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    • 5. 发明申请
    • Acknowledgment of Media Waveforms between Telecommunications Endpoints
    • 确认电讯终端之间的媒体波形
    • US20090141647A1
    • 2009-06-04
    • US11949615
    • 2007-12-03
    • Eric John DiethornP. KrishnanJean MelocheBalaji Sathyanarayana RaoJay M. StilesJohn R. Tuck, JR.
    • Eric John DiethornP. KrishnanJean MelocheBalaji Sathyanarayana RaoJay M. StilesJohn R. Tuck, JR.
    • H04L12/26
    • H04L1/20G10L25/69
    • An apparatus and method are disclosed that enable a first telecommunications endpoint to ensure that a second endpoint is receiving the first endpoint's packet stream transmissions with a satisfactory waveform quality. When the second endpoint receives the packet stream, it decodes the media waveform from the stream, encodes the waveform back into a second packet stream, and transmits some or all of the packets in the second stream back to the first endpoint. The first endpoint then decodes the received waveform in the second stream and compares it to the original waveform transmitted to the second endpoint. Based on the comparison, the first endpoint adjusts the value of a quality indication, and provides the quality indication to its user and to the second endpoint. Advantageously, the user at the second endpoint is able to determine whether the received waveform is, in fact, close enough to the waveform that the first endpoint's user intended to be received and understood.
    • 公开了一种能够使第一电信端点确保第二端点以令人满意的波形质量接收第一端点的分组流传输的装置和方法。 当第二端点接收到分组流时,它从流解码媒体波形,将波形编码回第二分组流,并将第二流中的一些或全部分组发回到第一端点。 然后,第一端点对第二流中的接收波形进行解码,并将其与发送到第二端点的原始波形进行比较。 基于比较,第一端点调整质量指示的值,并向其用户和第二端点提供质量指示。 有利地,第二端点处的用户能够确定接收到的波形实际上是否足够接近第一端点的用户意图被接收和理解的波形。
    • 6. 发明申请
    • Detecting Interfering Packet Streams in Packet Networks
    • 检测分组网络中的干扰分组流
    • US20090122719A1
    • 2009-05-14
    • US11939295
    • 2007-11-13
    • Bengi Karacali-AkyamacMark John Karol
    • Bengi Karacali-AkyamacMark John Karol
    • H04L12/28
    • H04L43/50H04L41/12H04L43/087
    • A method for estimating the network-layer topology of a telecommunications network is described. In particular, the illustrative embodiment of the present invention estimates the existence and connectivity of nodes in the topology based on the detection of network-wide end-to-end path intersections. This is based on the assumption that pairs of streams of packets that share a common node will interfere and that the interference can be detected in the received streams. In general, this interference is manifested as jitter. By transmitting streams on each pair of end-to-end paths in the network, and detecting interference (or a lack of interference) a matrix of path intersections for the network can be created. Using logic and supposition, the topology of the network can be estimated using the matrix of path intersections. Once the estimate of the topology is complete, the maintenance and operation of the network can proceed based on the topology.
    • 描述了用于估计电信网络的网络层拓扑的方法。 特别地,本发明的说明性实施例基于网络范围端到端路径交叉点的检测来估计拓扑中节点的存在和连通性。 这是基于共享公共节点的分组流对将干扰并且可以在接收的流中检测干扰的假设。 一般来说,这种干扰表现为抖动。 通过在网络中的每对端对端路径上发送流,并且检测干扰(或缺乏干扰),可以创建网络的路径交叉矩阵。 使用逻辑和假设,可以使用路径交点的矩阵来估计网络的拓扑。 拓扑结构的估计一旦完成,网络的维护和运行就可以根据拓扑结构进行。
    • 7. 发明申请
    • Call Screening Via Observing Called-Party Behavior
    • 通过观察被叫方行为进行呼叫筛选
    • US20090103701A1
    • 2009-04-23
    • US11874162
    • 2007-10-17
    • Sachin GargNavjot Singh
    • Sachin GargNavjot Singh
    • H04M3/436
    • H04M3/436H04M3/42059H04M2201/10H04M2201/36
    • A method is disclosed that enables the screening of unwanted telephone calls, such as voice or video calls, for one or more called parties. In accordance with the illustrative embodiment of the present invention, an anti-SPAM system receives signaling information for one or more telephone calls made to one or more called parties by a calling party. Although the calling party can be a human caller, in a SPAM-over-Internet-Telephony context the calling party can alternatively be a server or other network element that originates SPAM voice calls for advertising purposes; both possibilities are accounted for in the illustrative embodiment. The anti-SPAM system then observes the behavior of the called party or parties that is exhibited in response to receiving the telephone calls. Based on the observed behavior, the anti-SPAM system then updates one or more rules for handling future telephone calls made to the protected called parties.
    • 公开了一种能够对一个或多个被叫方筛选不需要的电话呼叫(例如语音或视频呼叫)的方法。 根据本发明的说明性实施例,反SPAM系统接收由主叫方对一个或多个被叫方进行的一个或多个电话呼叫的信令信息。 虽然呼叫方可以是人类呼叫者,但是在因特网上的电话上下文中,呼叫方可以替代地是发起用于广告目的的SPAM语音呼叫的服务器或其他网络元件; 在说明性实施例中考虑了两种可能性。 反垃圾邮件系统然后观察响应于接收电话而展示的被叫方或行为者的行为。 基于观察到的行为,反垃圾邮件系统然后更新一个或多个规则,以处理对受保护的被叫方的未来电话呼叫。
    • 8. 发明申请
    • Enterprise-Distributed Noise Management
    • 企业分布式噪声管理
    • US20090080642A1
    • 2009-03-26
    • US11861637
    • 2007-09-26
    • Eric John Diethorn
    • Eric John Diethorn
    • H04M9/00
    • H04M9/005
    • A method is disclosed that enables the managing of the overall sound level in an enterprise environment where telephones are used. A data-processing system such as a private branch exchange monitors whether one or more telephones are in use. Based on detecting when a first endpoint is in use and, therefore, when the endpoint's user is present, the private branch exchange controls one or more characteristics of the loudspeaker volume at a second endpoint. By accounting for other considerations such as the spatial closeness between the endpoints, which can be determined from office dimensions stored in a database, the private branch exchange of the illustrative embodiment is able to determine the degree of sound that is coupling over from one endpoint location to another. On a larger scale, the exchange is able to control the loudspeaker volumes of all of the endpoints in the workplace area. In doing so, the exchange manages the overall acoustic noise present.
    • 公开了一种能够管理使用电话的企业环境中的整体声级的方法。 诸如专用小交换机之类的数据处理系统监视一个或多个电话是否正在使用中。 基于检测何时使用第一端点,因此,当端点的用户存在时,专用分支交换机控制第二端点处的扬声器音量的一个或多个特性。 通过考虑诸如端点之间的空间接近性的其他考虑因素,其可以从存储在数据库中的办公室维度确定,所述说明性实施例的专用交换机能够确定从一个端点位置耦合的声音的程度 到另一个 在更大规模的情况下,交换机能够控制工作区域中所有端点的扬声器音量。 在这样做时,交换机管理存在的整体声学噪声。