1597results about How to "Guaranteed experience" patented technology

A method and an apparatus for supporting mobility of a User Equipment (UE) are provided. When a UE moves into a Local Internet Protocol Access (LIPA)-enabled network or exits an LIPA-enabled network, the method is able to select an optimal user-plane node for the UE, provide optimal network routings and optimize network resource usage. For service continuity of the UE, when the UE performs remote access to an LIPA-enabled network from another network or when the UE moves into an LIPA-enabled network, the network re-selects an optimal user-plane node for the UE while keeping the remote service of the UE uninterrupted. When a UE moves from an LIPA-enabled network to another network, the network selects an optimal user-plane node for the UE while keeping the LIPA service uninterrupted. The method optimizes network resource usage and at the same time maintains the service quality perceived by the user.

Proposed are a mobile terminal and an application program control method and device therefor. The method comprises the following steps: monitoring screen locking state information about a mobile terminal; when the mobile terminal enters a screen locking state, acquiring one or more application programs running in the background; acquiring the frequency of use of each application program within a first preset time period; and if the frequency of use of the application program is less than a first preset threshold, according to a preset policy, controlling the application program to be closed. According to the method in the embodiments of the present invention, while guaranteeing the user's usage experience, the power consumption of the mobile terminal can be reduced, and the standby time of the mobile terminal can be prolonged, thereby effectively increasing the memory usage efficiency, achieving the balance between the user's usage habit and the energy consumption of the mobile terminal, and improving the user experience.

The invention provides a cell reselection method, user equipment and network-side equipment. The cell reselection method applied to the user equipment comprises the steps of receiving system information broadcast by a cell, wherein the system information carries information of an RNA (RAN Notification Area) and/or a slice to which the cell belongs; when cell reselection is required to be performed, preferentially selecting a cell which belongs to the same RNA and/or slice to which a currently residing cell of the user equipment belongs as a target cell; and residing in the target cell. The scheme provided by the invention can enable the user equipment to preferentially select a cell which does not need to perform RNA update and/or slice update to reside as far as possible when performing cell reselection, thereby reducing the update frequency of the RNA and/or the slice, thus effectively reducing unnecessary signaling overhead generated by cell reselection, and ensuring the user experience.

The invention discloses a method for realizing reconfiguration in dual connectivity, a master eNB (MeNB), and a secondary eNB (SeNB). In a process of transferring a user plane bearer of UE to a target SeNB of the same MeNB from a source SeNB, a user plane interface for providing uplink data service and downlink data service is established between the source SeNB and the target SeNB; and in a reconfiguration process, the target SeNB forwards an uplink RLC data PDU to the source SeNB, and the source SeNB distributes a downlink PDCP data PDU to the target SeNB and maintains data transmission with the UE until the reconfiguration is successful. In a process of establishing the connection with the target SeNB by the UE, the user plane interface for providing uplink/downlink data service for the UE is established between the source SeNB and the target SeNB so that the problem that when the UE performs uplink and downlink synchronization with the target SeNB and establishes connection, the UE fails to perform data transmission with a network side at the layer of a micro base station or a low-power node is solved, rapid reduction of the data throughput of the user plane is avoided, and the user experience of the UE during reconfiguration of the user plane is guaranteed.

The invention relates to the field of communication and discloses a Bluetooth function control method of a mobile terminal and the mobile terminal. According to the invention, the mobile terminal automatically starts the Bluetooth function when receiving a trigger signal of a voice application and finds a Bluetooth headset which can be paired with the mobile terminal to be paired by searching the Bluetooth headset which is in an available state around, and the Bluetooth headset is utilized to send and receive a relevant signal of the voice application (for example, the Bluetooth headset is utilized to carry out communication) after the pairing is succeeded. After the voice application is ended, the Bluetooth function of the mobile terminal is automatically closed. According to the Bluetooth function control method of mobile terminal and mobile terminal, the Bluetooth function on the mobile terminal still can use the Bluetooth headset to carry out communication or other voice applications without keeping open, thereby greatly lowering the power consumption and the electromagnetic radiation of the mobile terminal.

The invention provides a parameter setting device which is used for setting parameters of a touch type display device. The parameter setting device comprises a storage unit and a setting unit, wherein the storage unit is used for storing parameters in different working environments of the touch type display device; and the setting unit is used for setting the parameters of the touch type display device according to the current working environment of the touch type display device and parameters corresponding to the current working environments. The invention also provides a parameter setting method and the touch type display device. Through the invention, the parameters of a touch screen can be dynamically adjusted according to requirements or environment changes so as to improve the user experience.

