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    • 3. 发明申请
    • Multipart response generation
    • 多部分响应生成
    • US20060224700A1
    • 2006-10-05
    • US11081126
    • 2005-03-15
    • Susan ChoryAndrew LinNikhil KothariShanku Niyogi
    • Susan ChoryAndrew LinNikhil KothariShanku Niyogi
    • G06F15/16
    • H04L67/2823H04L67/2819H04L67/2852
    • A multipart response generation system generates content (such as pages) that may contain mixed linked content that is referenced by a separate locator. When a page is requested (during a “primary request”), the image and PDF file, for example, based on specific input from the user are generated and each piece of the generated content with a specific locator is associated therewith. The generated content may be stored in a cache with a specific expiration time. The page rendered to the client contains the associated locators as well as any static content such that the client automatically fetches (as secondary requests) the content in accordance with the associated locators. The secondary requests are retrieved, the generated content from the cache are retrieved, the correct content-type in the response are specified and then returned to the client, which displays the returned mixed content within the page.
    • 多部分响应生成系统生成可能包含单独定位符引用的混合链接内容的内容(如页面)。 当请求页面时(在“主要请求”期间),生成图像和PDF文件,例如,基于来自用户的特定输入,并且每个生成的具有特定定位符的内容与其相关联。 生成的内容可以存储在具有特定到期时间的高速缓存中。 呈现给客户端的页面包含关联的定位器以及任何静态内容,以便客户端根据关联的定位器自动提取内容(作为辅助请求)。 检索次要请求,从高速缓存中检索生成的内容,指定响应中正确的内容类型,然后返回给客户端,该客户端将在页面中显示返回的混合内容。
    • 8. 发明申请
    • DEVICE SPECIFIC PAGINATION OF DYNAMICALLY RENDERED DATA
    • 动态特征提取动态数据
    • US20070113179A1
    • 2007-05-17
    • US11620327
    • 2007-01-05
    • Matthew GibbsShanku NiyogiGreg SchechterKristen Nye
    • Matthew GibbsShanku NiyogiGreg SchechterKristen Nye
    • G06F17/00G06F15/16
    • G06F17/30905
    • The present invention relates to a system and methodology that provides for adjusting content that is to be received and displayed by a device so that the content is meaningful to a recipient. The invention provides for rendering of variable-sized pages of dynamic content based at least in part on user interface (UT) characteristics of a receiving device (e.g., client program). One particular aspect of the invention provides for an abstraction layer that permits a content developer to specify what content is to be displayed to an end user without requiring the developer to delineate markup tags that are to be employed by different browsers of respective mobile devices. Thus, for example, such aspect of the invention provides for automatically adjusting (e.g., paginating) content into variable-sized pages appropriate for a requesting device. A content analyzer receives and analyzes content to be rendered at a plurality of recipient devices against display capabilities of the respective devices. An abstraction layer accesses information relating to capabilities of the devices, and maps attributes relating to the content to the device capabilities, the abstraction layer provides the mapping to the content analyzer. A content distributor parses the content into subsets coincident with the display capabilities of the respective devices, and sequentially distributes respective subsets to the devices for rendering thereof.
    • 本发明涉及一种系统和方法,该系统和方法提供了调整由设备接收和显示的内容,使得内容对接收者有意义。 本发明至少部分地基于接收设备(例如,客户端程序)的用户界面(UT)特性来呈现动态内容的可变大小页面。 本发明的一个特定方面提供了一种抽象层,其允许内容开发者指定要向最终用户显示哪些内容,而不需要开发者描绘将被各个移动设备的不同浏览器采用的标记标签。 因此,例如,本发明的这种方面提供了将内容自动调整(例如,分页)到适合于请求设备的可变大小的页面中。 内容分析器接收并分析要在多个接收方设备呈现的内容,以抵抗各个设备的显示能力。 抽象层访问与设备的能力相关的信息,并将与内容相关的属性映射到设备能力,抽象层提供映射到内容分析器。 内容分配器将内容分析成与各个设备的显示能力一致的子集,并且将各个子集顺序地分配给用于再现的设备。