48results about How to "Implement roaming" patented technology

A track test system comprises a plurality of mobile stations, a fixed reference station and at least a mobile reference station; wherein, each reference station comprises a GNSS receiver, control modules, interactive radio stations and main radio stations; the GNSS receiver is used for receiving GNSS signals and generating GNSS differential corrections; each control module is used for transmitting the data interacted between the main radio station and the interactive radio station in the reference station; the interactive radio station in the mobile reference station is used for sending the GNSS differential corrections generated by the reference station to the interactive radio station in the fixed reference station; the main radio station in the fixed reference station is used for sending the GNSS differential corrections generated by the mobile reference station and by the reference station to the mobile stations together; each mobile station is used for selecting one GNSS differential correction generated by the reference station from the received GNSS differential corrections according to the predetermined selection strategy, obtaining the GNSS position information of the mobile station according to the GNSS differential correction and returning the GNSS position information to the selected reference station. The system can expand the range of motion of the moving targets and ensure the real time of data.

This invention belongs to the field of electronic information, especially involving ultra-high-resolution camera imaging detection system and method. This invention provides the ultra-high-resolution camera imaging detection System. It has multi-channel data acquisition of massive image which connects separately with multi-channel photosensitive element of camera, also it has graphics workstation. Each data acquisition channel of massive image includes: Signal matching modules, interface circuit, I / O control modules, front-end data receiver module, mass storage equipment control module, massive image processor as fast. The graphics workstations connect with the data acquisition channel of massive image, which is used to control the whole system, display the full-channel image and do various functional operations. This invention also provides an ultra-high-resolution imaging camera detection method, it sends the data from the multi-channel data acquisition of massive image to the graphics Workstation at which processes the integrated treatment to the acquisition data, and achieves the goal of display and zoom of the overall image.

The invention relates to the technology of electronics, and discloses a method, a device and a system for realizing one-card roaming for simplifying application flows of one-card services in a plurality of regions. The method comprises the following steps of: sending card-activating request message at least carrying identification of a user identification device to a control server for managing the one-card services through a first regional service terminal by the user identification device; and when the control server determines a current running non-first regional one-card application program of the user identification device according to the identification of the user identification device, controlling the user identification device to activate the first regional one-card application program according to the control of the control server, and locking the non-first regional one-card application program. Therefore, the method realizes roaming of the one-card services among the plurality of regions, reduces the fussy degree of the one-card roaming card-activating flows, and avoids waste of resources. The method discloses the user identification device for realizing the one-card roaming and a management system at the same time.

The invention relates to a WiFi wireless accessing panel, by the deployment of which the interference of the environment to the WiFi can be reduced and the signal coverage scope of the WiFi can be improved. The panel is transmitted to the WiFi wireless point by the Ethernet cable and then is switched to the WiFi wireless signal which reduces the loss of the signal. The invention supports the power over Ethernet for the convenient deployment. The invention also supports the wireless mesh network which optimizes the coverage of the WiFi signal and the choice of the WiFi circuit. The invention supports the extended service set by which the WiFi wireless client can realize the roam by the same SSID.

The method includes following processing procedures: activating authentication, switching in authentication request, certificate authentication request. With certificate authentication request being received from AP, AS carries out responding for certificate authentication. In switching in authentication response, AP obtains authentication result of STA certificate chain from authentication response returned from AS. Based on the said result, switch in control is carried out. In WAI procedure on the invention, since mobile terminal, AP and ASU transfer certificate chain, not only certificate in authentication message. As long as root CA certificate is installed on STA and AS in advance, authentication can be carried out for certificate chain. Thus, user can roam within same system, also in different systems.

The invention discloses a scene depth and camera position and posture solving method based on deep learning. The method employs a convolutional neural network, employs an image sequence as input, and employs a recurrent neural network to estimate the scene depth and the camera position and posture parameters of two adjacent images. According to the method, a multi-task learning framework is adopted, and the loss function of the network is defined by utilizing the consistency of the geometric information of the three-dimensional scene reconstructed by two adjacent images in the sequence, so that the scene depth and the accuracy of the camera position and posture estimation are ensured.

