40results about How to "Real-time generation" patented technology

A method for radiological imaging of a region of interest including blood vessels. The method has the steps of acquiring a real-time fluoroscopic image of the region of interest by exposing the region of interest to a first dose of X-rays, the fluoroscopic image showing background structures and instrument introduced into the vessels; subtracting a mask image from the acquired real-time fluoroscopic image to generate a subtracted fluoroscopic image showing only the instrument; combining the subtracted fluoroscopic image and a pre-recorded diagnostic image of the region of interest showing only the blood vessels to generate a combined image showing both the blood vessels and the instrument; and displaying the combined image on a screen for viewing. The mask image is determined from a fluoroscopic image acquired prior to the introduction of the instrument into the vessels by exposing the region to an X-ray does equivalent to the first dose.

The invention discloses a three-dimensional view acquisition method, which comprises the following steps of: setting computation variables in an image interface and an image processor; changing gray scales and layering; computing a cost function matrix; computing an original information storage matrix; computing a confidence matrix and depth map data; initializing a shifting distance, and shifting all pixels in a two-dimensional view into a two-dimensional virtual view; detecting and removing quantizing noises in the two-dimensional virtual view and errors which are not accordant with a sequence restraint, and correcting the errors by using the sequence restraint; detecting void areas in the two-dimensional virtual view and filling the void areas with pixels in a background area; and generating the three-dimensional view. With the characteristics and advantages of developing the parallel processing mode of the image processor, the method realizes the parallel computation of the conventional three-dimensional matching algorithm and the image description algorithm under a graphic processing unit (GPU) frame, so that computation efficiency is improved and real-time binocular visual demonstration is realized.

The present invention proposes a method and system for processing reinsurance business, wherein the method includes: generating messages corresponding to various types of risky units through producer services according to the dependencies between various types of risky units, and publishing the messages corresponding to risky units In the message middleware, the message middleware recognizes the messages corresponding to the reinsurance risk units from the messages received from various risk units, and publishes the messages corresponding to the reinsurance risk units to the consumer service. The message is consumed to generate the reinsurance trial data corresponding to the reinsurance business, and the consumer service will put the generated reinsurance trial data into the second database corresponding to the reinsurance business. In this method, producer services, message middleware, and consumer services constitute the producer-consumer model, which can realize one-click generation of reinsurance trial calculation data, improve the generation efficiency of reinsurance trial calculation data, and realize real-time generation of reinsurance trial calculation data. Calculated data, saving monthly settlement costs.

A method and a system for realizing automatic tests of a Digital Signal Processor (DSP) are provided. The method comprises: constructing a test platform, and realizing the communication between an algorithm simulation module (41) and a DSP development module (42) through running a unified script in the test platform (501); generating a test case through the test platform controlling the algorithm simulation module (41) to run an algorithm simulation project (502); and controlling the DSP development module (42) to run the DSP project corresponding to the algorithm simulation project and perform the test case, and obtaining the test result for the DSP project (503). The method and the system for realizing automatic tests of a DSP provided by the solution unite algorithm simulation software and a DSP development tool to perform automation simulation tests for the DSP project, and realize real-time generation of test data, automatic comparison of test results and automatic generation of a test report. The solution increases the automation level of the DSP test, saves the manpower cost and improves the production efficiency.

The invention provides a spacecraft remote control rapid test verification system and method based on a Lua script. The system comprises a telemetry front end module, a remote control front end module, a data subscription module, a test console and a main test processor. The main test processor further comprises a dynamic instruction generation module, a telemetry distribution module and a remotecontrol distribution module. The telemetry front end module receives telemetry information transmitted by a satellite and sends the information into the telemetry distribution module. The telemetry distribution module processes the telemetry information from the data source code state to the data engineering value state, and sends the information to the data subscription module. The dynamic instruction generation module proposes a subscription request for distribution. The dynamic instruction generation module completes Lua script function registration according to an input design file and generates a Lua script file. The test console receives a remote control command, and transmits the remote command to generate required parameters for the dynamic instruction generation module. The Lua script file is explained and executed to generate an instruction binary code. The instruction binary code is sent to the remote control front end module through the remote control distribution module, and is finally delivered to the satellite.