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    • 2. 发明授权
    • Guided random seek support for media streaming
    • 引导随机寻求支持媒体流
    • US07640353B2
    • 2009-12-29
    • US11380619
    • 2006-04-27
    • Guo Bin ShenShipeng LiChangxi Zheng
    • Guo Bin ShenShipeng LiChangxi Zheng
    • G06F15/16
    • H04L65/00H04L12/00H04L29/06H04L65/604H04L65/608
    • Seek support facilitates convenient access to portions of a media file a user wishes to access. Seek support is provided by a usage model based on prior users' access of a media file or expected user access patterns. The usage model reflects expected next segments a user will seek when accessing the media file. A prefetching model derived from the usage model reduces seeking delay by prefetching one or more expected next segments identified from the usage model that will result in minimal seeking distance. Correspondingly, a method of prefetching segments also facilitates access to the media file. A quantity of segments of a media file to be prefetched and a current region of a media file being access are identified. At least one next segment identified by the prefetching model as an expected next seeking destination from the current region is identified, and the next segment is prefetched.
    • 寻求支持便于方便地访问用户希望访问的媒体文件的部分。 寻求支持由基于用户访问媒体文件或预期用户访问模式的使用模型提供。 使用模式反映了用户在访问媒体文件时将寻求的预期下一个细分。 从使用模型导出的预取模型通过预取从使用模型识别的一个或多个预期的下一个段来减少寻求延迟,这将导致最小寻找距离。 相应地,预取片段的方法也有利于对媒体文件的访问。 识别要预取的媒体文件的片段数量和正在访问的媒体文件的当前区域。 识别由预取模型识别为来自当前区域的期望的下一个寻找目的地的至少一个下一个段,并且预取下一个段。
    • 4. 发明申请
    • GUIDED RANDOM SEEK SUPPORT FOR MEDIA STREAMING
    • 指导随机搜索支持媒体流
    • US20070255844A1
    • 2007-11-01
    • US11380619
    • 2006-04-27
    • Guo Bin ShenShipeng LiChangxi Zheng
    • Guo Bin ShenShipeng LiChangxi Zheng
    • G06F15/16
    • H04L65/00H04L12/00H04L29/06H04L65/604H04L65/608
    • Seek support facilitates convenient access to portions of a media file a user wishes to access. Seek support is provided by a usage model based on prior users' access of a media file or expected user access patterns. The usage model reflects expected next segments a user will seek when accessing the media file. A prefetching model derived from the usage model reduces seeking delay by prefetching one or more expected next segments identified from the usage model that will result in minimal seeking distance. Correspondingly, a method of prefetching segments also facilitates access to the media file. A quantity of segments of a media file to be prefetched and a current region of a media file being access are identified. At least one next segment identified by the prefetching model as an expected next seeking destination from the current region is identified, and the next segment is prefetched.
    • 寻求支持便于方便地访问用户希望访问的媒体文件的部分。 寻求支持由基于用户访问媒体文件或预期用户访问模式的使用模型提供。 使用模式反映了用户在访问媒体文件时将寻求的预期下一个细分。 从使用模型导出的预取模型通过预取从使用模型识别的一个或多个预期的下一个段来减少寻求延迟,这将导致最小的寻找距离。 相应地,预取片段的方法也有利于对媒体文件的访问。 识别要预取的媒体文件的片段数量和正在访问的媒体文件的当前区域。 识别由预取模型识别为来自当前区域的期望的下一个寻找目的地的至少一个下一个段,并且预取下一个段。
    • 5. 发明授权
    • Range and cover queries in overlay networks
    • 覆盖网络中的范围和覆盖查询
    • US07516116B2
    • 2009-04-07
    • US11279003
    • 2006-04-07
    • Guo Bin ShenChangxi ZhengShipeng Li
    • Guo Bin ShenChangxi ZhengShipeng Li
    • G06F7/00
    • G06F17/30094Y10S707/99932
    • System and methods for range and cover queries in overlay networks are described. In one aspect, respective node intervals [s, t] of multiple node intervals are allocated to corresponding nodes in a segment tree. Each integer s and t corresponding to an index to a sorted array of possible endpoints of the node intervals. Each node in the segment tree corresponds to a particular computing device (peer) of multiple computing devices in an overlay network. A node interval [s, t] is assigned to a particular peer associated with a key. This assignment provides a connection between node interval structural information of the segment tree and an underlying structure-less routing substrate in the overlay network. The segment tree is distributed across the peers for query operations over DHT.
