79 results about "Mobile client" patented technology

The invention discloses a hydropower engineering electromechanical equipment installation detail control method based on a three-dimensional laser scanning technology, and the method comprises the steps: S1, setting and determining the instrument parameters of a three-dimensional laser scanner, and collecting the point cloud data of a target region through the three-dimensional laser scanner; s2, remotely reading the point cloud data through a computer, uploading the point cloud data to a cloud database in a file stream form, and storing the point cloud data; s3, performing iterative fitting on the plane model by using a random sample consensus algorithm RANSAC and removing inner points, fitting a target ball model by multiplexing the RANSAC algorithm in the residual point cloud data after the plane model is removed, and screening target ball parameters with the maximum number of inner points; s4, constructing a combined reference model based on the electromechanical equipment to be installed and the virtual target ball, and performing coordinate deviation value comparison with the actually measured target ball model to obtain a deviation value; and S5, generating an installation detail adjustment scheme according to the coordinate deviation value, and sending the adjustment scheme to a mobile client of the field installation personnel.

A vehicle automatic charging method, which is applied to a cloud server, and comprises: in response to a charging request sent by a target vehicle or a mobile client, determining a target charging parking space for the target vehicle on the basis of charging related information about the target vehicle carried in the charging request, and instructing the target vehicle to drive into the target charging parking space; when it is determined that the target vehicle has driven into the target charging parking space, sending a charging instruction to a target charging pile associated with the target charging parking space, so as to instruct the target charging pile to charge the target vehicle; and upon receiving a charging completion message for the target vehicle, instructing the target vehicle to drive out of the target charging parking space. The present application further relates to a vehicle automatic charging system, an electronic device, a computer-readable storage medium and a computer program product.

The invention discloses a virtual role memory extraction and application system and method based on geographic position triggering, and relates to the technical field of artificial intelligence and geographic information processing. The system comprises a mobile client and a cloud server, the client collects multi-modal data and triggers retrieval through an H3 index, and a cloud constructs a space-time memory bank to achieve hybrid storage and retrieval. According to the method, a smooth trajectory is obtained through multi-sensor fusion positioning, geo-fence pre-filtering is carried out based on an H3 index, an S-T-S model is adopted for sorting memory, and memory is adaptively updated after a context-related reply is generated through LLM. According to the method, time-space-semantic integrated memory management is realized, the problems of context dislocation, low retrieval efficiency, insufficient virtual-real fusion precision and the like of an existing system are solved, a virtual character has anthropomorphic geographical environment perception and memory wake-up capability, and interaction immersion and real-time performance are improved.

The invention is suitable for the field of data transmission interaction, and provides a server data security interaction method and system, and the method comprises the following steps: continuously collecting multi-dimensional time sequence data when a mobile client interacts with a server, and carrying out the fusion to construct a behavior track trust model; acquiring a data point and additional data of the current session, calculating a deviation degree between the data point and the trajectory trust model, and integrating the additional data to perform weighted fusion to obtain a risk confidence score of the current session; dynamically selecting a corresponding verification mechanism from a verification strategy library according to the risk confidence score, and generating a verification strategy instruction; and receiving and executing the verification strategy instruction, recording verification process data of an operator, and feeding back the verification process data. According to the invention, continuous and non-interference active safety protection is carried out on the identity of the mobile client operator in the whole session life cycle.

The invention discloses a high-energy-efficiency federated learning method combining client selection and gradient optimization in a heterogeneous mobile edge computing network. The method comprises the following steps: 1) establishing a heterogeneous mobile edge computing system for federated learning; and 2) the edge server obtains related information of the mobile client participating in federated learning. And 3) the edge server quantifies the calculation quality, the communication quality and the data quality of the client according to the information obtained in the step 2), and calculates the quality score of the mobile client. And 4) using the obtained quality score as an index to select a client to carry out federated learning training, and keeping an effective residual gradient of the mobile client during training to accelerate model convergence. According to the invention, the total quality of the mobile client is quantified, so that the client with better quality can be selected to participate in federal learning training as much as possible. And moreover, the gradient of the mobile client is optimized, so that the energy consumption is effectively reduced while the model performance is improved.

