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    • 1. 发明授权
    • Method and apparatus supporting network communications
    • 支持网络通信的方法和装置
    • US06230193B1
    • 2001-05-08
    • US08739397
    • 1996-10-31
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • G06F1300
    • H04L41/00H04L69/08
    • One embodiment of the invention includes a method of managing network communications in a network device. The network device includes software components and modules. Some of the components control the interaction between modules, while other components perform specific functions for associated modules. A module manager component controls the creation and destruction of modules as well as their interactions. A communications manager component manages network communications in the network device. The network communications is supported by creating a number of modules that are associated with components that implement different parts of a network protocol. As a result of the use of the modules, a component need not know which other component(s) it depends upon, nor need it know which other component(s) depend upon it. This allows components to be used together very easily in many different configurations. The modules also allow the same component to be used by multiple modules.
    • 本发明的一个实施例包括一种管理网络设备中的网络通信的方法。 网络设备包括软件组件和模块。 一些组件控制模块之间的交互,而其他组件对相关模块执行特定功能。 模块管理器组件控制模块的创建和销毁以及它们的交互。 通信管理器组件管理网络设备中的网络通信。 通过创建与实现网络协议的不同部分的组件相关联的多个模块来支持网络通信。 作为使用模块的结果,组件不需要知道它依赖于哪个其他组件,也不需要它知道哪个其他组件依赖于它。 这允许组件在许多不同的配置中非常容易地一起使用。 这些模块还允许相同的组件由多个模块使用。
    • 2. 发明申请
    • METHOD AND APPARATUS FOR SUPPORTING NETWORK COMMUNICATIONS
    • 支持网络通信的方法和装置
    • US20110128887A1
    • 2011-06-02
    • US13024207
    • 2011-02-09
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • H04L12/28
    • H04L41/00H04L69/08
    • One embodiment of the invention includes a method of managing network communications in a network device. The network device includes software components and modules. Some of the components control the interaction between modules, while other components perform specific functions for associated modules. A module manager component controls the creation and destruction of modules as well as their interactions. A communications manager component manages network communications in the network device. The network communications is supported by creating a number of modules that are associated with components that implement different parts of a network protocol. As a result of the use of the modules, a component need not know which other component(s) it depends upon, nor need it know which other component(s) depend upon it. This allows components to be used together very easily in many different configurations. The modules also allow the same component to be used by multiple modules.
    • 本发明的一个实施例包括一种管理网络设备中的网络通信的方法。 网络设备包括软件组件和模块。 一些组件控制模块之间的交互,而其他组件对相关模块执行特定功能。 模块管理器组件控制模块的创建和销毁以及它们的交互。 通信管理器组件管理网络设备中的网络通信。 通过创建与实现网络协议的不同部分的组件相关联的多个模块来支持网络通信。 作为使用模块的结果,组件不需要知道它依赖于哪个其他组件,也不需要它知道哪个其他组件依赖于它。 这允许组件在许多不同的配置中非常容易地一起使用。 这些模块还允许相同的组件由多个模块使用。
    • 3. 发明授权
    • Hierarchical control signaling for mobile clients in distributed wireless controller system
    • 分布式无线控制器系统中移动客户端的层次控制信令
    • US08428006B2
    • 2013-04-23
    • US12823227
    • 2010-06-25
    • Sudhir JainPatrice CalhounAbhijit ChoudhuryRohit SuriLy LoiBhanu GopalasettyNavindra YadavFusun Ertemalp
    • Sudhir JainPatrice CalhounAbhijit ChoudhuryRohit SuriLy LoiBhanu GopalasettyNavindra YadavFusun Ertemalp
    • H04W4/00
    • H04W8/085H04W8/26
    • A system and method for a hierarchical distributed control architecture to support roaming wireless client devices. Access switches serve one or more Internet Protocol (IP) subnets that include plural IP addresses. The access switches are arranged in switch peer groups and store information about other access switches in that switch peer group and about locations of wireless client devices that are associated with any access switch in the switch peer group. The access switches are further grouped into a corresponding mobility sub-domain each including plural switch peer groups. Plural controller devices control access switches in a corresponding mobility sub-domain. Each controller device stores information about the access switches and about locations of wireless client devices within its mobility sub-domain. A central controller device communicates with the controller devices for the respective mobility sub-domains. The central controller device stores information about locations of wireless client devices in the mobility sub-domains.
    • 一种用于支持漫游无线客户端设备的分层分布式控制架构的系统和方法。 接入交换机提供包含多个IP地址的一个或多个因特网协议(IP)子网。 接入交换机被安排在交换机对等体组中,并且存储关于该交换机对等体组中的其他接入交换机的信息以及与交换机对等体组中的任何接入交换机相关联的无线客户端设备的位置。 接入交换机被进一步分组成每个包括多个交换对等体组的对应的移动性子域。 多个控制器设备控制相应移动性子域中的接入交换机。 每个控制器设备存储有关接入交换机的信息以及无线客户端设备在其移动性子域内的位置。 中央控制器设备与各个移动性子域的控制器设备进行通信。 中央控制器设备存储关于无线客户端设备在移动性子域中的位置的信息。
    • 4. 发明授权
    • Method and apparatus for supporting network communications
    • 支持网络通信的方法和装置
    • US07899077B2
    • 2011-03-01
    • US12258573
    • 2008-10-27
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • H04J3/16
    • H04L41/00H04L69/08
    • One embodiment of the invention includes a method of managing network communications in a network device. The network device includes software components and modules. Some of the components control the interaction between modules, while other components perform specific functions for associated modules. A module manager component controls the creation and destruction of modules as well as their interactions. A communications manager component manages network communications in the network device. The network communications is supported by creating a number of modules that are associated with components that implement different parts of a network protocol. As a result of the use of the modules, a component need not know which other component(s) it depends upon, nor need it know which other component(s) depend upon it. This allows components to be used together very easily in many different configurations. The modules also allow the same component to be used by multiple modules.
