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    • 1. 发明申请
    • Method for providing message transmission in H.323 communication system
    • 在H.323通信系统中提供消息传输的方法
    • US20070074022A1
    • 2007-03-29
    • US11491006
    • 2006-07-21
    • Qi WangXiaosong LeiChaohui MaHaifeng WangBo WuHaiyang LiuQin Zhang
    • Qi WangXiaosong LeiChaohui MaHaifeng WangBo WuHaiyang LiuQin Zhang
    • H04L9/00
    • H04L63/061H04L29/06027H04L63/08H04L63/0884H04L65/1009H04M7/0078
    • The present invention provides a method for providing message transmission in H.323 communication system. The method includes: the first endpoint and second endpoint confirming authentication information through a GK; according to said authentication information, the first endpoint and second endpoint exchanging message directly. Since H.235 protocol of ITU-T describes the authentication and privacy technique used in H.323 systems and provides security service for message transmission in GK-routed model, the present invention can guarantee the security of the authentication information. The functions of middle entities need not to be modified for applying the method provided by the present invention because Diffie-Hellman key exchange technology is adopted in this method. The present invention increases the network scalability of the symmetric key system by adopting negotiation mode. The present invention designates and improves the security framework of message transmission in direct-routed model of H.323 system, thereby improving the security of H.323 system.
    • 本发明提供了一种在H.323通信系统中提供消息传输的方法。 该方法包括:第一端点和第二端点通过GK确认认证信息; 根据所述验证信息,第一端点和第二端点直接交换消息。 由于ITU-T的H.235协议描述了H.323系统中使用的认证和隐私技术,并为GK路由模型中的消息传输提供安全服务,本发明可以保证认证信息的安全性。 由于本方法采用Diffie-Hellman密钥交换技术,中间实体的功能不需要修改,适用于本发明提供的方法。 本发明通过采用协商模式提高对称密钥系统的网络可扩展性。 本发明指定并改进了H.323系统直接路由模型中消息传输的安全框架,从而提高了H.323系统的安全性。
    • 7. 发明授权
    • Methods for characterizing relative film density using spectroscopic analysis at the device level
    • 在器件级使用光谱分析表征相对膜密度的方法
    • US09052269B1
    • 2015-06-09
    • US13460501
    • 2012-04-30
    • Lifan ChenHaifeng WangLi ZengDehua Han
    • Lifan ChenHaifeng WangLi ZengDehua Han
    • G06F19/00G01N31/00G01N23/083
    • G01N23/083G01N9/24G01N23/20091G01N2223/40
    • Methods for characterizing relative film density using spectroscopic analysis at the device level are provided. One such method includes obtaining a composition of materials at preselected areas of a workpiece using energy dispersive X-ray spectroscopy, obtaining an electron energy loss spectrum-imaging data at each of the preselected areas using electron energy loss spectroscopy, removing, for each of the preselected areas, a preselected noise component of the electron energy spectrum-imaging data to form a plasmon energy spectrum-imaging data, generating, for each of the preselected areas, a plasmon energy map based on the respective plasmon energy spectrum-imaging data, determining, for each of the preselected areas, an average plasmon energy value from the respective plasmon energy map, and calculating a relative mass density of the preselected areas based on the average plasmon energy value, a number of valence electrons per molecule, and a molecular weight for each of the preselected areas.
    • 提供了在器件级使用光谱分析来表征相对膜密度的方法。 一种这样的方法包括使用能量色散X射线光谱法在工件的预选区域获得材料的组成,使用电子能量损失光谱法在每个预选区域获得电子能量损失光谱成像数据, 预选区域,电子能谱成像数据的预选噪声分量,以形成等离子体激元能谱成像数据,为每个预选区域生成基于相应的等离子体激元能谱成像数据的等离子体激元能量图,确定 对于每个预选区域,来自各个等离子体激元能量图的平均等离子体激元能量值,并且基于平均等离子体激元能量值,每分子的价电子数和分子量来计算预选区域的相对质量密度 对于每个预选区域。
    • 10. 发明授权
    • Load status indicator for multihop relay system using distributed scheduling
    • 使用分布式调度的多跳中继系统的负载状态指示灯
    • US08559867B2
    • 2013-10-15
    • US13060039
    • 2009-08-19
    • Zhenhong LiHaifeng Wang
    • Zhenhong LiHaifeng Wang
    • H04B3/36H04B1/60
    • H04W28/08H04B7/2606H04L47/11H04L47/70H04L47/724H04L47/781H04L47/783H04L47/822H04L47/824H04W84/047
    • A method includes receiving at a relay node a load status indicator from a subordinate relay node, determining a load status of the relay node and forwarding the received load status indicator to a super-ordinate node if the determined load status does not indicate an overload condition, otherwise if the determined load status does indicate an overload condition sending a load status indicator of the relay node to the superordinate node. Another method includes, in a multihop relay network having a plurality of relay nodes, receiving over a communication link at a network access node a load status indicator from a relay node, the load status indicator identifying a nearest relay node, if any, at which a current load exceeds a threshold; and using the received load status indicator at least when making a network admission decision for a user equipment.
    • 一种方法包括在中继节点处从下属中继节点接收负载状态指示符,确定中继节点的负载状态,并将所接收的负载状态指示符转发到上位节点,如果所确定的负载状态未指示过载条件 否则,如果所确定的负载状态确实指示向中继节点发送中继节点的负载状态指示符的过载条件。 另一种方法包括在具有多个中继节点的多跳中继网络中,通过网络接入节点的通信链路接收来自中继节点的负载状态指示符,所述负载状态指示符标识最近的中继节点(如果有的话) 当前负载超过阈值; 以及至少在为用户设备进行网络准入决定时使用所接收的负载状态指示符。