The invention discloses a speculative reasoning method for a multi-modal large language model based on mobile edge collaboration. The speculative reasoning method comprises the following steps: constructing an equipment-side double-clue probe model; task semantic distillation and feature alignment are carried out, joint optimization is carried out on double heads of a double-clue classifier, knowledge of an edge end MLLM is distilled to a double-clue probe model, and an equipment end minimum modal delay decision is executed; asynchronous mode screening and speculative reasoning are realized through a hierarchical gating network; and executing a rollback decision to obtain a corrected final reasoning result. According to the embodiment of the invention, a lightweight dual-clue probe model is constructed at a mobile client, task semantic features are extracted from the deep layer of an edge MLLM, joint estimation of reasoning confidence and modal sufficiency is realized, and a minimum modal delay decision of an equipment end is executed; a hierarchical gating mechanism is adopted at an edge end, a confusion-guided rollback mechanism is introduced, an early reasoning result with insufficient confidence is corrected, and early recognition and efficient reasoning of a minimum full subset in an asynchronous mode are achieved.

Disclosed are a key facility gas safety assurance method and a system, comprising the steps: 1. acquiring basic data; 2. using BIM technology to perform three-dimensional modeling of a key facility; 3. reviewing a model; 4. performing lightweight model handover of the reviewed model; 5. performing model splitting, control dashboard design, function development, and project deployment on a plan by means of a corresponding platform side of a key facility digital delivery platform adopting a B / S architecture; and optimizing the model by means of a corresponding mobile client utilizing AR and positioning technologies, then uploading the model to an AR collaborative platform, and performing location verification by means of creating a two-dimensional code on the AR collaborative platform and deploying the two-dimensional code. The present invention enables real-time monitoring, rapid linkage, intelligent command, and safety control of a gas system in a key facility.

The invention relates to a mobile power supply and a mobile charging system. The mobile power supply comprises a main control chip, a recording module and a storage module. The recording module and the storage module are in communication connection with the main control chip. The main control chip is provided with a wireless communication module; the main control chip is used for responding to a recording instruction of the mobile client after establishing connection with the mobile client and the server through the wireless communication module, controlling the recording module to collect and return audio data, and storing the audio data in the storage module; the server is also used for reporting the audio data stored by the storage module to the server so as to indicate the server to store the audio data, and returning a storage address of the audio data on the server after the audio data is successfully stored; and the server is used for returning the storage address to the mobile client, so that the mobile client obtains the audio data through the storage address. According to the mobile power supply and the mobile charging system provided by the invention, local storage and cloud backup of the audio data are realized, and calling of the audio data is facilitated.

The invention discloses a group-emitting type Bluetooth sound box light linkage system, which comprises a power supply control module, and a Bluetooth control module, a light control module, a power amplifier module, a display module, a light module and a clock module which are connected with the power supply control module and are powered by the power supply control module, the Bluetooth control module is used for receiving a Bluetooth broadcast signal of a mobile client or a fixed client, and the light control module is composed of an MCU module for realizing light control. According to the invention, the light control part of the Bluetooth sound box independently uses the MCU module, all light actions are controlled by the MCU module, the mobile phone APP is connected with the Bluetooth sound box, the MCU module is controlled by using the APP, and a light action program is preset in the MCU module, so that light action synchronization of multiple Bluetooth sound boxes in an Auracast Bluetooth broadcast mode is realized, and the light action synchronization is realized. And light joint interaction of a plurality of Bluetooth sound boxes can be realized.