The present invention discloses a method and system for implementing a 720-degree panoramic player with a view angle switching function, which relate to the application development field of panoramic live players. The method comprises the steps of: deploying a security sandbox file in an adobe media server; creating a 3D scenario, a 3D camera and a 3D view angle ball in a panoramic player; setting a map material in the 3D view angle ball to be viewed from both sides, creating the texture of the map material as picture texture, and binding the 3D camera with the 3D view angle ball; connecting the panoramic player with the adobe media server, and creating a stream media player to play video media after the caching time of video media is set; and acquiring the video media returned by the adobe media server by the panoramic player, periodically capturing a picture in the video media, and refreshing the captured picture to the 3D view angle ball. The method and system disclosed by the present invention can switch viewing scenarios according user needs, thereby having rich viewing scenarios and good user experience.

The invention provides an Internet of Things wireless communication method. The method is applied to a wireless sensing system. The wireless sensing system comprises a LoRa measurement device, a network convergence controller, a LoRaWAN gateway, a LoRaWAN network server and a LoRaWAN sensing application server which are connected in sequence. The downlink of the network convergence controller communicates with the LoRa measuring device by using a LoRa private protocol, and the uplink of the network convergence controller communicates with the LoRaWAN gateway by using a LoRaWAN protocol. The network convergence controller is arranged between the LoRa measurement equipment and the LoRaWAN gateway, so that remote real-time data sensing and control can be realized, the functions of relay forwarding sensing, sensing control, automatic path optimization and the like are supported, the communication range of the LoRa wireless Internet of Things equipment is effectively expanded, and the problems of high power consumption of measurement equipment, insufficient integration degree of the wireless internet of things and high deployment cost are solved.

This invention discloses a method to realize the colony service group call roam. The method includes following contents. Set a general group call register to store the colony information. The initial switching center receives the initial group call transmitted by the communication terminal, and requests the general group call register for colony information. The general group call register provides colony information to the initial switching center, which includes the identifying list of service switching center. The initial switching center receives the colony information. The initial switching center sends group call request to the service switching center corresponding service switch center identification, according to the received identifying list of service switching center. According to the invention, we can contrapose all group call service block stored in the general group call register to initiate group call to realize the group call roam. Because the general group call register concentratedly stores colony information, this invention can also achieve to concentratedly manage the group information.

The invention discloses a method for making a three-dimensional digital affair map, which specifically comprises the following steps of: S1, newly establishing an editing project, and relates to the technical field of digital maps. A closed-loop system designed by the invention comprises a development end and a client end without depending on third-party software to achieve three-dimensional digital affair map development. The software structure mode stability, platform, resources and data separation are achieved. Developers provide platform maintenance. Professional art personnel provide three-dimensional resources, and industrial personnel performs specific map design. According to the cross-platform design scheme, one-time map design is achieved for map cases achieved at a developmentend, multiple types of software are generated, visual editing and blueprint editing are adopted for developing tools, operation is easy, the threshold is low, and on-duty operation can be conducted through simple training. The streamlined operation design is adopted, and the efficiency is high.

The invention relates to a WIA-PA node network roaming method, which comprises the following steps of: dividing a WIA-PA network into a plurality of modes, and dividing each mode by using a channel; when the node accesses the network, monitoring the broadcast frame on the broadcast channel in each mode in sequence; when the broadcast frame is monitored in a certain mode, the network in the mode is added; after the nodes access the network, communication is carried out in the channels distributed in the network, and the change of broadcast signal strength in each superframe of the current network is recorded; and when the broadcast signal intensity average value of a certain other network is greater than the broadcast signal intensity average value of the current network, taking the other network as a new network. According to the method, frequency points of an ISM 2.4 G frequency band are grouped, different groups of networks send broadcasts in agreed different time slots, and nodes identify the existence of a new network by receiving the broadcasts. And whether other networks are added or not is determined according to the change of the broadcast signal intensity of the current network and the identified other networks, and network switching is carried out. The roaming of the WIA-PA dynamic node among different networks is realized.