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    • 1. 发明授权
    • Bandwidth estimation algorithm using internet control message protocol (ICMP) echo request
    • 使用互联网控制消息协议(ICMP)回波请求的带宽估计算法
    • US07826363B2
    • 2010-11-02
    • US11189983
    • 2005-07-27
    • Sean S. DunlapDavid M. Pullen
    • Sean S. DunlapDavid M. Pullen
    • G01R31/08
    • H04L43/0882H04L43/0894H04L43/10H04L69/16
    • Methods and systems for estimating available bandwidth on an internet access network are presented. A method includes: (a) transmitting one or more Internet Control Message Protocol (ICMP) echo request packets to a device residing on the network at a first bit rate; (b) receiving one or more ICMP echo reply packets corresponding to the one or more ICMP echo request packets responsive to step (a); and (c) determining a second bit rate for the one or more ICMP echo reply packets. If the second bit rate is less than the first bit rate, available bandwidth is estimated based on the second bit rate. If the second bit rate is not less than the first bit rate, steps (a), (b) and (c) are repeated. The first bit rate is increased for each iteration, until the second bit rate is less than the first bit rate, and then available bandwidth is estimated based on the second bit rate.
    • 提出了用于估计互联网接入网络上可用带宽的方法和系统。 一种方法包括:(a)以第一比特率向位于网络上的设备发送一个或多个因特网控制消息协议(ICMP)回应请求分组; (b)响应于步骤(a),接收与所述一个或多个ICMP回应请求分组相对应的一个或多个ICMP回应应答分组; 以及(c)确定所述一个或多个ICMP回应分组的第二比特率。 如果第二比特率小于第一比特率,则基于第二比特率来估计可用带宽。 如果第二比特率不小于第一比特率,则重复步骤(a),(b)和(c)。 第一比特率对于每次迭代而增加,直到第二比特率小于第一比特率,然后基于第二比特率来估计可用带宽。
    • 2. 发明授权
    • Multichannels for a communications management system
    • 通信管理系统的多通道
    • US08681615B2
    • 2014-03-25
    • US13411750
    • 2012-03-05
    • Daniel H. HowardNiki R. PanteliasDavid M. PullenJohn D. Horton, Jr.Thomas J. QuigleyRichard S. Prodan
    • Daniel H. HowardNiki R. PanteliasDavid M. PullenJohn D. Horton, Jr.Thomas J. QuigleyRichard S. Prodan
    • H04L12/26
    • H04L49/3072
    • Downstream synchronous multichannel (DSSM) communications are provided among a plurality of carriers, each being a completely DOCSIS™ 2.0-compliant downstream. The synchronous multichannels support communications with both DSSM-capable communications nodes and non-DSSM-capable communications nodes (e.g., legacy cable modems). Non-DSSM packets are transmitted on a single channel. DSSM packets are split into multiple pieces, which are transmitted simultaneously on all available channels. Since the physical delay variation (e.g., group delay change) across the adjacent carriers is small (on the order of a symbol time), the multiple pieces arrive at the receiving communications nodes at nearly the same time and can be reassembled with minimal buffering and no packet ordering problems. To avoid causing trouble for the non-DSSM-capable communications nodes, the packet pieces are encapsulated with a header that causes the non-DSSM-capable communications nodes to silently discard them.
    • 在多个载波之间提供下行同步多信道(DSSM)通信,每个载波是完全符合DOCSIS TM 2.0标准的下行链路。 同步多通道支持与具有DSSM能力的通信节点和不支持DSSM的通信节点(例如,传统电缆调制解调器)的通信。 非DSSM分组在单个信道上传输。 DSSM数据包被分成多个部分,它们在所有可用信道上同时传输。 由于跨越相邻载波的物理延迟变化(例如,组延迟变化)较小(符号时间的顺序),多个片段几乎同时到达接收通信节点,并且可以以最小的缓冲重新组合, 没有数据包排序问题。 为了避免对具有非DSSM功能的通信节点造成麻烦,这些分组被封装成一个报头,该报头使非DSSM能力的通信节点静默地丢弃它们。
    • 4. 发明授权
    • Downstream synchronous multichannels for a communications management system
    • 用于通信管理系统的下行同步多通道
    • US08130642B2
    • 2012-03-06
    • US12258585
    • 2008-10-27
    • Daniel H. HowardNiki R. PanteliasDavid M. PullenJohn D. HortonThomas J. Quigley, Jr.Richard S. Prodan
    • Daniel H. HowardNiki R. PanteliasDavid M. PullenJohn D. HortonThomas J. Quigley, Jr.Richard S. Prodan
    • H04L12/26
    • H04L49/3072
    • Downstream synchronous multichannel (DSSM) communications are provided among a plurality of carriers, each being a completely DOCSIS™ 2.0-compliant downstream. The synchronous multichannels support communications with both DSSM-capable communications nodes and non-DSSM-capable communications nodes (e.g., legacy cable modems). Non-DSSM packets are transmitted on a single channel. DSSM packets are split into multiple pieces, which are transmitted simultaneously on all available channels. Since the physical delay variation (e.g., group delay change) across the adjacent carriers is small (on the order of a symbol time), the multiple pieces arrive at the receiving communications nodes at nearly the same time and can be reassembled with minimal buffering and no packet ordering problems. To avoid causing trouble for the non-DSSM-capable communications nodes, the packet pieces are encapsulated with a header that causes the non-DSSM-capable communications nodes to silently discard them.
