30results about How to "Realize online debugging" patented technology

The invention discloses a debugging method, comprising: extracting a first debugging enabling signal from a message header of a received transmission message; the transmission message is a message sent by a previous chip in a transmission path of a data message to be debugged; Wherein, the data message to be debugged is configured in the message body of the transmission message after the debugging of the previous chip is completed, and the first debugging enable signal is configured in the message body of the transmission message after the debugging of the previous chip is completed. In the message header of the transmission message; if the first debugging enabling signal is in an enabled state, debugging the data packet to be debugged to obtain a debugging result. The invention also discloses a debugging device and a computer-readable storage medium at the same time.

The invention relates to a servo control system and method for a multi-field thermal imager, the system includes a power filter module, a power conversion module, an asynchronous communication module, a main control module, a main control reset module, a motor drive module, and a high-precision sensor position signal Modem module, signal conditioning module, reference voltage generation module, connector and limit switch input module. The present invention adopts the main controller whose performance meets the requirements as the core control device, the motor driver with ultra-small volume, and the high-precision position signal acquisition module, and realizes the position servo precise control of the four-way motor.

The invention discloses a method for optimizing and debugging the resistance of a cooling water circulation system, comprising the following steps: 1) collecting data; 2) analyzing the flow of water supply: if the difference between the design temperature difference of the total supply and return water and the actual temperature difference of the total supply and return water falls within If it is within the set threshold range, perform step 4); if the difference between the total supply and return water design temperature difference and the total supply and return water actual temperature difference falls outside the set threshold value range, adjust the operating flow rate of the circulating water system After the circulating water system runs stably under the operating flow conditions, perform step 3); 3) collect the actual operating parameters of the system again, and perform step 2) in a loop until the actual temperature difference of the total supply and return water falls below the set threshold 4) resistance analysis; 5) resistance concentration: concentrate all the abnormal resistance in the circulating water system on the outlet valve of the water pump, and calculate the optimal water supply capacity required by the circulating water system; 6) debugging: adjust the circulating water system from The current water supply capacity is adjusted to optimize the water supply capacity.

The invention discloses a self-controlled computer mainboard, which comprises a COMe mainboard, a CPCI pinboard, and a power module for supplying power for the COMe mainboard and the CPCI pinboard. The COMe mainboard comprises a processor, a bridge ribbon and a memory; the CPCI pinboard comprises a PCIe to PCI bridge chip; the processor adopts a Loongson 3A serial processor; the bridge ribbon adopts a Loongson 2H chip; the memory adopts a DDR3 memory grain chip; the Loongson 3A serial processor is connected with the Loongson 2H chip through an HT bus; the Loongson 3A serial processor and the Loongson 2H chip are connected with the DDR3 memory grain chip through memory channels; an EJTAG debugging interface used for carrying out reliability testing on the Loongson 3A serial processor and the Loongson 2H chip is also arranged on the COMe mainboard. According to the self-controlled computer mainboard provided by the invention, the Loongson 3A serial processor and the Loongson 2H matched bridge chip with full autonomy proprietary intellectual property rights are adopted, and the hardware interface of a mainboard platform is arranged, so that higher product domestication rate can be realized, the demands on information safety and self-controllability are met, and the technical risks and the uncontrollable hidden dangers in product use and maintenance are eliminated.

The invention discloses a development method of an optimizer plugin of multidisciplinary optimization simulation software. In the method, the optimizer plugin comprises a plugin port module, an API interface module, an algorithm program module and a plugin interface module, wherein the plugin port module is used for realizing the function calling carried out on the optimizer plugin by the simulation software; the API interface module is used for realizing calling carried out on an analysis module in the software by the optimizer plugin; the algorithm program module is used for realizing functions of calling an algorithm program and executing an optimization strategy; and the plugin interface module is used for realizing graphical configuration of parameters of the algorithm program. According to the method disclosed by the invention, interfaces are simple and easy to learn, so that the online debugging of the program of the optimizer plugin can be realized, and the development period of the optimizer plugin can be shortened; and meanwhile, the calling and data transmission between the optimizer plugin and the simulation software are carried out by adoption of a memory interaction manner, so that the running efficiency of the optimizer plugin is improved.