Systems and methods for recognizing and executing spoken commands using speech recognition. Exemplary implementations may: store actionable phrases; obtain audio information representing sound captured by a mobile client computing platform associated with a user; detect any spoken instances of a predetermined keyword present in the sound represented by the audio information; perform speech recognition on the sound represented by the audio information; identify an utterance of an individual actionable phrase in speech temporally adjacent to the spoken instance of the predetermined keyword that is present in the sound represented by the audio information; perform natural language processing to identify an individual command uttered temporally adjacent to the spoken instance of the predetermined keyword that is present in the sound represented by the audio information; and effectuate performance of instructions corresponding to the command.

1. Name of the product in this design: A graphical user interface for social networking on an electronic device. 2. Intended use of this design: for use in electronic devices. 3. The key design features of this product are its graphical user interface content. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of graphical user interface: The interface is used for social interaction. 6. Description of the changing states of the graphical user interface: The main view is the default display interface of the mobile client when the user opens it. Clicking "Nearby" in the main view will take you to "Change State Figure 1". Clicking "Leaderboard" in Change State Figure 1 will take you to "Change State Figure 2". Clicking "Charm Ranking" in Change State Figure 2 will take you to "Change State Figure 3". Clicking "Soul Contract" in Change State Figure 3 will take you to "Change State Figure 4". Clicking "Square" in the navigation bar at the bottom of Change State Figure 4 will take you to "Change State Figure 5". Click "Short Video" in the top navigation bar of "Change State Image 5" to enter Change State Image 6. Click "Live Stream" in the top navigation bar of "Change State Image 6" to enter Change State Image 7. Click "XXXX" in the bottom navigation bar of Change State Image 7 to enter "Change State Image 8". Click "Messages" in the bottom navigation bar of Change State Image 8 to enter "Change State Image 9". Click "Soul Bonds" in "Change State Image 9" to enter "Change State Image 10". Click "XXXX" in "Change State Image 10" to enter "Change State Image 11". Click "Contacts" in "Change State Image 11" to enter "Change State Image 12". Click "My" in the bottom navigation bar of Change State Image 12 to enter "Change State Image 13". 7. Other situations requiring explanation: The gray blocks in the interface represent the screen content, and the "X" in the interface represents replaceable text and / or numbers.

The application provides a bus card service automatic test method and system. In the method, a forwarding agent obtains a suspicious test scene requirement in a target test case sent by a test client; on a target SE device, a mobile client MC receives a first service test instruction and sends a first online service request corresponding to the first service test instruction to the forwarding agent according to the instruction; the forwarding agent controls the communication message transmission between the mobile client and a service server, and the service server stores a service suspicious state of the first online service test; the mobile client MC receives a second service test instruction sent by the test client and sends a corresponding second online service request to the service server according to the instruction; the service server re-determines the service suspicious state of the first online service test and obtains a service state determination result, and the test client obtains the service state determination result. The method can reduce the labor cost and improve the test efficiency.

In one embodiment, change handling in a mobile client application may be facilitated by intermediate storage of changes using a data provider-independent change object schema. Input is received on a mobile device indicating a create, update, or delete action on a data object stored in a remote data store. In response to receiving the input, a description of the action on the data object is created in a syntax that is independent with respect to the type of remote service provider used to interact with the remote data store. The description of the action is translated into the syntax of a first remote service provider to create a command configured to cause the first remote service provider to perform the action. The command is transmitted over a network to the first remote service provider to cause the action to be performed on the data object in the remote data store.

The application provides a railway construction whole-process digital collaborative management and control platform, and belongs to the field of construction safety, and comprises the following steps: acquiring construction plan data through a service end, and generating a construction task according to the construction plan data; when entering, acquiring a personnel recognition result in a video of a channel door camera, judging the personnel recognition result according to the construction task, and opening the channel door; after opening, acquiring positioning data of a mobile client and a wearable device and corresponding electronic fence information, and performing early warning according to the positioning data and the electronic fence information; when exiting, acquiring exit counting information and task end information of the mobile client, and performing task end recording. Through the above technical scheme, the multi-role whole-process collaborative safety construction degree in railway construction can be improved.

