9results about How to "Reduce perception" patented technology

The application provides a semiconductor device manufacturing method and a semiconductor device. The method comprises the following steps: providing a semiconductor substrate, a first trench is formed in the semiconductor substrate, a field oxide layer is formed on the side wall and the bottom wall of the first trench, so that a space outside the surface of the field oxide layer in the first trench forms a second trench, and the first conductive material is filled in the second trench. The field oxide layer of the side wall of the first trench is removed to a first set depth to form a third trench. A barrier layer is formed on the bottom wall of the third trench, a gate oxide layer is formed on the side wall of the third trench, at least two separated gates are formed in the space outside the surface of the gate oxide layer in the third trench, the barrier layer is removed, and the gap between the separated gates is filled. Then, the space between the bottom of the separated gate and the upper surface of the field oxide layer forms an air layer. Due to the introduction of the air layer, the gate leakage capacitance and the gate-source capacitance are reduced, the switching loss and the conduction loss are reduced, and the opening rate of the device is improved.

The application discloses a kind of low-illumination condition fast moving target multi-view cooperative tracking method and device, the method includes low-illumination condition fast moving target multi-view tracking algorithm and unmanned aerial vehicle cluster cooperative tracking algorithm;Multi-source environment perception is carried out using millimeter wave radar sensor, RGB vision sensor and infrared vision sensor carried by unmanned aerial vehicle;Multi-source perception data is normalized in time and space dimensions by three space-time heterogeneous alignment algorithm;Multi-source fusion perception data after space-time normalization is input into multi-source fusion perception feature calculation network to calculate the world coordinates of the tracked target under the current frame;The calculation result is compared with the calculation result of last frame, to judge the change of the position and moving direction of the tracked target in world coordinate system;The world coordinate information of the tracked target is shared through cluster communication, and the trajectory of unmanned aerial vehicle cluster is formulated and updated using multi-agent reinforcement learning, to realize unmanned aerial vehicle cluster cooperative tracking.

The present application relates to a kind of tetrahydroxy bile acid pharmaceutical composition and its preparation method and application.The present application provides a kind of pharmaceutical composition, it includes 100 weight parts of compound shown in formula I and 300~900 weight parts of saccharide.The present application also provides the use of the pharmaceutical composition in the preparation of drug for treating PFIC.The pharmaceutical composition of the present application can improve dose accuracy, solve the problem of poor taste of bile acid compound, easy to swallow, can improve the compliance of children drug.The pharmaceutical composition of the present application has good stability, easy to transport and store.In addition, the pharmaceutical composition of the present application realizes the stability of treatment effect under different doses, easy to accurately dose children according to body weight, while having good bioavailability, can realize good absorption and utilization in vivo.

The invention discloses a compressor low-noise operation rotating speed calibration method and device and a storage medium, and relates to the technical field of compressor control, the compressor low-noise operation rotating speed calibration method comprises the steps that rotating speed acceleration noise associated data is acquired, and a to-be-evaded rotating speed threshold value is determined according to the rotating speed acceleration noise associated data; whether the whole vehicle meets a static condition or a dynamic driving condition or not is determined, the vehicle meeting the static condition is in a static state, and the vehicle meeting the dynamic driving condition is in a driving state; when the whole vehicle meets the static condition, compressor noise data and compressor vibration data are determined; when the whole vehicle meets the dynamic driving condition, environment noise data and environment vibration data are determined; and according to the compressor noise data, the compressor vibration data, the environment noise data, the environment vibration data and the to-be-evaded rotating speed threshold value, data matching is conducted, and the target rotating speed of the compressor is obtained. The effect of accurately calibrating the low-noise operation rotating speed of the compressor is achieved.

The application belongs to the technical field of communication, and discloses an AI mobile phone communication man-machine coupling intelligent switching method based on personalized sound replication, which comprises the following steps: S1, receiving a user's voice sample at an AI mobile phone terminal, extracting multi-dimensional voiceprint parameters, and constructing a personalized sound replication model; binding the personalized sound replication model with the user's communication identity identifier to form a communication sound configuration file; S2, when a communication task is triggered, the application scene of the communication task is discriminated based on the initiation mode and target object of the communication task, and a corresponding scene-based communication execution strategy is generated according to the discrimination result; S3, in the process of communication, the speech and semantics of the opposite end are identified in real time, the scene-based communication execution strategy is combined, and the intention of the opposite end and the service response state are jointly determined; the stability of the man-machine coupling communication process and the user experience are improved.

The application relates to a low-perception automatic environment lighting adjustment method and system, comprising the following steps: comparing a specific feedback signal collected with a trigger condition set and corresponding to a preset lighting strategy set matched with the trigger; on the basis of pressure collection data generated by walking and moving of the old people, combining a system clock and old people's living habit learning record, comprehensively judging the old people's action intention and behavior implementation purpose, and then automatically adjusting a light source lighting switch and lighting parameters, so that the old people do not need to actively intervene in operation in an environment light source adjustment process, the perception of the old people for the environment light adjustment is reduced as much as possible, and accidents such as falling and knocking caused by unsuitable light environment are avoided, and the best environment light source effect is provided in a natural and soft mode.

The application discloses a manufacturing method of bamboo shoot fiber nutrition rice, and belongs to the technical field of food processing. The manufacturing method of the bamboo shoot fiber nutrition rice is as follows: bamboo shoot raw materials are sliced, airflow dried, coarsely pulverized and ultra-micro pulverized to prepare fiber fine powder with a particle size of 1-10 microns; the fiber fine powder is mixed with glutinous rice powder or cassava starch, whey protein powder and the like according to a mass ratio of 7.15-88.97:7.85-85.86:0-36.53 to prepare pulp; 0.3g of glutamine transaminase is added for treatment; three-stage heating and extrusion molding are carried out; and after drying and polishing, the nutrition rice is prepared. The application improves the taste of the bamboo shoot raw materials through ultra-micro pulverization, solves the molding problem through enzyme treatment and segmented heating and extrusion, and prepares the nutrition rice with a dietary fiber content of 5-50.5% and a protein content of 5-30.7%, fills the market blank of high-dietary-fiber nutrition rice, and can fully utilize bamboo shoot resources, and has economic and social benefits.

This invention discloses an integrated communication and sensing method for cloud access networks (CRAN) assisted by an active intelligent reflector. In the context of a CRAN, this method effectively reduces mutual interference between communication and sensing systems by leveraging the centralized signal processing advantages of a multi-antenna baseband processing unit (BBU). Simultaneously, it utilizes an active intelligent reflector (Active-IRS) to assist both communication and sensing. A joint design of a multi-antenna remote radio head (RRH) and beamforming at the active intelligent reflector ensures that the reflected signal from the active intelligent reflector is aligned with the target direction. The amplifier integrated into the active intelligent reflector enhances the energy of the reflected signal to counteract the impact of multipath loss on signal strength. This method achieves the desired reflector beam while maintaining the user's signal-to-interference-plus-noise ratio (SNR).

The present disclosure provides a large model request processing system and an electronic device. A large model request processing method includes: a terminal device responding to an information transmission exception message of a target model, determining a transmission exception cause; the terminal device sending a continuation request to the server according to the transmission exception cause, the continuation request including question information and displayed information; the server forming continuation information according to the question information and the displayed information of the continuation request; the server sending the continuation information to the terminal device; and the terminal device displaying the continuation information after the displayed information. The embodiments of the present disclosure can optimize the user experience of a large model.