10results about How to "Avoid communication" patented technology

The invention belongs to the field of cooperative control of a multi-agent system, and the method aims at a fully heterogeneous linear multi-agent system under a directed topological graph, takes event-triggered communication transmission as a background, and aims at realizing stable formation control on the premise of utilizing a fully distributed control structure. And the formation control problem of the fully heterogeneous multi-agent system based on the mixed event triggering mechanism is researched. According to the method, a mixed event trigger communication strategy is used, network transmission bandwidth occupation can be reduced, and data transmission energy consumption is saved; designing a local state observer and a distributed event trigger state observer to estimate the states of the followers and the leader according to the conditions that the states of the followers are unknown and communication links do not exist between the leader and part of the followers; the designed distributed formation control protocol does not depend on global information, can ensure that followers realize ideal time-varying output formation configuration in a dynamic environment, and can accurately track a motion trail formed by a plurality of leaders at the same time.

Disclosed are an information processing system and method, a program product, and a normality assurance system, the information processing system comprising a processor that, when it is confirmed that a startup program is normal with reference to first confirmation information for confirming the normality of the startup program, performs startup based on the startup program, and if it is confirmed that the startup program is normal with reference to second confirmation information for confirming the normality of the startup program, performs startup based on the startup program. And communicating with one or a plurality of other systems registered in advance, referring to second confirmation information for confirming the normality of the startup program of the other systems, mutually confirming that the startup program is normal with the other systems, and when mutually confirming that the startup program is normal with the set number or more of other systems, performing communication with the other systems. Communication with an external device is permitted.

The invention belongs to the technical field of oil and gas well drilling and completion engineering design and construction, and particularly provides a well group underground drilling anti-collision detection method which comprises the following steps: determining a target site; a foundation well is drilled in the target site; drilling a plurality of adjacent wells around the base well; a casing pipe is put into the adjacent well; an anti-collision tool is put into the foundation well; and starting the anti-collision tool to carry out magnetic detection on the casing pipe in the adjacent well, comparing a magnetic detection result with actual data of the casing pipe in the adjacent well, and correcting until the magnetic detection result is consistent with the actual data, thereby completing anti-collision detection. The problem that the research and development progress of the large well group drilling anti-collision tool is reduced due to the fact that the effect of the large well group drilling anti-collision tool is not systematically verified in the prior art is solved. Data are provided for improvement of the anti-collision tool, the magnetic detection effect of the anti-collision tool is improved, the improvement time of the anti-collision tool is shortened, and the research and development cost is reduced; and the current related technical blank is filled.

This disclosure relates to parallel inference methods, apparatuses, devices, and media for multiple LoRA large models, and pertains to the field of deep learning technology. By adding a dedicated process for the LoRA model, it achieves decoupling and separate management from the original large model process at the process level. At the system architecture level, it realizes isolation and parallel computing of the basic large model and multiple LoRA models in terms of computing and storage resources. Compared with traditional methods that deploy the large model and LoRA models on the same device, this disclosure can deploy more LoRA models and improve inference concurrency. Before each iteration of inference, the metadata data is synchronized within the LoRA process group, and the input data is controlled to be broadcast only within the large model process group, avoiding communication and storage redundancy caused by broadcasting input data to the LoRA process and optimizing preprocessing efficiency. By separating the LoRA process and the large model process for parallel operation, efficient separation and collaboration of inference are achieved.

The present disclosure relates to a resource sharing method, device, electronic device and storage medium, the method comprising: displaying a call component, the call component indicating that a call link has been established between a first client and a second client, if it is determined that a preset resource is currently being played on a first page where the call component is located, displaying a resource sharing component on the first page, the resource sharing component indicating that the preset resource is shared with the second client through the resource sharing component. The embodiment of the present application avoids the coexistence of sharing and communication under the room framework through independent call components and resource sharing components, and constructs a resource sharing component through existing call components, so that users can achieve targeted and rapid sharing, saving communication resources and device resources.

