12results about How to "Implement deployment" patented technology

The application belongs to the technical field of integrated circuits, and discloses a circuit structure for one-step solution of linear equations based on a memristor array, wherein the linear equations are Ax=b, and in the circuit, a first memristor array matrix operation core realizes mapping of the matrix A, takes a negative value of a first operation voltage vector as a bit line voltage, performs a matrix multiplication operation, reads a word line current as a first operation current vector after the operation, a bias mapping module maps b into a bias current vector, a current superposition module superimposes the first operation current vector and the bias current vector to generate a superimposed current vector, and converts the superimposed current vector into a second operation voltage vector through a transimpedance amplifier module, a second memristor array matrix operation core realizes mapping of the matrix A, takes the second operation voltage vector as a bit line voltage, performs a matrix multiplication operation, reads a word line current, and performs an integral operation on the word line current through an integrator module to obtain an updated first operation voltage vector. T The above hardware circuit can realize solution of the linear equations.

The utility model discloses a kind of semitrailer tarpaulin devices, comprising: semitrailer floor, the top of the semitrailer floor is fixedly connected with vertical plate, the top of the vertical plate is fixedly connected with top plate, the top of the semitrailer floor is fixedly connected with the side of head baffle;Top shielding component, the top of the head baffle is fixedly connected with the side of top shielding component, side shielding component, the side of the vertical plate is fixedly connected with the side of side shielding component, the tail shielding component is used to adopt tarpaulin shielding to the tail of semitrailer, the utility model relates to tarpaulin device technical field.The semitrailer tarpaulin device, by the setting of top shielding component, by driving motor directly driving threaded block drives the rotation axis of far end to move outward, first tarpaulin is spread over the top of entire semitrailer, and first tarpaulin is carried by multiple rotation axes, can evenly share tarpaulin quality, avoid causing equipment overload in moving process.

This invention provides a flexible production line control method and system based on a large vertical domain model. The method includes: constructing a pruning index combining temporal stability and spatial similarity for the original large vertical domain model to evaluate the redundancy of the activation tensors in the intermediate layers, and performing structured pruning accordingly to obtain a sparse structure model; performing mixed-precision quantization on the pruned model: allocating quantization bits according to the sensitivity of each network layer weight to task loss, and calculating scaling factors and zeros based on the range of non-zero weights to represent sparse weights; calculating the output deviation between the quantized pruned model and the original model under the same input, and training a feedforward network with the former's output as input to fit and compensate for the output deviation; combining the quantized pruned model and the feedforward network to form a composite control model; after deployment, adding the output command of the quantized pruned model to the compensation vector during inference to generate control commands.

This application provides an image contrast enhancement method, system, electronic device, and storage medium. The method includes: separating luminance and chrominance components from the YUV data of an input image; training the luminance component for contrast enhancement using an enhancement network model to obtain an enhancement coefficient grid for the luminance component and compensation coefficients for the chrominance component; enhancing the luminance component using the enhancement coefficient grid and enhancing the chrominance component using the compensation coefficients; and obtaining an enhanced image based on the enhanced luminance and chrominance components. This application can significantly reduce computational complexity while maintaining contrast enhancement effects, and can also suppress noise and eliminate video flicker.

The invention relates to the technical field of cluster deployment, and provides a big data cluster dynamic deployment method and device, equipment, a product and a storage medium. The method comprises the steps of obtaining a resource demand template based on a prediction type of a calculation task; generating a trigger event based on the monitoring signals in the sub-clusters of the plurality of calculation modes; generating a deployment rule based on the trigger event; based on a calculation mode required by the calculation task, constructing a big data cluster deployment model; and dynamically deploying the big data cluster based on the big data cluster deployment model and the deployment rule. Changes of computing resource requirements of big data in different computing modes can be sensed in real time and are sequentially associated with the trigger event, the deployment rule and the big data cluster deployment model, overall deployment of the big data cluster is achieved, the utilization rate of cluster resources is effectively increased, and the deployment efficiency is improved. And resource dynamic deployment requirements for different calculation modes in big data processing are met.

The application relates to a pressure test method, system, device, computer equipment and storage medium, the method comprising: in response to a pressure test request for a test object, determining a pressure test parameter corresponding to the pressure test request; based on a test script file stored in a pressure test platform, obtaining a test instruction corresponding to the pressure test parameter; calling a target execution device from a plurality of pressure test execution devices preset in the pressure test platform, and sending the test instruction to the target execution device to instruct the target execution device to perform pressure test on the test object based on the test instruction, thereby realizing automatic application and deployment of the pressure test execution device and effectively improving the allocation and use efficiency of pressure test resources.

