatively this answer provided of answering device and this exercise question inputted correct option and obtain answering device this answer the accuracy rate of the exercise question inputted, obtain the exercise question of this erroneous answers, until the exercise question of this erroneous answers, thus obtain the accuracy rate sequence that this answering device answers the multiple tracks exercise question preset.
The system of above-mentioned Measurement and Data Processing accuracy, obtain the accuracy rate of data processing equipment first time process preset data, and obtain the accuracy rate of the data of the last process mistake of the follow-up process again of data processing equipment, be as the criterion preset data all to be processed in multiple data processing equipment maximum number of processes correctly used, the accuracy rate of the data processing equipment of maximum number of processes that other number of processes used of the accuracy rate polishing with 100% is not enough, finally, calculate the average person of the accuracy rate of each data processing equipment, the comprehensive accuracy rate of data processing as each data processing equipment, said system is in conjunction with the accuracy of the data of the last processed mistake of the follow-up process again of data processing equipment, and in conjunction with data processing equipment, preset data is all processed number of times correctly used, data processing equipment is made to process the accuracy rate of data each time higher, preset data is all processed number of times correctly used fewer, then the comprehensive accuracy rate of the data processing of data processing equipment is higher, in conjunction with the time ductility of correct process data, and the ability of correcting a mistake carrys out the accuracy of Measurement and Data Processing, thus the comprehensive of measurement result and accuracy can be improved.
As shown in Figure 7, in one embodiment, a kind of data handling system, comprises comprehensive accuracy rate measurement module 701, device chooses module 703 and device starts module 704, wherein:
The data processing comprehensive accuracy rate of comprehensive accuracy rate measurement module 701 for measuring multiple data processing equipment; Device chooses module 703 for choosing the data processing equipment that in multiple data processing equipment, the comprehensive accuracy rate of data processing is the highest; Device starts module 704 for starting the data processing equipment process data chosen; Wherein, comprehensive accuracy rate measurement module 701 comprises the module comprised in the system of the measurement data accuracy in above-mentioned any embodiment.
Above-mentioned data handling system, by comprehensively, the comprehensive accuracy rate of the data processing of Measurement and Data Processing device exactly, start the process that the highest data processing equipment of the comprehensive accuracy rate of data processing carries out data, thus data processing accuracy can be improved.
The above embodiment only have expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (8)
1. a data processing method, comprises the following steps:
Measure the comprehensive accuracy rate of data processing of multiple data processing equipment, comprise: the accuracy rate sequence obtaining multiple data processing equipment process preset data, wherein, comprising this data processing equipment first time in the accuracy rate sequence of each data processing equipment processes the accuracy rate that the accuracy rate of described preset data and this data processing equipment process the data of last process mistake again, and the quantity of accuracy rate equals corresponding data processing equipment and described preset data is all processed number of times correctly used; The quantity of the accuracy rate that each accuracy rate sequence accumulative comprises, obtains the maximum quantity of wherein numerical value as maximum number of processes; In the accuracy rate sequence of number of processes maximum described in accuracy rate lazy weight, add accuracy rate, make the quantity of accuracy rate in all accuracy rate sequences all reach described maximum number of processes, the value of the accuracy rate of interpolation equals 100%; Calculate the mean value of the accuracy rate in each accuracy rate sequence, obtain the comprehensive accuracy rate of data processing of the data processing equipment that each accuracy rate sequence pair is answered;
Choose the data processing equipment that in multiple data processing equipment, the comprehensive accuracy rate of data processing is the highest;
Start the data processing equipment process data chosen.
