30results about How to "High cost of deployment" patented technology

The invention discloses a high-efficiency and low-cost traffic violation monitoring system and method and mainly solves the problems of high mounting and maintaining costs and small monitoring coverage range of monitoring systems such as an electronic eye in the prior art. By applying a modern computer network technology, each car owner can utilize intelligent equipment such as a mobile phone and an automobile data recorder to prove and report seen traffic offences of others, and the system automatically informs a party of confirming violation evidences, and automatically punishes the people violating traffic rules and gives awards to people putting to the proof after the party confirms the violation evidences. Because proofing is self-confirmed, participation of people does not exit basically in the whole process, and in combination with zero-cost replicability of software, the new cost cannot be increased with the increase of the people for monitoring and proofing, and the high-efficiency and low-cost traffic violation monitoring system can be largely replicated and popularized after being deployed at a time. Therefore, through giving awards to the people for putting to the proof, all people are promoted and encouraged to particulate in monitoring, the monitoring coverage rate of 100 percent can be realized at the low cost, and finally the purpose of promoting all people to consciously observe traffic regulations is achieved.

The embodiment of the invention discloses a cloud game service method, device and equipment and a storage medium, wherein the method comprises the steps: enabling a cloud game platform server to obtain a target game progress of a current login user of a cloud game client; selecting a scene server matched with the target game progress from a plurality of scene servers as a target scene server; andsending the identifier of the target scene server to the cloud game client to notify the cloud game client to send an operation instruction generated by the cloud game client in response to user operation to the target scene server; after receiving the operation instruction sent by the cloud game client, enabling the target scene server to call a target rendering resource from public rendering resources according to the operation instruction through a target image rendering module, and carrying out image rendering to obtain a corresponding game picture; and sending the game picture to the cloud game client. According to the method, resources of the server can be comprehensively utilized in the cloud game scene, and the deployment cost of the server is not additionally increased.

The present invention refers to a portable device for identification of surgical items with magnetic markers, method for identifying surgical objects with magnetic markers and system for the prevention of retention of surgical items with magnetic markers. The present invention can be used in surgical centers, with the aim of detecting surgical elements/objects (5) retained in the patient after surgery. The present invention aims to provide instrumental support in object location surgical (5) retained inside the body cavities for detecting artifacts forgotten after a surgical procedure, by means of device and specific objects and method and system for their identification.

The invention relates to an access node in a communications network that is adapted for providing an identifier for a relay node including receiver means arranged to receive a message from the relay node, the message requesting an establishment of an interface over a communication link, checking means arranged to check data fields included in the message received, generating means arranged to generate the identifier, and transmitting means arranged to transmit the generated identifier to the relay node over the interface connection of communication link.

The invention provides a system and a method for detecting qualities of double-blind laboratory samples based on cloud computing. The system comprises mass sample input ends, an information system disposed on a cloud platform and mass laboratory ends, and the information system on the cloud platform comprises a sample receiving end, a sample repackage marking end and a sample sending end; the sample receiving end is used for receiving sample detection applications and the samples sent by a sample input end and code-marks the samples; the sample repackage marking end is used for receiving the code-marked samples and repackage-marks the samples; and the sample sending end sends the repackage-marked samples to detection laboratories, and the background of the system transmits sample quality detection reports to detection sending people at the sample input end.

The invention discloses an indoor locating and navigation system and method based on user feedback. A user can browse the plane layout of each floor in a building through mobile equipment, find each indoor unit and acquire code information of each indoor unit; the user acquires the current location of the user on a building map in a user feedback way on the mobile equipment; the mobile equipment plans a path according to the current location of the user and a destination location and navigates to the destination location. The system can be extended to parking and pick-up navigation; a monitoring module is arranged at a parking lot to acquire license plate information in order to confirm the location of a target parking lot at first time, plan the path and navigate to the target parking lot. Locating and navigation are realized in the user feedback way under the conditions of difficulty in realizing accurate indoor locating and high deployment cost at present, and problems can be solvedeasily.

The invention discloses a time synchronization method, a time synchronization device, a time synchronization system and a computer storage medium, which are applied to a network server. The method comprises steps of receiving IP uplink data of internet protocol; determining the type of the forwarding gateway and the terminal identifier of the communication terminal based on the IP uplink data; when the type of the forwarding gateway is an indoor gateway, sending a time synchronization request to the forwarding gateway, wherein the time synchronization request is used for indicating the forwarding gateway to send a first time synchronization message to the outdoor gateway, the first time synchronization message is used for indicating the outdoor gateway to send a second time synchronizationmessage to the network server; receiving at least one second time synchronization message, and obtaining current global positioning system (GPS) time corresponding to the first local time of the forwarding gateway based on the at least one second time synchronization message; sending downlink data at least comprising the current GPS time and the terminal identifier to a forwarding gateway, wherein the downlink data is used for indicating the forwarding gateway to perform time synchronization with the communication terminal based on the downlink data.

The invention provides a small base station self starting method, a small base station, a host base station and a system. The method comprises steps: connection with the host base station is built, and a first configuration request message is sent to the host base station; a first configuration file of a to-be-started small base station returned by the host base station according to the first configuration request message is received, wherein the first configuration file is acquired after the host base station sends the first configuration request message to a maintenance center OMC; and selfstarting is completed according to the first configuration file. According to the embodiment of the invention, self starting of the to-be-started small base station is completed through the host basestation, additional deployment and configuration of an initial HeMS (Home eNode B Management System) is not needed, the network deployment cost for self starting of the small base station is reduced,and the network deployment difficulty is reduced at the same time.

A node disposition apparatus, a node disposition method and a computer readable medium thereof are provided. The node disposition apparatus may determine where a base station (BS) and a relay station (RS) should be disposed according to a connected mobile station amount of each node disposition candidate position in a non-transparent wireless network. Thereby, the BS and the RS may be disposed effectively to overcome the defects of the conventional BS and RS disposition way.

The invention provides a robot and a positioning method.The robot comprises a robot processor, a recognition assembly and a positioning assembly.The recognition assembly is used for obtaining distance information and sending the distance information to the robot processor under the condition that a positioning reference object is detected; the positioning assembly obtains first position information and sends the first position information to the robot processor; the robot processor is set to determine center position information of the positioning reference objects on the two sides according to the distance information and the first position information and determine movement control parameters; and controlling the robot to move according to the central position information based on the movement control parameters. According to the method for controlling the robot to move at the central position by determining the movement control parameters based on the determined central position information of the positioning reference objects on the two sides, the deployment and maintenance cost of the two-dimensional code is saved.

The invention discloses a method and system for carrying out cloud registration on terminal equipment based on position information, and the method comprises the steps: enabling the terminal equipmentto generate identification information when the cloud registration state of the terminal equipment is determined to be unregistered, and obtaining registration information for carrying out cloud registration of the terminal equipment from the identification information; performing identity authentication of an auxiliary registration function on user equipment based on the identity information ofthe user equipment, and obtaining a current position of the user equipment; determining the equipment position of the terminal equipment according to the affiliation area of the terminal equipment, determining the position information of the terminal equipment based on the affiliation area and the equipment position of the terminal equipment, and performing cloud registration according to the position information and registration information of the terminal equipment; and when an indication message indicating that the cloud registration of the terminal equipment succeeds is received, modifyingthe cloud registration state of the terminal equipment to be registered, so that the terminal equipment can acquire the digital content provided by the cloud server.