The application discloses a kind of method, device, equipment and readable storage medium of deployment K8S cluster, applied to computer technology field, including obtaining offline installation script information;Wherein, offline installation script information includes deployment installation package and cluster compressed package image;According to Terraform and pre-defined configuration information, create Openstack resource, obtain the resource configuration file returned;Pre-defined image warehouse item is obtained, and according to offline installation script information, resource configuration file and pre-defined image warehouse item deployment K8S cluster.The application is with the terraform of Kubespray, produces resource configuration file.Combined with cluster compressed package image, the advantage that Kubespray can be offline generation cluster is combined with the advantage that cluster compressed package image can quickly install K8S cluster, and as long as pre-defined configuration information is input, one-key deployment of K8S cluster can be realized.

This invention discloses a mobile non-motorized vehicle capture device and its deployment method, relating to the field of intelligent transportation technology. The deployment method includes: after power-on, acquiring a current environmental image through a video acquisition unit; performing similarity matching between the current environmental image and sample environmental images in a sample library, wherein the sample library stores sample environmental images of multiple intersections; if a target sample environmental image matching the current environmental image exists in the sample library, acquiring the initialization setting parameters for the mobile non-motorized vehicle capture device at the intersection corresponding to the target sample environmental image; adjusting the setting parameters of the video acquisition unit and the radio frequency acquisition unit based on the initialization setting parameters, so that after the setting parameters of the video acquisition unit and the radio frequency acquisition unit are adjusted, vehicle violation detection is performed through the video acquisition unit and the radio frequency acquisition unit. This invention achieves automatic deployment of the mobile non-motorized vehicle capture device.

The present application relates to the technical field of medical image processing, and provides a medical image feature extraction model training method and a medical image classification method, which comprises the following steps: inputting a medical image into a medical image feature extraction model to obtain coarse-grained image features and fine-grained image features; inputting a medical report into a medical report feature extraction model to obtain report coarse-grained features and report fine-grained features; performing cross-attention calculation on the fine-grained image features and the report fine-grained features to obtain cross-modal fusion features; calculating coarse-grained cross-modal alignment loss based on the coarse-grained image features and the report coarse-grained features; calculating fine-grained cross-modal alignment loss based on the fine-grained image features and the cross-modal fusion features; and training the medical image feature extraction model and the medical report feature extraction model with the weighted sum of the losses as the target, so that the image features extracted by the medical image feature extraction model are more accurate.

The application discloses a locomotive intelligent operation and maintenance system and method, a storage medium and electronic equipment, and relates to the field of locomotive operation and maintenance.The system comprises a data management platform, a whole vehicle function module and a plurality of business modules, all the modules are independently adapted and deployed in partitions and the running environments are mutually isolated, the data management platform collects and pre-processes multi-source data to obtain standardized data, the whole vehicle function module executes vehicle overall level operation and maintenance management business based on the whole vehicle standardized data distributed by the data management platform, and the business module executes fine operation and maintenance management of corresponding business based on the business standardized data distributed by the data management platform.The application independently deploys all the modules, isolates the running environments, completes independent splitting of the modules, supports parallel collaborative development of multiple professional teams, and shortens the development cycle.The modules do not directly communicate, compatibility problems and implicit faults caused by direct coupling between the modules are eliminated, and the application quality of the system is improved.

The application relates to a tool generation method and device, computer equipment and a storage medium, which comprises the following steps: generating a key element set based on key information in an interface description text; generating an interface model by performing data generation on the key element set based on a rule reasoning algorithm; constructing a calling sequence diagram based on the interface model, and optimizing the calling sequence diagram to generate a connection logic framework; adjusting abnormal processing logic in the connection logic framework to generate an enhanced logic structure; generating a construction script based on the enhanced logic structure; verifying the construction script based on a verification strategy to obtain a verification result, and generating an executable connection tool based on the verification result and the construction script; performing simulation test processing based on the connection tool to obtain test data, and determining a connection configuration corresponding to the connection tool based on the test data; and deploying the connection tool and the connection configuration to a target system. The application effectively improves the generation efficiency of the connection tool, and realizes rapid deployment of system integration.

The invention discloses an SRv6 message forwarding security protection method, device and equipment and a storage medium, and belongs to the technical field of communication networks, the method comprises the following steps: when it is determined that a received SRv6 message needs to be subjected to SRv6 security verification and a preset bit position in a message header is bit, identifying source address information and preset field information in the message header; determining a target Hash algorithm and target public key information based on a source information mapping list, the source address information and preset field information; decrypting the SRH meta-information fingerprint in the message through the target public key information to obtain a first plaintext abstract; calculating SRH meta-information in the message through a target Hash algorithm to obtain a second plaintext abstract; and if the first plaintext abstract is consistent with the second plaintext abstract, forwarding the message. According to the method and the device, the security protection risk in the SRv6 network message forwarding process in the prior art is greatly reduced.