The invention provides a screen projection method and device and terminal equipment, and relates to the technical field of screen projection. The method comprises the steps that if a screen projectioninstruction is obtained, a real-time interface of a to-be-projected screen application program and equipment information of one or more receiving ends are obtained, first to-be-projected screen datacorresponding to all the receiving ends are obtained from the real-time interface according to the equipment information, and the first to-be-projected screen data are video streams, audio streams and/or user interface controls; and sending the first to-be-projected screen data to the corresponding receiving ends, so that each receiving end generates a corresponding display interface according tothe received first to-be-projected screen data. According to the embodiment of the invention, a screen projection mode with more abundant functions and more flexible operation can be realized.

The invention discloses a system and method for multi-system authentication and synchronization in mobile equipment. The system is composed of a unified authentication assembly SDK and a unified authentication platform, wherein the unified authentication assembly SDK comprises an equipment fingerprint module, a sandbox module, a certificate module, a secret key management module, an algorithm module and an authentication logic module; and the unified authentication platform comprises a user management module, an authority management module, an SSO module, an equipment management module, a mail service module, a log module, an interface management module, a push module, a text message/voice module, a face module, a voiceprint module and a fingerprint module. The system and method can be applied to service scenes where existing enterprise services migrate to mobile ends, provide authentication and state synchronization on the mobile ends for enterprise users, through an innovative equipment fingerprint generation algorithm, a matching algorithm and a system activation process, the users can bind their mobile phones with enterprise accounts, and thus the enterprise accounts can realize login and state synchronization on the mobile equipment.

The present invention is applicable to the technical field of parking lots and provides an intelligent parking system which comprises a mobile terminal, a server, an IPC and a garage controller in mutual communication connection. At least one garage controller is arranged in a stereoscopic garage. The IPC is arranged outside the stereoscopic garage or in the stereoscopic garage. The mobile terminal comprises a command sending module for sending an appointment parking command and/or appointment vehicle taking command comprising the specified vehicle information of a specified vehicle to the server. The server also comprises an appointment parking module and an appointment vehicle taking module. Thus, the system can help a user to use the mobile terminal to conveniently park a vehicle and take the vehicle, navigation is provided, thus a difficult parking problem is solved, and a user experience is improved.

The invention provides a networking work mode selection method and device and a terminal. The networking work mode selection method comprises the steps that the preset work mode parameter informationis acquired; networking work mode ordering information is obtained according to the preset work mode parameter information and the networking work mode information; and the networking work mode ordering information is transmitted to a base station, wherein the preset work mode parameter information includes the work mode preference setting information for the terminal and the power supply state information. According to the scheme, the networking work mode ordering information is obtained according to the preset work mode parameter information and the networking work mode information and the networking work mode ordering information is transmitted to the base station so that the base station is enabled to determine the matched networking work mode to dispatch the terminal from the networking work mode ordering information reported by the terminal according to the capacity information of the base station. The problems in the prior art that the terminal simultaneously supporting the 5G independent networking and non-independent networking mode cannot select the networking work mode can be greatly solved.

The invention discloses a method for lowering wifi power consumption based on data importance, characterized in that the method includes the following steps: (1) based on the sensitivity to network data of an application which requests the network data, assessing the application which requests the network data, and determining a delayed sensitivity level of the application; (2) based on the delayed sensitivity level of the application, via a corresponding wifi power consumption optimization scheme, configuring a wifi network interface card for controlling the transmission of the network data. The method herein can reduce tail part energy consumption of the network interface card. The delay in waking up the network interface card can increase the time when the network interface card is in sleep mode.

The invention relates to the field of mobile communication, in particular to a technology for solving call restriction between different systems. The invention discloses a method for solving call restriction between different systems, which is used for improving the resident success ratio of a network. The method comprises the following steps: when receiving an unrecoverable rejection cause valuereturned by a first network according to the access request of the user device, acquiring the indication information of the last resident network; confirming the last resident network according to theindication information, and when the last resident network is a second network, modifying the unrecoverable rejection cause value into a recoverable rejection cause value; and searching the network again according to the recoverable cause value. The invention also discloses the user device.

The embodiments of the present invention disclose a video image processing method, a device and a system. According to the technical scheme of the invention, the user experience is ensured, and the utilization rate of the network bandwidth resource is improved. The embodiment of the method comprises the steps of determining the ocular fixation area of a user by a display terminal device; and sending the area indication information to a video image collection terminal device. In this way, the video image collection terminal device is enabled to adjust the parameters of at least one video image in a target region or a non-target region based on the area indication information and the network bandwidth. Meanwhile, the quality of video images in the target region is not lower than the quality of video images in the non-target region. According to the embodiments of the invention, the user experience is ensured. Meanwhile, the utilization rate of the network bandwidth resource is improved.

