68 results about "Page load time" patented technology

The present invention relates to systems, apparatus, and methods of using usage data to determine the dependency structures of a web application, including dependency structures between follow-on objects of an initial object in a web transaction. In one embodiment, an input URL and associated dynamic response data are analyzed for such nested or dependent relationships. In further embodiments, analysis of these relationships are used to improve prefetching operations to lower overall page load times.

The invention relates to the field of communication, in particular to a preloading method of browsed contents, and a terminal. The method comprises the following steps: determining a current page which is currently browsed by a user at present; reading a browsing history, wherein the browsing history is the information of the page which is browsed by the user; according to the read browsing history, determining the preloaded contents of the current page; preloading the preloaded contents; storing the preloaded contents into a cache; receiving operation information; and according to the operation information, displaying the preloaded contents in the cache. In the embodiment of the invention, the current page is firstly determined, then, the browsing history of the user can be automatically read, the page generated after the possible next-step operation of the user on the current page is analyzed and predicted through the browsing history, page loading time is omitted, browsing efficiency is improved, and finally, a browsing effect is improved.

The embodiment of the invention discloses a webpage access method and device, a mobile terminal and a storage medium. The method comprises: when it is detected that an application program is started, creating at least one webpage view control, and storing the created webpage view controls in a local system; requesting an IP address corresponding to at least one domain name from a domain name system server, and storing the IP address corresponding to each domain name returned by the domain name system server in a local system; respectively sending a static resource file downloading request to a server corresponding to each stored IP address, and storing the static resource file returned by the corresponding server in a local system; and when a target webpage access trigger event is detected, obtaining the webpage view control and a static resource file corresponding to the target webpage from a local system, and performing page rendering based on the obtained webpage view control and the static resource file. According to the embodiment of the invention, the problem that the page loading time is too long in the webpage access process is solved.

To deliver up-to-date, coherent user data to applications upon request, the disclosed technology includes systems and methods for caching data and metadata after it has been synchronously loaded—for future retrieval with a page load time close to zero milliseconds. To provide this experience, data needs to be stored as locally to a user as possible, in the cache on the local device or in an edge cache located geographically nearby, for use in responding to requests. Applications which maintain caches of API results can be notified of their invalidation, and can detect the invalidation, propagate the invalidation to any further client tiers with the appropriate derivative type mapping, and refresh their cached values so that clients need not synchronously make the API requests again—ensuring that the client has access to the most up-to-date copy of data as inexpensively as possible—in terms of bandwidth and latency.

The invention relates to a Web application page rendering optimization.The method comprises the following steps: firstly building a hidden DOM (document object model) node element; simultaneously drawing at least one subnode in the hidden DOM node element; continuously detecting whether the combination of the DOM node and the subnodes thereof forms an effective state while drawing the subnode; once the element combination of the DOM node element and the subnodes in the DOM node element forms a predetermined effective state, performing batch computing and rendering by a browser on the DOM node element and the subnodes in the DOM node element, and displaying to a user page in one time. The method can solve the problem that the return time is too long in an existing page element increment rendering method, so that the page loading time is effectively shortened, and the user experience performance of Web application pages is improved.

The invention discloses a multiple page switching method and device, terminal equipment and a storage medium. The multiple page switching method comprises the following steps of: obtaining a page jumping instruction by a parent page; calling a page interacting method function of a JavaScript object common to child pages on the basis of the page jumping instruction by the parent page and switchingto a next child page displaying page corresponding to next child page identification (ID) according to the page interacting method function; obtaining current child page transfer data through the current child page on the basis of the page jumping instruction by the parent page; and calling a load data method function of the JavaScript object common to the child pages on the basis of the page jumping instruction by the parent page and obtaining the next child page data corresponding to the next child page ID according to the load data method function and the current child page transfer data. By adopting the multiple-pages switching method, the switching effect of short page loading time can be achieved during multiple-pages switching.

The invention provides a page loading method, a page loading device, page loading equipment and a computer readable storage medium, namely, when a page loading instruction is detected, starting a timer to time the current page loading time of a current page; And if the current page is not successfully loaded and the current page loading time reaches a preset time threshold, stopping page loading of the current page, and generating and displaying a reminding message of webpage loading timeout so as to remind a user of page loading failure. According to the invention, the page loading time of the page is timed by setting the timer; when the page loading time exceeds a preset time threshold value, the page is loaded; and if the page is not successfully loaded, stopping page loading and generating a reminding message of page loading timeout, thereby avoiding the situation that a user waits blindly due to the fact that the white screen page is displayed all the time, reducing the waiting time of the user, improving the user experience, and solving the technical problem that a page loading timeout error cannot be detected within specified time in the prior art.

A method and an electronic device for displaying a webpage are provided. The method includes receiving, via a web browser, a request to open the webpage corresponding to a main web Uniform Resource Locator (URL), retrieving sub resource information that is pre-stored at a local location that is mapped to a parameter of the requested webpage, and requesting for sub resource content, based on the retrieved sub resource information. The method further includes receiving the requested sub resource content, and displaying the web page on the web browser, based on the received sub resource content and a main resource content.

Page load time analysis. The analysis may allow a web page designer to determine improvements that could be made to the web page to decrease load time, and perhaps identify the modules or components that are critical paths in decreasing page load time. The analysis is performed based on the monitoring of multiple requests associated with a page request. The user may be notified of the graph or the results of analysis of the graph. The user may then determine whether the page load time can be improved.

The invention discloses a method and a device for testing a page perceived performance. The method comprises the steps of recording a load process of a page as N frames of screenshots according to a load time; calculating out a pixel change speed and an accelerated speed between each frame of the screenshots, and finding out accelerated speed discrete values which are beyond at least one standard deviation therefrom; taking each frame of the screenshots corresponding to the found accelerated speed discrete values as a key frame in the page load process; calculating out a speed for pixel change in a target area of each key frame, and finding out a first speed discrete value which is beyond the at least one standard deviation therefrom according to an order of the page load time; taking the frame of the screenshots corresponding to the first speed discrete value as a target key frame in all key frames; and determining the load time used from starting to load the page to loading the target key frame. According to the method and the device disclosed by the invention, the page perceived performance can be tested more accurately; and the true feeling of an ultimate user to a screen load reaction speed can be measured out.

The invention belongs to the technical field of computers, and particularly relates to a page loading method and device, a computer readable storage medium and terminal equipment. The method comprisesthe steps of receiving a page loading request, and obtaining a configuration file of a to-be-loaded target page; executing a first page loading thread, namely loading hypertext markup language data of the target page; after the first page loading thread is completed, executing a second page loading thread and a third page loading thread in parallel, namely loading page resources and general gateway interface data; after the second page loading thread is completed, executing a fourth page loading thread, namely initializing page resources; and after the third page loading thread and the fourthpage loading thread are completed, executing a fifth page loading thread, namely displaying the target page. In this way, loading processes of page resources and general gateway interface data are processed in parallel, and effective compression of page loading time is achieved.