2. data processing method according to claim 1, is characterized in that, the step obtaining the accuracy rate sequence of multiple data processing equipment process preset data comprises the following steps:
Obtain the result data of preset data described in data processing equipment process;
According to described result data Measurement and Data Processing accuracy rate;
The data of processed mistake in described preset data are obtained according to described result data;
Obtain the result data of the data of data processing equipment process last time processed mistake, this data processing accuracy rate is measured according to this result data, and the data of this processed mistake in the data of last processed mistake are obtained according to this result data, repeat the result data of the data obtaining data processing equipment process last time processed mistake, this data processing accuracy rate is measured according to this result data, and the data of this processed mistake in the data of last processed mistake are obtained according to this result data, until the data of this not processed mistake, thus the accuracy rate sequence of the described preset data of the process obtaining this data processing equipment.
3. data processing method according to claim 1, it is characterized in that, described data processing equipment is data transmission device, described preset data is the data that data sending terminal needs to be transferred to data receiver, data sending terminal transfers data to data receiver by data transmission device, and described accuracy rate is the data transmission accuracy rate that the data received from data sending terminal are transferred in the process of data receiver by data transmission device.
4. data processing method according to claim 1, is characterized in that, described data processing equipment is answering device, and described preset data is default multiple tracks exercise question, and described accuracy rate is the accuracy rate that answering device answers exercise question.
5. a data handling system, is characterized in that, comprising:
Comprehensive accuracy rate measurement module, the comprehensive accuracy rate of data processing for measuring multiple data processing equipment, comprise: accuracy rate retrieval module, quantity accumulation module, accuracy rate adds module and comprehensive accuracy rate computing module, wherein: accuracy rate retrieval module, for obtaining the accuracy rate sequence of multiple data processing equipment process preset data, wherein, comprising this data processing equipment first time in the accuracy rate sequence of each data processing equipment processes the accuracy rate that the accuracy rate of described preset data and this data processing equipment process the data of last process mistake again, the quantity of accuracy rate equals corresponding data processing equipment and described preset data is all processed number of times correctly used, quantity accumulation module, for the quantity of the accuracy rate that each accuracy rate sequence accumulative comprises, obtains the maximum quantity of wherein numerical value as maximum number of processes, accuracy rate adds module, and for adding accuracy rate in the accuracy rate sequence of number of processes maximum described in accuracy rate lazy weight, make the quantity of accuracy rate in all accuracy rate sequences all reach described maximum number of processes, the value of the accuracy rate of interpolation equals 100%, comprehensive accuracy rate computing module, for calculating the mean value of the accuracy rate in each accuracy rate sequence, obtains the comprehensive accuracy rate of data processing of the data processing equipment that each accuracy rate sequence pair is answered,
Device chooses module, for choosing the data processing equipment that in multiple data processing equipment, the comprehensive accuracy rate of data processing is the highest;
Device starts module, for starting the data processing equipment process data chosen.
6. data handling system according to claim 5, is characterized in that, described accuracy rate retrieval module comprises:
Result data acquiring unit, for obtaining the result data of preset data described in data processing equipment process;
Accuracy rate acquisition module, for according to described result data Measurement and Data Processing accuracy rate;
Process misdata acquisition module, for obtaining the data of processed mistake in described preset data according to described result data;
Described result data acquiring unit, accuracy rate acquisition module and process misdata acquisition module repeat successively respectively the data obtaining data processing equipment process last time processed mistake result data, measure this data processing accuracy rate according to this result data and obtain the data of this processed mistake in the data of last processed mistake according to this result data, until the data of this not processed mistake, thus the accuracy rate sequence of the described preset data of the process obtaining this data processing equipment.
7. data handling system according to claim 5, it is characterized in that, described data processing equipment is data transmission device, described preset data is the data that data sending terminal needs to be transferred to data receiver, data sending terminal transfers data to data receiver by data transmission device, and described accuracy rate is the data transmission accuracy rate that the data received from data sending terminal are transferred in the process of data receiver by data transmission device.
8. data handling system according to claim 5, is characterized in that, described data processing equipment is answering device, and described preset data is default multiple tracks exercise question, and described accuracy rate is the accuracy rate that answering device answers exercise question.
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