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    • 11. 发明授权
    • Transferring messages in networks made up of subnetworks with different namespaces
    • 在具有不同命名空间的子网组成的网络中传输消息
    • US06473426B1
    • 2002-10-29
    • US09357893
    • 1999-07-21
    • Thomas Joseph Killian
    • Thomas Joseph Killian
    • H04L1228
    • H04L12/66
    • Techniques employed in packet networks for transferring a packet across subnetworks with different namespaces. When a packet enters a given subnetwork and has a destination in a subnetwork with a different namespace, the given subnetwork encapsulates the packet by adding a header which specifies a decapsulator in the namespace. When the packet arrives at the decapsulator, the decapsulator strips the header and provides the packet to a subnetwork with a different namespace. A particular use of the technique is in a network used for broad-band interactive service. The network has two sub-networks. The first subnetwork is a TV channel which functions as a high-bandwidth forward channel and the second subnetwork is a packet network accessible via a public modem pool which functions as a lower-bandwidth return channel. The encapsulator establishes a connection with the public modem pool and receives an address in the second subnetwork which is temporarily associated with the connection. When the encapsulator receives a packet which is produced in response to a packet received from the TV channel and has a destination address in the sub-network of the TV channel, the encapsulator places a header on it which contains the temporary address and the address of the decapsulator. When the packet arrives at the decapsulator, the decapsulator removes the header and provides the packet to the second sub-network.
    • 在分组网络中使用的技术,用于通过具有不同命名空间的子网络传输数据包。 当分组进入给定的子网并且具有具有不同命名空间的子网络中的目的地时,给定的子网络通过在命名空间中添加指定解封装器的报头来封装分组。 当分组到达解封装器时,解封装器剥离报头,并将数据包提供给具有不同命名空间的子网络。 该技术的特定用途是在用于宽带交互服务的网络中。 网络有两个子网。 第一子网是用作高带宽前向信道的电视信道,第二子网是可经由用作低带宽返回信道的公共调制解调器池的分组网络。 封装器建立与公共调制解调器池的连接,并接收与该连接临时关联的第二子网中的地址。 当封装器接收到响应于从TV信道接收到的分组而产生的分组,并且在TV频道的子网中具有目的地地址时,封装器在其上放置一个报头,该报头包含临时地址和 解封装器。 当分组到达解封装器时,解封装器去除报头并将分组提供给第二子网络。
    • 15. 发明授权
    • Transferring messages in networks made up of subnetworks with different
namespaces
    • US5940394A
    • 1999-08-17
    • US694076
    • 1996-08-08
    • Thomas Joseph Killian
    • Thomas Joseph Killian
    • H04L12/66H04L12/56
    • H04L12/66
    • Techniques employed in packet networks for transferring a packet across subnetworks with different namespaces. When a packet enters a given subnetwork and has a destination in a subnetwork with a different namespace, the given subnetwork encapsulates the packet by adding a header which specifies a decapsulator in the namespace. When the packet arrives at the decapsulator, the decapsulator strips the header and provides the packet to a subnetwork with a different namespace. A particular use of the technique is in a network used for broad-band interactive service. The network has two sub-networks. The first subnetwork is a TV channel which functions as a high-bandwidth forward channel and the second subnetwork is a packet network accessible via a public modem pool which functions as a lower-bandwidth return channel. The encapsulator establishes a connection with the public modem pool and receives an address in the second subnetwork which is temporarily associated with the connection. When the encapsulator receives a packet which is produced in response to a packet received from the TV channel and has a destination address in the sub-network of the TV channel, the encapsulator places a header on it which contains the temporary address and the address of the decapsulator. When the packet arrives at the decapsulator, the decapsulator removes the header and provides the packet to the second sub-network.
    • 17. 发明授权
    • System and method for a scalable and reliable transmission of electronic
software distribution
    • 用于电子软件分发的可扩展和可靠传输的系统和方法
    • US5724345A
    • 1998-03-03
    • US572248
    • 1995-12-13
    • Paul Joseph GuarneriThomas Joseph KillianVenkata Chalapathi MajetiNorman Loren Schryer
    • Paul Joseph GuarneriThomas Joseph KillianVenkata Chalapathi MajetiNorman Loren Schryer
    • G06F9/445H04B7/185H04L12/18H04L1/08
    • H04L12/1836G06F8/61G06F9/44505H04B7/18595H04L12/1877H04L12/189
    • A system and method which delivers data at very high data transmission speeds to many locations simultaneously. A SCANS system is supplied with a satellite uplink communication module which transmits data to an earth orbiting satellite. The satellite then retransmits the data over a wide geographical area. Each receiving location is equipped with a small satellite dish to receive data from the satellite. Advantageously, the satellite dish is connected to a work station in the switching office which then processes the received data and delivers all information in a form that is ready for use by the modules' switching office. Errors during data transmission are noted for further processing. After the data is broadcast from the beginning to the end, the SCANS system pauses for a brief interval during which time each receiving station performs error detection, error correction, and other recovery procedures on the data it just received. The SCANS system, using satellite transmission, then broadcasts data once again from the beginning to the end. Receiving stations then selectively acquire data that was missing or in error after the first transmission.
    • 将数据以非常高的数据传输速度传输到许多位置的系统和方法。 向SCANS系统提供卫星上行链路通信模块,该模块向地球轨道卫星发送数据。 然后,卫星在广泛的地理区域上重新发送数据。 每个接收位置都配有一个小型卫星天线,用于从卫星接收数据。 有利地,卫星天线连接到交换局的工作站,然后处理接收到的数据,并以可以由模块的交换局使用的形式传送所有信息。 注意数据传输过程中的错误进一步处理。 在从开始到结束广播数据之后,SCANS系统暂停一个短暂的间隔,在此期间,每个接收站对其刚刚接收到的数据执行错误检测,纠错和其他恢复过程。 使用卫星传输的SCANS系统从头到尾再次广播数据。 接收站然后选择性地获取在第一次传输之后丢失或错误的数据。