This invention discloses an encrypted file box that can be remotely unlocked via facial recognition. The encrypted file box is equipped with a recognition system. After recognizing the correct signal, the recognition system sends a command to a control unit embedded in it, which then controls the unlocking of the encrypted file box. Both the recognition system and the mobile client are connected to a network, and data is transmitted between them through account interaction. This invention uses facial recognition technology as the unlocking method, effectively improving the security level of the file box. Users can remotely perform facial recognition via a mobile client, enabling secure unlocking of the file box even when not physically present, providing great convenience. Furthermore, this invention enhances the accuracy of recognition and reduces the possibility of false recognition by extracting spatiotemporal features and biometric signals and combining these two types of information for feature fusion.

The present application relates to the technical field of firewall authentication, and particularly relates to a firewall mobile client authentication method and system, which comprises the following steps: when a user accesses a firewall authentication interface, the firewall allows the client authentication domain name traffic to load SDK to generate a two-dimensional code; after the user scans the two-dimensional code by using a mobile client, the mobile client identifies an encrypted communication link generated by the authentication interface to automatically request communication with a cloud middleware server, and sends an authentication request to the cloud middleware server; the cloud middleware server checks encrypted data, and interacts with a client authentication server to confirm user authentication information; if the check and the confirmation are both successful, the cloud middleware server sends the user authentication information to the firewall, so that the firewall completes the authentication process after processing internal logic. The technical scheme shown in the present application realizes the interaction between the firewall and the authentication server through the cloud middleware server, which not only realizes the security and convenience of user authentication, but also increases the flexibility of firewall authentication.

Methods, computer program products, and systems are presented. The method computer program products, and systems can include, for instance: counting of crossings of a mobile client with one or more neighboring mobile client during performance of a trip.

The invention relates to the technical field of vehicle cleaning and maintenance, in particular to a method and a system for intelligently scheduling service personnel for a vehicle maintenance document, and the technical scheme is that the system comprises a server, a PC side web management site, a mobile client side WeChat applet and a mobile server side WeChat applet; a database in the server is used for storing information such as service personnel positions, idle states, service receipts, client bound vehicles, submitted receipts and the like, and receiving and storing information sent by a PC side web management site, a mobile client side WeChat applet and a mobile server side WeChat applet; and the PC side web management site is used for managing maintenance document information, service personnel information and customer information submitted by the user. According to the system, the functions that the user submits the vehicle maintenance document online and the system intelligently dispatches the service personnel to provide the vehicle maintenance service on site are achieved, the vehicle maintenance service experience of the user is improved to a great extent, and the working time and the working efficiency of the service personnel are reasonably optimized.

A wireless network includes a plurality of access points having at least pairwise overlapping wireless coverage, each of the access points including an OFDMA modulation system and a channel scheduler coupled to the OFDMA modulation system, the channel scheduler configured to establish a number of virtual wireless interfaces for the access point, each virtual wireless interface associated with a dedicated set of subcarriers within an OFDMA frequency spectrum. At least a first one of the virtual wireless interfaces is configured to host all communication links between the access point and local mobile clients of the access point. At least a second one of the virtual wireless interfaces is configured to host a communication link between the access point and one of the neighboring access points.

The present invention provides a mobile medical electronic signature system based on electronic authentication, comprising: a certificate issuance module for importing doctor user information into edge front-end internal control and synchronizing it to cloud master control; and, at the same time, issuing a user certificate based on the doctor user information according to the cloud master control and mobile client; an electronic signature module for receiving the original document to be signed based on the edge front-end internal control after the user certificate is issued, and generating data to be electronically signed based on the cloud master control; and, at the same time, executing the electronic signature based on the data to be electronically signed by the mobile client terminal; and a verification module for verifying the original document to be signed and the signature result based on the edge front-end internal control, and generating a verification result. This ensures the security, trustworthiness, reliability, and efficiency of mobile medical electronic signatures.