The invention discloses a cross-platform mobile application development framework system based on a general-purpose module and a transfer service, and belongs to the field of the mobile Internet. The framework system is mainly composed of a front-end logical layer, a bottom-layer primary layer and a service transfer layer. The front-end logical layer realizes cross-platform application development through components composed of HTML, CSS and JavaScript, and calls the primary function of a mobile phone in cooperation with an open JavaScript interface of the bottom-layer primary layer. The bottom-layer primary layer is an open JavaScript interface of a front-end component gallery so that the primary function of the mobile phone can be called and a service address can be protected through the service transfer layer. The service transfer layer protects the backstage service address through transfer and distribution and realizes switchover of a test environment and a formal environment through configuration. Compared with the prior art, the development framework system can solve the problems that a developer can not freely carry out extension and the backstage service address and a data source are exposed, and is high in application and popularization value.

The invention discloses a mobile equipment voiceprint registration and authentication method and system. The voiceprint registration method comprises the following steps: processing voices to framing treatment, spectral analysis and auditory perception filtering to obtain voiceprint characteristic data; mapping the voiceprint characteristic data to a quantified data storage list to obtain compressed voiceprint characteristic data; acquiring a corresponding a model statistic quantity according to the compressed voiceprint characteristic data; establishing a voiceprint model according to the voiceprint statistic quantity, and marking and storing to complete voiceprint registration. In the voiceprint registration stage, the voiceprint model is registered according to the model statistic quantity. In the authentication stage, the model statistic quantity is compared with a stored voiceprint model. The method provided by the invention can reduce the calculation amount of the voiceprint model, reduce the storage space of voiceprint characteristics, and resolve the requirement of the mobile equipment for real-time performance of an algorithm, and can improve the use experience and ensure user privacy security without networking for registration and authentication or uploading the user's voiceprint data to a server.

The embodiment of the invention discloses a photographing method and a mobile terminal. The method is used for the mobile terminal, and comprises the steps: starting a front-facing camera of the mobile terminal; detecting the distance between the mobile terminal and a photographed target object; selecting a light supplement element according to the distance, wherein the light supplement element comprises a display screen and a preposed flash lamp; obtaining the ambient light brightness of an environment where the mobile terminal is located; and adjusting the brightness of the light supplement element according to the ambient light brightness and the distance. Therefore, the method can determine the proper light supplement element to carry out the light supplement of the front-facing camera according to the detected distance between the mobile terminal and the target object, obtains the clear image data, and guarantees the experience effect of a user.

Disclosed are a method for controlling offloading, a UE, a network device and a server. The method comprises: a UE acquiring network state information about different types of networks, and acquiring an offloading strategy, wherein the offloading strategy comprises service types, network state domain values and the correlation between the different types of networks; the UE selecting a target network for a service according to the network state information and the correlation; and the UE offloading the service to the target network. The embodiments of the present invention not only perform offloading according to service attributes, but can also offload a service based on the network states of different access networks, thereby improving the effect of offloading, improving the service quality and enhancing the overall performance of a convergence network while ensuring the user experience.

The invention relates to the technical field of financial science and technology, and discloses a applet generation method, a device, equipment and a computer readable storage medium. The method comprises the following steps: acquiring a third-party global configuration file, and storing the third-party global configuration file in a preset directory; reading first target field information of thethird-party global configuration file, obtaining a target page, and copying a page file corresponding to the target page to the preset directory from a source code directory; analyzing dependent resources of the page file based on the page file and a preset rule, and obtaining a path of the dependent resources; and obtaining a source code of the dependent resource from the source code directory according to the path of the dependent resource, and copying the source code to the preset directory to generate a third-party applet. According to the method, the problem that codes of the third-partyapplet are difficult to maintain when the third party accesses the applet in the prior art can be solved.

The invention relates to a lightweight BIM big data online visualization method and system. The method includes the following steps that lightweight analysis based on semantic guidance is conducted on a BIM scenario component set to obtain a lightweight component base; the interior structure of a BIM building is automatically partitioned to generate multiple relatively independent spaces and a relation structure chart of the relatively independent spaces; a multilayer data index structure with multi-granularity decomposition is established according to the relation structure chart and the component set in each space; the lightweight component base is called according to the multilayer data index structure to achieve progressive visualization of the BIM building, and in the visualization process, with each space as the unit, data in the next space relative to the current space is cached and data in the last space is deleted. Compared with the prior art, the method and system have the advantages of automation, lightweight, fine granularity and the like.