    • 在多个载波之间提供下行同步多信道(DSSM)通信,每个载波是完全符合DOCSIS TM 2.0标准的下行链路。 同步多通道支持与具有DSSM能力的通信节点和不支持DSSM的通信节点(例如,传统电缆调制解调器)的通信。 非DSSM分组在单个信道上传输。 DSSM数据包被分成多个部分,它们在所有可用信道上同时传输。 由于跨越相邻载波的物理延迟变化(例如,组延迟变化)较小(符号时间的顺序),多个片段几乎同时到达接收通信节点,并且可以以最小的缓冲重新组合, 没有数据包排序问题。 为了避免对具有非DSSM功能的通信节点造成麻烦,这些分组被封装成一个报头,该报头使非DSSM能力的通信节点静默地丢弃它们。
    • 6. 发明申请
    • Downstream Synchronous Multichannels for a Communications Management System
    • 用于通信管理系统的下行同步多通道
    • US20090092153A1
    • 2009-04-09
    • US12258585
    • 2008-10-27
    • Daniel H. HOWARDNiki R. PanteliasDavid M. PullenJohn D. Horton, JR.Thomas J. QuigleyRichard S. Prodan
    • Daniel H. HOWARDNiki R. PanteliasDavid M. PullenJohn D. Horton, JR.Thomas J. QuigleyRichard S. Prodan
    • H04J3/24
    • H04L49/3072
    • Downstream synchronous multichannel (DSSM) communications are provided among a plurality of carriers, each being a completely DOCSIS™ 2.0-compliant downstream. The synchronous multichannels support communications with both DSSM-capable communications nodes and non-DSSM-capable communications nodes (e.g., legacy cable modems). Non-DSSM packets are transmitted on a single channel. DSSM packets are split into multiple pieces, which are transmitted simultaneously on all available channels. Since the physical delay variation (e.g., group delay change) across the adjacent carriers is small (on the order of a symbol time), the multiple pieces arrive at the receiving communications nodes at nearly the same time and can be reassembled with minimal buffering and no packet ordering problems. To avoid causing trouble for the non-DSSM-capable communications nodes, the packet pieces are encapsulated with a header that causes the non-DSSM-capable communications nodes to silently discard them.
    • 在多个载波之间提供下行同步多信道(DSSM)通信,每个载波是完全符合DOCSIS(TM)2.0兼容的下行链路。 同步多通道支持与具有DSSM能力的通信节点和不支持DSSM的通信节点(例如,传统电缆调制解调器)的通信。 非DSSM分组在单个信道上传输。 DSSM数据包被分成多个部分,它们在所有可用信道上同时传输。 由于跨越相邻载波的物理延迟变化(例如,组延迟变化)较小(符号时间的顺序),多个片段几乎同时到达接收通信节点,并且可以以最小的缓冲重新组合, 没有数据包排序问题。 为了避免对具有非DSSM功能的通信节点造成麻烦,这些分组被封装成一个报头,该报头使非DSSM能力的通信节点静默地丢弃它们。
    • 10. 发明授权
    • Downstream synchronous multichannels for a communications management system
    • 用于通信管理系统的下行同步多通道
    • US07450579B2
    • 2008-11-11
    • US10936711
    • 2004-09-09
    • Daniel H. HowardNiki R. PanteliasDavid M. PullenJohn D. Horton, Jr.Tom QuigleyRichard S. Prodan
    • Daniel H. HowardNiki R. PanteliasDavid M. PullenJohn D. Horton, Jr.Tom QuigleyRichard S. Prodan
    • H04L12/28H04L12/56
    • H04L49/3072
    • Downstream synchronous multichannel (DSSM) communications are provided among a plurality of carriers, each being a completely DOCSIS™ 2.0-compliant downstream. The synchronous multichannels support communications with both DSSM-capable communications nodes and non-DSSM-capable communications nodes (e.g., legacy cable modems). Non-DSSM packets are transmitted on a single channel. DSSM packets are split into multiple pieces, which are transmitted simultaneously on all available channels. Since the physical delay variation (e.g., group delay change) across the adjacent carriers is small (on the order of a symbol time), the multiple pieces arrive at the receiving communications nodes at nearly the same time and can be reassembled with minimal buffering and no packet ordering problems. To avoid causing trouble for the non-DSSM-capable communications nodes, the packet pieces are encapsulated with a header that causes the non-DSSM-capable communications nodes to silently discard them.
    • 在多个载波之间提供下行同步多信道(DSSM)通信,每个载波是完全符合DOCSIS(TM)2.0兼容的下行链路。 同步多通道支持与具有DSSM能力的通信节点和不支持DSSM的通信节点(例如,传统电缆调制解调器)的通信。 非DSSM分组在单个信道上传输。 DSSM数据包被分成多个部分,它们在所有可用信道上同时传输。 由于跨越相邻载波的物理延迟变化(例如,组延迟变化)较小(符号时间的顺序),多个片段几乎同时到达接收通信节点,并且可以以最小的缓冲重新组合, 没有数据包排序问题。 为了避免对具有非DSSM功能的通信节点造成麻烦,这些分组被封装成一个报头,该报头使非DSSM能力的通信节点静默地丢弃它们。