The invention relates to the technical field of electric energy metering and monitoring, in particular to an electric energy meter running state monitoring system which comprises an equipment layer, a transmission layer and an application layer, the equipment layer comprises an intelligent electric meter, a mutual inductor and a data acquisition terminal, the transmission layer is responsible for data transmission, and the application layer is composed of a server and a client. The server carries a fault diagnosis algorithm trained by historical fault data based on a machine learning technology, and the client provides a human-computer interaction interface; the server can comprise a data storage module, a remote control instruction generation unit and a data backup module, the data acquisition terminal can be provided with a storage unit, the mutual inductor comprises a voltage mutual inductor and a current mutual inductor, the client can be provided with an alarm module and comprises a computer client and a mobile client, and the equipment layer can further comprise a standby power supply module. Remote monitoring, fault diagnosis and remote control of the running state of the electric energy meter can be realized, the fault processing efficiency is improved, the operation and maintenance cost is reduced, and the metering reliability is guaranteed.

The invention provides an interface interaction method and device, and the method comprises the steps: determining a first virtual article, rendering the first virtual article to a UI interface, and then setting a trigger point and a trigger point lighting effect; according to the method, key points which are uniformly distributed are found on the surface of a complex three-dimensional object through a fast algorithm in a simple mode, different trigger points are generated for different virtual objects in an adaptive mode, and trigger interaction information corresponding to the virtual objects is prompted through the light effect of the trigger points, so that a user is guided to perform corresponding trigger activity operation, and the user experience is improved. The method is suitable for running in a mobile client; further, when the user gradually clicks the plurality of trigger points, gradually revealing a plurality of attribute values of the first virtual article at the target position of the UI until the overall score of the whole first virtual article is revealed; through the interactive design, the user obtains comprehensive experience, and the participation sense and exploration experience of interaction between the user and the virtual object are improved.

Methods and apparatus to decrease DNS lookup times for mobile clients are disclosed. An example DNS cache peering system includes a mobile DNS cache; a mobile DNS server configured to, when an IP address for a URL is not found in the DNS cache, send a DNS lookup request for the URL; a ground-based DNS server to receive the DNS lookup request from the mobile DNS server, and send, in response, a DNS lookup response including the IP address for the URL to the mobile DNS server; and a ground-based DNS peer engine server configured to capture the DNS lookup response, and multicast DNS information from the DNS lookup response to a plurality of mobile DNS peer engine clients, wherein the plurality of mobile DNS peer engine clients are configured to store the DNS information in respective ones of a plurality of mobile DNS caches.

The application relates to the technical field of industrial temperature control, and discloses a temperature control method and device based on multi-step prediction and an instrument system. The method obtains multi-source operation data of a temperature control object according to a sampling period, wherein the multi-source operation data comprises multi-temperature-zone temperature sequences, environmental parameters and executor states; the multi-source operation data is input into a CNN-GRU hybrid prediction model, spatial correlation features between the multi-temperature-zone temperature data are extracted through a convolution layer, time sequence lag features of temperature changes are extracted through a GRU layer, and temperature prediction values of future time steps are output; based on a current temperature error, an error integral, an error change and future temperature prediction values, a PID parameter optimizer based on PPO is used to generate a PID parameter adjustment amount under an Actor-Critic framework; whether the PID parameter is updated is judged through an adaptive event triggering mechanism, prediction reasoning, parameter update judgment and control output are executed by a temperature control instrument or an edge control node. The instrument system comprises a temperature control instrument, a data acquisition module, an executor, a cloud platform and a mobile APP client. The cloud platform is used for model training, strategy optimization, user authentication and message pushing and the like non-real-time tasks, and the mobile APP client is used for displaying temperature states, prediction trends, alarm information and providing control parameter configuration. The scheme can introduce future temperature change trends into a PID parameter adjustment process, is helpful to improve the control response of a multi-temperature-zone temperature control object under coupled, lagged and nonlinear working conditions, and reduces unnecessary parameter updates in a stable running stage.

