Referring To Fig. 1
Legal status (The authorized standing is an assumption and is not a authorized conclusion. Current Assignee (The listed assignees may be inaccurate. Priority date (The priority date is an assumption and is not a legal conclusion. The invention relates to an clever monitoring and calibrating method and iTagPro device for a collected knowledge matrix, which contains the next steps: acquiring varied interference elements influencing the sampling information of the battery equipment; determining the gradient of every interference factor; buying relative sampling data below each interference issue in response to the determined gradient; buying precise sampling data of the battery gear in the operation process; finishing up operation processing on the relative sampling data and the actual sampling data to acquire information precision calibration parameters for the battery equipment; and carrying out knowledge precision calibration on the battery tools primarily based on the obtained knowledge precision calibration parameters. The invention can keep away from the problem that errors caused by totally different interference cross environments cannot be corrected, can perform full-range and multi-dimensional correction and dynamic correction tracking calibration on the precision of the acquired data, has increased precision calibration on the acquired knowledge and is closer to a real value, has easy algorithm, robust correction capability and sturdy practicability, improves the product efficiency, and might perform sampling precision correction adjustment aiming at the efficiency distinction among each gadget.
The invention relates to the field of knowledge acquisition of battery gear, particularly to an clever monitoring and calibrating method and system for an acquired data matrix. The present subject of information acquisition of battery equipment is usually calibrated underneath a single environmental situation for data accuracy calibration, and advanced environments usually are not calibrated. The prevailing information precision calibration method is restricted by regional correction, so that the acquired information can't be corrected in a full vary; when completely different external condition interference factors exist, the present calibration technique normally ignores the influence of different interference environments on the precision, and the strategy significantly reduces the product performance and the information acquisition precision of the info acquisition gear. The invention aims to resolve the technical problem of providing an clever tracking and calibrating methodology and gadget for iTagPro device a collected data matrix aiming at the defects in the prior art. S6, performing data precision calibration on the battery equipment based on the obtained information precision calibration parameters.
S62, the battery equipment receives and stores the data precision calibration parameters. S61-1, adjusting the info precision calibration parameters in line with variations of various battery devices. S66, calibrating the precise sampling value in keeping with the corresponding knowledge precision calibration parameter to acquire the real sampling knowledge of the battery gear. S64; if not, the process proceeds to step S66. The intelligent monitoring and calibrating methodology for the collected data matrix has the next helpful effects: the clever monitoring and calibrating technique for the collected data matrix comprises the following steps: obtaining various interference factors influencing the sampling information of the battery equipment; determining the gradient of every interference issue; buying relative sampling information under every interference factor based on the decided gradient; buying precise sampling knowledge of the battery gear within the operation process; carrying out operation processing on the relative sampling information and the precise sampling information to acquire data precision calibration parameters for the battery equipment; and finishing up knowledge precision calibration on the battery tools primarily based on the obtained data precision calibration parameters. The method can keep away from the problem that errors cannot be corrected resulting from different interference cross environments, can carry out full-range and multi-dimensional correction and dynamic correction tracking calibration on the precision of the acquired knowledge, has higher precision calibration on the acquired data and is nearer to a true value, has simple algorithm, strong correction functionality and sturdy practicability, improves the product performance, and can correct and adjust the sampling precision according to the performance difference amongst all tools.
Three is a logic block diagram of an clever tracking calibration apparatus for a collected data matrix in accordance with an embodiment of the current invention. The technical solutions within the embodiments of the current invention might be clearly and utterly described beneath with reference to the drawings in the embodiments of the present invention, and it's obvious that the described embodiments are solely part of the embodiments of the current invention, and never the entire embodiments. All different embodiments, which may be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall inside the safety scope of the present invention. Referring to fig. 1, an embodiment of the current invention supplies an clever monitoring calibration methodology for a collected knowledge matrix. The intelligent tracking and calibrating technique for the collected data matrix is appropriate for battery tools.
Of course, it will be understood that the info accuracy calibration method may also be utilized to any system requiring information acquisition. S1, acquiring numerous interference components influencing the sampling knowledge of the battery tools. The interference elements influencing the sampled knowledge of the battery tools could be obtained by analyzing the error which could also be precipitated to the sampled knowledge of the battery equipment by the respective acquisition interference source of each battery gear. Each battery machine is completely different, so within the strategy of analyzing the interference factors, the battery gadgets must be analyzed by the operator according to totally different units. The interference supply is primarily an exterior condition influencing the sampling precision of the battery gadget. For instance, together with but not limited to temperature, air pressure, humidity, current, voltage, age of the product, variety of uses, and the like. And step S2, determining the gradient of each interference factor.