119results about How to "Solve the problem of experience" patented technology

The invention belongs to the technical field of display and mainly provides a display panel driving method and driving device. The method comprises the steps of dividing the display panel into n sub-regions, and calculating an average gray scale value of an original pixel cell in each sub-region, where n is an integer greater than 1; when the average gray scale value is great than the preset grayscale threshold, determining a gray level threshold interval corresponding to the sub-region according to the average gray level value of the sub-region, calculating a ratio of a total amount of original pixel units in a gray-scale threshold interval to a total amount of original pixel units contained in a corresponding sub-region, and according to the ratio and the preset gamma value conversion relation, resetting the gamma value of the original pixel unit in the corresponding sub-region, thus achieving the purpose of reducing the color deviation of the display panel. The problem that the brightness of the existing VA-type liquid crystal panel technology in the large viewing angle rapidly saturates with the increase of the driving voltage, thus deteriorating the picture quality of the large viewing angle and greatly affecting the experience of the user is solved.

The embodiments of the invention provide a network capacity expansion evaluation method and device and a server and relate to the technical field of communication, which solve the problem that in theprior art, when whether the current network needs to be expanded or not is judged only by relying on a bandwidth utilization rate index, pre-estimation of the service requirements is easily caused, sothat the service quality of a user cannot be guaranteed and the experience of the user is reduced. The method comprises the steps of collecting operation data of network element equipment, wherein the operation data comprise peak flow, mean flow and packet loss counting information; generating a network capacity expansion evaluation result of the network element equipment according to the operation data, wherein the network capacity expansion evaluation result is used for representing whether the network element equipment needs to be expanded or not. The embodiments of the invention are usedfor judging whether the network element equipment needs to be expanded.

The invention discloses a method, device and system for identifying media player content by using a two-dimensional code, so that a user can view the media player content directly by scanning a two-dimensional code. The method provided by the invention comprises the steps of generating a media player content two-dimensional code according to information corresponding to the media player content, the information comprising the content address, video streaming proportion and/or live streaming code; and identifying the media player content two-dimensional code to a platform a user can access. Meanwhile, the invention also provides corresponding device and system embodiments. The provided method, device and system for identifying the media player content by using the two-dimensional code by the invention avoids the problem of low efficiency brought by repeated search of the media player content via software applications, and also avoids the problem of overlong operation time brought by user input of a website into a browser, thereby improving the user experience in viewing the media player content.

The invention discloses a resource slice allocation method and device, and computer equipment. The resource slice allocation method comprises the steps of: acquiring the historical data of a target network in a preset time period, and predicting the flow value of each link in a future preset time period; determining a link resource partition matrix and a node resource partition matrix according to a preset initial link allocation state and a preset initial node allocation state; determining a plurality of resource allocation schemes at the current moment; respectively calculating an objective utility function of each resource allocation scheme meeting the reliability condition at the current moment; and taking the resource allocation scheme corresponding to the maximum objective utility function as a target resource allocation scheme at the current moment. Through the implementation of the resource slice allocation method, the historical data is combined and the future utility function is calculated, so that the network resource division state at the future moment influences the current division strategy, the current optimal strategy is obtained, and quick response to the future network demand change in the resource allocation process is ensured.

The invention discloses a dynamic authentication method and system based on a mobile terminal. The dynamic authentication method based on the mobile terminal comprises the steps of: S100, acquiring to-be-authenticated reference information of a subordinate mobile terminal in a database in a preset time limit, and storing the database in a server; S200, carrying out safety detection on the to-be-authenticated reference information of the subordinate mobile terminal in the database; S300, according to result information obtained after carrying out safety detection on the to-be-authenticated reference information in the step S200, setting a corresponding dynamic authentication strategy; and S400, according to the dynamic authentication strategy set in the step S300, carrying out corresponding authentication when a user logs in. In the invention, according to detection on a safety state of the mobile terminal, when the safety state is good, a low-level authentication strategy is used, and when the safety state is poor, authentication strength is automatically strengthened; and user experience is more intelligent, and authentication strength is more reasonable and safer.

The invention provides a screen adjusting method and device, as well as a terminal. The method comprises the steps of: monitoring whether a current screen is in a reading mode or not; if yes, adjusting an interval time period of automatically turning off the screen; or if no, maintaining a preset interval time period of automatically turning off the screen. Through adoption of the method and the device, a reading mode of a user is recognized by intelligently detecting, analyzing and learning an event input by the user, and the terminal screen is set according to learned data, so that a scheme in which the setting is matched with actual use of the user is realized, and a problem in related arts that the user experience is influenced by automatic turning off of the screen, is solved, thereby not only improving the user experience, but also avoiding power consumption increase.

An embodiment of the invention provides an energy distribution and control method and device, relates to the technical field of energy management, solves the problem in the prior art that an energy supply apparatus provides energy to an office having multiple rooms, and when encountering a rush hour, a total energy amount required by the multiple rooms is greater than a total energy amount provided by the energy supply apparatus during a unit time period, so that each room cannot operate according to actually required energy, so as to reduce user experiences in the rooms. The method comprises the steps: obtaining a total energy Q1 distributed to at least one room by the energy supply apparatus; obtaining an actually required energy Q2 for at least one room; obtaining energy supply priority for each room; ranking each room according to an order from large to small according to the energy supply priority when Q1 is less than Q2, and controlling the energy supply apparatus to provide energy for each room according to the arranging order. The embodiment of the invention is used for energy distribution.

The invention discloses a network slice deployment method and device, relates to the field of communication, and is used for solving the problem that a user cannot obtain the same service experience as an attribution in a visited place. The network slice deployment method comprises the steps that an NSMF of a VPLMN receives a network slice request; the NSMF of the VPLMN sends slicing request information to the NSSGW of the VPLMN, wherein the slicing request information is used for requesting an NSSGW of the VPLMN to send pre-stored slicing information of a network slice used by the terminal equipment under the HPLMN to an NSMF of the VPLMN; the NSMF of the VPLMN receives slice request response information sent by the NSSGW of the VPLMN; and the NSMF of the VPLMN deploys a network slice forthe terminal equipment according to the slice information. The method is used for deploying the network slices.

The invention discloses a network type recovery method when an intelligent television is restarted after encountering an abnormal situation. The network type recovery method when an intelligent television is restarted after encountering an abnormal situation includes the steps: when the intelligent television terminal is operating a specific application requiring wireless network, a, the intelligent television terminal acquires the current network type; b, when detecting that the state is the wired state, the network type of the current wired state is saved, and the overall operating state of the specific application is recorded and is marked and recorded in a system database of the intelligent television terminal; c, the specific application is operated under the temporary wireless network type; and d, when the intelligent television is restarted, the operating state mark of the specific application in the database is read with preference, and the previously saved network type is recovered, and then the system is restarted and the network is connected. Compared with the prior art, when the network type recovery method when an intelligent television is restarted after encountering an abnormal situation operates an application requiring temporary switching of the network type, the network type recovery method when an intelligent television is restarted after encountering an abnormal situation temporarily manages the current operating state of the application through the system database, and reads the value of the state before starting up to automatically recover the required network type and network connection.