Media content delivery method and systems are provided for transmitting media content to a mobile client device in a format automatically selected from alternative versions of the media content based on one or more dynamically variable resource parameters. The variable resource parameters can include historical device and / or network performance corresponding to one or more current attributes applicable to a request for media content delivery from the mobile client device, such as a current location of the device and / or a time value for the requested media content delivery. Similar media content can thus be delivered to similar mobile client device in different formats depending on, say, the time and location of respective requests for receiving the media content.

Methods for providing content through a server system (112), comprising: Receiving a notification of a linking of an in-vehicle infotainment system (IVI system) (104) with a first device (108) according to a wireless communication protocol; Receiving a control input from a second device (110), wherein the control input is an instruction to reproduce content; in response to the tax return-- Retrieving the content that corresponds to the tax input; and Transferring the content to the first device (108) with an instruction to the first device (108) to cause the IVI system (104) to reproduce the content; wherein the first device (108) has a first mobile client application (118) installed on it, which is authenticated with the server system (112) for a first user account, wherein the method further comprises: Identifying a second user account linked to the first user account in an account database by the server system (112), wherein the second device (110) runs a second mobile client application (118) that is authenticated with the server system (112) for the second user account; and Notifying the second device (110) about the linking of the IVI system (104) with the first device (108) by the server system (112) in response to the determination that the second user account is linked to the first user account in the account database.

Facilitating removal of lapsed profiles for a client attempting to access a Wi-Fi network by repeatedly sending requests to a server, the request includes a network address and profile of the client. For a lapsed profile, the server sends a message to a user regarding the lapse, where the message includes a list of all network addresses for client devices used to download the lapsed profile, and blacklists all clients used to download the lapsed profile after a rejected access request to prevent other access point from receiving spurious requests from the blacklisted clients. The Wi-Fi network may include numerous access points managed by a community Wi-Fi service provider and include a roaming access service provider allowing mobile client devices to subsequently access the AP devices automatically after a first successful access.

This invention discloses a method and apparatus for processing Uniform Resource Locators (URLs) on mobile clients, relating to the field of computer technology. The method includes: obtaining a URL from the mobile client; invoking a URL resolver to decompose the URL and obtain the domain name, subdirectories, and parameters extracted from it; matching a target tool in the mobile client's function call tool list based on the decomposed domain name; and launching the function and / or page pointed to by the URL based on the target tool, the decomposed subdirectories, and the parameters. This invention improves the consistency and flexibility of launching functions or pages by using pre-defined URLs, and reduces the development cost of launching functions or pages.

The invention discloses a multi-terminal video monitoring processing system based on intelligent character recognition, which relates to the technical field of video monitoring, and comprises a monitoring equipment terminal, a monitoring transmission terminal, a server terminal and a client. Under the support of a control system, massive video data monitored by front-end character recognition cameras in different areas are encrypted layer by layer, stored and transmitted to a client in real time, Web clients and mobile clients of different levels are decrypted to different degrees through a security decryption device, and the video data are transmitted to the client in real time. Intelligent dynamic remote intelligent video monitoring and video playback of different levels and different regions are realized, the problem of cross-region multi-level and multi-level management of each industry is solved, and for units requiring mutual confidentiality of internal functional mechanisms, monitoring among the levels is encrypted, and lower levels cannot check and monitor in an override manner, so that the security is high.

A method includes obtaining, by a mobile client application of a user mobile device, context data associated with a user, predicting, by the mobile client application, an intended action of the user to be performed at a provider location based on the context data associated with the user, and switching, by the mobile client application, into a context-based application mode based on the intended action of the user.