    • 描述覆盖网络中范围和覆盖查询的系统和方法。 在一个方面,多个节点间隔的相应节点间隔[s,t]被分配给分段树中的相应节点。 每个整数s和t对应于节点间隔的可能端点的排序数组的索引。 分段树中的每个节点对应于覆盖网络中的多个计算设备的特定计算设备(对等体)。 节点间隔[s,t]被分配给与密钥相关联的特定对等体。 该分配提供了分段树的节点间隔结构信息和覆盖网络中的下层无结构路由基板之间的连接。 分段树分布在对等端,用于通过DHT进行查询操作。
    • 6. 发明授权
    • Augmented navigation system
    • 增强导航系统
    • US07509215B2
    • 2009-03-24
    • US11301334
    • 2005-12-12
    • Guo Bin ShenShipeng Li
    • Guo Bin ShenShipeng Li
    • G01C21/34
    • G01C21/00
    • A method and system for providing augmented directions that include actual media collected from locations along the route and annotations is provided. An augmented navigation system includes a collection component, a direction component, and a playback component. The collection component may be used to collect actual media from various locations and augment a map with the actual media. The direction component generates augmented directions as requested by a user based on the augmented map. The playback component may output the directions in real time as the user navigates.
    • 提供了一种用于提供增强方向的方法和系统,其包括从沿着路线的位置和注释收集的实际媒体。 增强导航系统包括收集组件,方向分量和重放组件。 收集组件可以用于从各个位置收集实际的媒体,并用实际的媒体增加地图。 方向分量基于增强地图生成用户请求的增强方向。 播放组件可以在用户导航时实时输出方向。
    • 8. 发明申请
    • Mobile Device Collaboration
    • 移动设备协作
    • US20080216125A1
    • 2008-09-04
    • US12040728
    • 2008-02-29
    • Shipeng LiYongguang ZhangGuo Bin ShenYanlin Li
    • Shipeng LiYongguang ZhangGuo Bin ShenYanlin Li
    • H04N7/16H04N11/02
    • H04N21/4307G06F3/1446G09G2356/00G09G2370/16H04N13/239H04N21/4122H04N21/41407H04N21/4316H04N21/436H04N21/44231H04N21/4436
    • Systems and methods are described for mobile device collaboration. An exemplary collaborative architecture enables aggregation of resources across two or more mobile devices, in such a manner that the aggregation of resources is practical even considering the miniaturized and limited battery power of most mobile devices. In a video implementation, the exemplary collaborative architecture senses when another mobile device is in close enough proximity to aggregate resources. The collaborative architecture applies an adaptive video decoder so that each mobile device can participate in playing back a larger and higher-resolution video across combined display screens than any single mobile device could playback alone. A cross-display motion prediction technique saves battery power by balancing the amount of collaborative communication between devices against the local processing that each device performs to display visual motion across the boundary separating displays.
    • 描述了用于移动设备协作的系统和方法。 示例性协作架构使得可以以两种或多种移动设备的资源聚合,即使考虑到大多数移动设备的小型化和有限的电池功率,资源的聚集也是实际的。 在视频实现中,示例性协作架构感知何时其他移动设备足够靠近聚合资源。 协作架构应用自适应视频解码器,使得每个移动设备可以通过组合的显示屏幕参与比单独的移动设备单独播放的更大和更高分辨率的视频。 交叉显示运动预测技术通过平衡设备之间的协作通信量与每个设备执行的本地处理以跨越分界显示器的视觉运动来节省电池电力。