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    • 3. 发明授权
    • Bridging subnet broadcasts across subnet boundaries
    • 桥接子网跨子网边界广播
    • US07525963B2
    • 2009-04-28
    • US10421705
    • 2003-04-24
    • Philip Ti-Fei SuRobert J. Jarrett
    • Philip Ti-Fei SuRobert J. Jarrett
    • H04L12/28
    • H04L12/1836
    • Methods for bridging subnet broadcasts across subnet boundaries include: (a) receiving a first broadcast message that originates in a first subnet; (b) sending the first broadcast message to a second subnet; and (c) broadcasting the first broadcast message on the second subnet, wherein the first broadcast message is not sent from the second subnet back to the first subnet and/or it is not rebroadcast on the first subnet. Other methods of processing broadcast messages include: (a) receiving a first broadcast message on a first subnet; (b) determining whether the first broadcast message originated in the first subnet; and (c) when the first broadcast message originated in the first subnet, sending the first broadcast message to a second subnet. Such methods may further include, at least in some examples, marking the first broadcast message to indicate that it originated from the first subnet. Example systems for performing various bridging methods, including the bridging methods described above, may include, for example: (a) a receiver adapted to receive a first broadcast message, wherein the first broadcast message originates in a first subnet; (b) a repeater adapted to send the first broadcast message to a second subnet; and (c) a replicator adapted to broadcast a second broadcast message originating from a subnet other than the first subnet on the first subnet. All subnets involved in the communication may include this type of structure to enable cross communication of broadcast message data between the subnets.
    • 跨子网边界桥接子网广播的方法包括:(a)接收源自第一子网的第一广播消息; (b)将第一广播消息发送到第二子网; 以及(c)在所述第二子网上广播所述第一广播消息,其中所述第一广播消息不从所述第二子网发送回所述第一子网和/或其不在所述第一子网上进行重播。 处理广播消息的其他方法包括:(a)在第一子网上接收第一广播消息; (b)确定所述第一广播消息是否起源于所述第一子网; 和(c)当第一广播消息始发于第一子网时,将第一广播消息发送到第二子网。 至少在一些示例中,这样的方法还可以包括标记第一广播消息以指示其来自第一子网。 用于执行各种桥接方法的示例系统(包括上述桥接方法)可以包括例如:(a)适于接收第一广播消息的接收机,其中所述第一广播消息源于第一子网; (b)适于将第一广播消息发送到第二子网的中继器; 以及(c)适于在第一子网上广播源自除第一子网之外的子网的第二广播消息的复制器。 参与通信的所有子网可以包括这种类型的结构,以使得能够在子网之间进行广播消息数据的交叉通信。
    • 6. 发明授权
    • Estimation of overlap of polygons
    • 多边形重叠的估计
    • US07505048B2
    • 2009-03-17
    • US10423533
    • 2003-04-25
    • Philip Ti-Fei Su
    • Philip Ti-Fei Su
    • G09G5/00G06T11/20
    • G06T15/40G06T11/40
    • Various techniques are disclosed for easily and accurately estimating the amount of overlap between two or more polygons. With various examples of these techniques, a pattern of objects, such as points, is provided over the entire area of the first polygon. The amount of objects within the first polygon then is determined, as is the amount of objects within the first polygon that also are located within the second polygon. The ratio of the amount of objects located within both the first polygon and the second polygon to the total amount of objects located within the first polygon then provides an estimate of the amount of the first polygon overlapped by the second polygon.
    • 公开了各种技术,用于容易且准确地估计两个或更多个多边形之间的重叠量。 利用这些技术的各种示例,在第一多边形的整个区域上提供诸如点的对象的图案。 然后确定第一多边形内的对象的量,以及也位于第二多边形内的第一多边形内的对象的量。 位于第一多边形和第二多边形内的对象的数量与位于第一多边形内的对象的总量的比率然后提供与第二多边形重叠的第一多边形的量的估计。
    • 8. 发明授权
    • Priority differentiated subtree locking
    • 优先级差分子树锁定
    • US07206776B2
    • 2007-04-17
    • US10222953
    • 2002-08-15
    • Zoltan C SzilagyiMatthew Paul RhotenPhilip Ti-Fei Su
    • Zoltan C SzilagyiMatthew Paul RhotenPhilip Ti-Fei Su
    • G06F17/30G06F15/16
    • G06F9/524Y10S707/99933Y10S707/99934Y10S707/99938
    • A locking arrangement for data structures is provided that prevents deadlocks, but still allows different threads to simultaneously obtain locks on different nodes of a data structure for both read and write operations. The locking system will fail a request to lock one or more resources in a data structure if access to those resources has already been restricted by a conflicting lock of an equal or higher priority. The locking system may also employ preemptable and non-preemptable locks such that, if a preemptable lock with a lower priority has restricted access to resources, then the locking system will preempt the lower priority lock in favor of a conflicting higher priority lock. Alternately, if a non-preemptable lock with a lower priority has restricted access to resources, then the locking system will wait until the lower priority lock is removed before implementing a requested conflicting higher priority lock.
    • 提供了数据结构的锁定装置,其防止死锁,但是仍然允许不同的线程同时获得用于读取和写入操作的数据结构的不同节点上的锁定。 如果对这些资源的访问已经受到相同或更高优先级的冲突锁限制,则锁定系统将失败锁定数据结构中的一个或多个资源的请求。 锁定系统还可以使用可抢占的和不可抢占的锁,使得如果具有较低优先级的可抢占锁限制了对资源的访问,则锁定系统将优先考虑较低优先权锁以有利于较高优先级的锁定。 或者,如果具有较低优先级的不可抢占锁限制了对资源的访问,则锁定系统将等待,直到在执行所请求的冲突较高优先级锁之前移除较低优先权锁。
    • 10. 发明授权
    • Determining the convex hull of convex polygons with congruent corresponding angles
    • 确定具有一致对应角度的凸多边形的凸包
    • US07187378B2
    • 2007-03-06
    • US10438635
    • 2003-05-14
    • Philip Ti-Fei SuRichard J SwaneyMatthew P Rhoten
    • Philip Ti-Fei SuRichard J SwaneyMatthew P Rhoten
    • G06T15/00
    • G06T11/203G06T2210/12
    • The convex hull of two polygons having congruent corresponding angles with the same orientation can be determined by analyzing the relationship of each vertex of one of the polygons relative to its adjacent vertices. More particularly a line may be defined between a selected vertex on one of the polygons and its corresponding vertex on the other polygon. If the vertices adjacent to the selected vertex both fall on the same side of the line, then a line connecting the selected vertex with its corresponding vertex lies on the convex hull of the two polygons. If, on the other hand, the vertices adjacent to the selected vertex are located on different sides of the line, then the line connecting the selected vertex with its corresponding vertex does not lie on the convex hull.
    • 可以通过分析其中一个多边形相对于其相邻顶点的每个顶点的关系来确定具有相同取向的一致相应角度的两个多边形的凸包。 更具体地,可以在多边形中的一个上的所选择的顶点和其他多边形上的对应顶点之间定义线。 如果与所选顶点相邻的顶点都落在该线的同一侧,那么连接所选顶点与其对应顶点的线就位于两个多边形的凸包上。 另一方面,如果与所选择的顶点相邻的顶点位于线的不同侧面,那么连接所选顶点与其对应顶点的线不在凸包上。