Provided is a vehicle control system that can prevent delays and losses in packet communication, prevent handover failures, and improve productivity while ensuring safety for various types of vehicles. The vehicle control system includes an on-board terminal mounted on a vehicle and including a plurality of wireless modems; a plurality of wireless base stations that wirelessly communicate with the on-board terminal, and form a plurality of cells; and a vehicle central control device that communicates with the on-board terminal via one of the wireless base stations. Each of the plurality of wireless modems is configured to be able to, when the vehicle moves across the plurality of cells, execute a handover to switch a connection to one of the plurality of wireless base stations to another. Each of the plurality of wireless modems is configured to be able to set threshold for executing the handover different from the others.

A chip device for nucleic acid detection in a sample, comprising a substrate and piston-type containers. The piston-type containers are communicated with each other by means of microfluidic channels; the chip device for nucleic acid detection is further provided with piston valves each located between containers for controlling the fluid communication between the containers communicated with each other; the chip device for nucleic acid detection comprises: a sample receiving module; a sample lysis module; a nucleic acid extraction module, optionally, the nucleic acid extraction module comprising a nucleic acid binding unit, a nucleic acid cleaning unit and a nucleic acid elution unit; and a nucleic acid amplification module. The nucleic acid amplification module comprises multiple amplification area units and an optional pre-amplification area unit. Provided is an instrument used for nucleic acid detection in a sample and using the chip device for nucleic acid detection, in particular, a POCT instrument. Provided is a method for detecting a nucleic acid in a sample by using the chip device or instrument for nucleic acid detection in a sample.

The present invention relates to a wireless charging system, comprising: an information detection module for detecting the relative position of a receiving coil and a transmitting coil in an electric energy transmission module; an electric energy transmission module for wirelessly transmitting electric energy supplied by a power grid to a receiving end of a wireless charging system to charge a battery; a transmitting end compensation element switching control system for distinguishing the working mode of a switching controller according to the detected position information of the receiving coil, including starting a power supply mode and terminating a power supply mode. The present invention also discloses an output voltage regulation method for a wireless charging system. The present invention is based on a standard LCC compensation topology and an improved LCC compensation topology, and uses a control switch to switch the corresponding compensation inductor or capacitor to achieve regulation of the system output voltage gain, thereby improving the stability of the system output voltage.

According to the method for applying the 4G Beidou positioning in the flammable and explosive places, a 4G Beidou positioning module is arranged in the corresponding flammable and explosive place, and an intelligent control module is arranged on a gas cylinder. The method for applying the 4G Beidou positioning in the flammable and combustible place based on the 4G Beidou positioning comprises the following steps that a 4G Beidou positioning module obtains place position data through a Beidou satellite and uploads the place position data to a software platform, and the software platform processes the place position data to generate a place range so as to form an electronic fence covering the flammable and combustible place. According to the method for applying the 4G Beidou positioning in the flammable and explosive places, the information of the gas cylinder is obtained through the intelligent control module, the communication forbidding effect of the electronic fence is utilized, the gas cylinder can be prevented from continuing to communicate after entering the flammable and explosive places, danger is avoided, and safety is improved.

The invention provides a cross-interface underwater vehicle communication method, device and equipment and a storage medium, and the method comprises the steps: setting a data protocol architecture comprising a link code and networking information; setting a networking support comprehensive data packet for transmission based on a data protocol architecture; and based on the data protocol architecture and the networking support comprehensive data packet, communication is carried out among different underwater vehicle nodes by using a cross-interface interaction mode, and information sharing is carried out during transmission in the networking to update the networking support comprehensive data packet corresponding to the current underwater vehicle node. A data protocol architecture, a networking support comprehensive data packet and a cross-interface interaction mode are provided based on the actual marine environment and the actual application of multiple underwater vehicles, the communication between the underwater vehicles during networking formation is solved, and the defects of bandwidth and stability of wireless extremely-near sea surface and underwater acoustic networking communication are overcome.