6results about How to "Solve development problems" patented technology

The invention relates to the technical field of vehicles, in particular to a software assembly method and device, a vehicle, a storage medium and a program product.The method comprises the steps that the vehicle type of a target vehicle is obtained; determining a target configuration file of the target vehicle according to the vehicle type; and assembling the electronic control unit software of the target vehicle based on the target configuration file which is a configuration file related to the vehicle type. Therefore, the problems that part of software cannot adapt to different vehicle types due to the difference of the vehicle types, the software needs to be recompiled to adapt to the vehicle, the software development and maintenance cost is high and the like in the related technology are solved.

The invention discloses a simulation debugging method and device for a wireless Lora sensor in a power transformation and distribution station room, and the method comprises the steps: creating a sensor equipment model for the wireless Lora sensor of each sensor type in a gateway machine, and defining the parameter information of the sensor model and the parameter information of a model data point; the parameter information of the sensor model comprises a unique code of the model; configuring sensor data points in a configuration file of the wireless Lora message simulator, constructing a mapping relation between a sensor type serial number and a model unique code, and further establishing a one-to-one correspondence relation between model data points and the sensor data points; in a wireless Lora message simulator, firstly, sensor equipment and sensor data points are added in a mode of loading a sensor equipment model, then, data point values meeting parameter information requirements of the sensor data points are generated through simulation, and finally, the data point values generated through simulation are sent according to a set message sending mode. According to the method, the wireless LoRa sensor can be simulated to generate the data point value of the sensor, and the problem of low data message development and test efficiency caused by dormancy of the wireless LoRa sensor or incomplete type of the wireless LoRa sensor is solved.

The invention discloses a control method for uniformly controlling multi-type longitudinal separation of a plate glass production line, which comprises the following steps: S1, a longitudinal breaking and longitudinal separation system distributes longitudinal breaking and longitudinal separation tasks for different glass plate types; s2, after detecting that the glass plate enters the process area, the longitudinal breaking-off and longitudinal separation system interacts with a main line tracking system to obtain online glass information; s3, analyzing whether the online glass is matched with the distributed longitudinal breaking and longitudinal separating tasks or not, reading the tool mark position of the glass plate, and judging whether the tool mark position is within the travel range or not; s4, the position of the tool mark is converted into stroke data of a transverse moving motor, and the action permission of an air cylinder in a longitudinal breaking-off and longitudinal separating system is activated; s5, a servo motor is adjusted to act, so that the glass reaches a preset position, and the glass is jacked up by an air cylinder and falls down after jacking time is up; and S6, detecting whether the servo motor and the air cylinder complete actions or not, and feeding back a detection result to an upper monitoring link. The control method can effectively solve the development problem of the special-type longitudinal breaking-off and longitudinal separating system, and the control process is simplified.

The application discloses a DSP virtualization system and method based on dynamic loading and redirection technology, and the system is realized by cooperation of a HOST side running on a host and a DSP side running on a DSP. The DSP side comprises a DSP firmware module, and the HOST side comprises a DSP Lib module, a vDSP Manager module and a vDSP Lib module. The application realizes concurrent use of single DSP resources by multiple users through the DSP virtualization system, solves the problem that DSP can only be developed and used by a single user, and achieves the purpose of improving the utilization rate of DSP resources. For CPU-DSP collaborative application, a user can flexibly support new DSP API calling requests in a CPU-DSP application program through DSP function blueprint extension and vDSP Lib module extension.

The present invention discloses a data processing method, device and readable storage medium based on microservice architecture, the method comprising: when detecting an interface service request of a newly added user, determining the target type of the interface service request; if the target type is a customized interface service type, constructing the target microservice interface of the interface service request based on a preset microservice architecture; extracting the associated json data of the target microservice interface, and determining the target path of the target microservice interface based on the associated json data; based on the target path, determining the user rights of the newly added user to complete the rights management of the newly added user. The present application solves the technical problem in the prior art that the development and maintenance costs of the product data platform are too high in order to meet the data needs of different users.

The invention relates to a method for realizing financial quantitative model development and operation processing based on a container cloud technology. The method comprises the following steps: establishing a containerized development environment; developing a quantitative model; respectively carrying out optimization deployment on the high-frequency calling model service and the low-frequency calling model; all quantitative model services are mapped into HTTP interfaces, and centralized management, monitoring and statistics are carried out on the model services by utilizing a unified API gateway. According to the method and device for realizing financial quantitative model development and operation processing based on the container cloud technology, the processor and the computer readable storage medium, the container cloud technology is deeply combined with the development, deployment and operation of the financial quantitative model; through an automatic deployment process, elastic resource scheduling and a unified monitoring mechanism, the development and operation efficiency of the financial quantitative model is greatly improved, the efficiency and flexibility of model development are remarkably improved, and meanwhile, the stability and safety of model operation are enhanced.