    • 本发明的一个实施例包括一种管理网络设备中的网络通信的方法。 网络设备包括软件组件和模块。 一些组件控制模块之间的交互,而其他组件对相关模块执行特定功能。 模块管理器组件控制模块的创建和销毁以及它们的交互。 通信管理器组件管理网络设备中的网络通信。 通过创建与实现网络协议的不同部分的组件相关联的多个模块来支持网络通信。 作为使用模块的结果,组件不需要知道它依赖于哪个其他组件,也不需要它知道哪个其他组件依赖于它。 这允许组件在许多不同的配置中非常容易地一起使用。 这些模块还允许相同的组件由多个模块使用。
    • 5. 发明授权
    • Method and apparatus supporting network communications
    • 支持网络通信的方法和装置
    • US06691147B1
    • 2004-02-10
    • US09455841
    • 1999-12-07
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • G06F1516
    • H04L41/00H04L69/08
    • One embodiment of the invention includes a method of managing network communications in a network device. The network device includes software components and modules. Some of the components control the interaction between modules, while other components perform specific functions for associated modules. A module manager component controls the creation and destruction of modules as well as their interactions. A communications manager component manages network communications in the network device. The network communications is supported by creating a number of modules that are associated with components that implement different parts of a network protocol. As a result of the use of the modules, a component need not know which other component(s) it depends upon, nor need it know which other component(s) depend upon it. This allows components to be used together very easily in many different configurations. The modules also allow the same component to be used by multiple modules.
    • 本发明的一个实施例包括一种管理网络设备中的网络通信的方法。 网络设备包括软件组件和模块。 一些组件控制模块之间的交互,而其他组件对相关模块执行特定功能。 模块管理器组件控制模块的创建和销毁以及它们的交互。 通信管理器组件管理网络设备中的网络通信。 通过创建与实现网络协议的不同部分的组件相关联的多个模块来支持网络通信。 作为使用模块的结果,组件不需要知道它依赖于哪个其他组件,也不需要它知道哪个其他组件依赖于它。 这允许组件在许多不同的配置中非常容易地一起使用。 这些模块还允许相同的组件由多个模块使用。
    • 6. 发明申请
    • METHOD AND APPARATUS FOR SUPPORTING NETWORK COMMUNICATIONS
    • 支持网络通信的方法和装置
    • US20090052465A1
    • 2009-02-26
    • US12258573
    • 2008-10-27
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • H04L29/06
    • H04L41/00H04L69/08
    • One embodiment of the invention includes a method of managing network communications in a network device. The network device includes software components and modules. Some of the components control the interaction between modules, while other components perform specific functions for associated modules. A module manager component controls the creation and destruction of modules as well as their interactions. A communications manager component manages network communications in the network device. The network communications is supported by creating a number of modules that are associated with components that implement different parts of a network protocol. As a result of the use of the modules, a component need not know which other components) it depends upon, nor need it know which other component(s) depend upon it. This allows components to be used together very easily in many different configurations. The modules also allow the same component to be used by multiple modules.
    • 本发明的一个实施例包括一种管理网络设备中的网络通信的方法。 网络设备包括软件组件和模块。 一些组件控制模块之间的交互,而其他组件对相关模块执行特定功能。 模块管理器组件控制模块的创建和销毁以及它们的交互。 通信管理器组件管理网络设备中的网络通信。 通过创建与实现网络协议的不同部分的组件相关联的多个模块来支持网络通信。 作为使用模块的结果,组件不需要知道其依赖于哪些其他组件),也不需要它知道哪些其他组件依赖于它。 这允许组件在许多不同的配置中非常容易地一起使用。 这些模块还允许相同的组件由多个模块使用。
    • 7. 发明申请
    • Hierarchical Control Signaling for Mobile Clients in Distributed Wireless Controller System
    • 分布式无线控制器系统中移动客户端的层次控制信令
    • US20110274037A1
    • 2011-11-10
    • US12823227
    • 2010-06-25
    • Sudhir JainPatrice CalhounAbhijit ChoudhuryRohit SuriLy LoiBhanu GopalasettyNavindra YadavFusun Ertemalp
    • Sudhir JainPatrice CalhounAbhijit ChoudhuryRohit SuriLy LoiBhanu GopalasettyNavindra YadavFusun Ertemalp
    • H04W40/00
    • H04W8/085H04W8/26
    • A system and method are provided for a hierarchical distributed control architecture to support roaming of wireless client devices. A plurality of access switches are provided and configured to serve one or more Internet Protocol (IP) subnets that comprises a plurality of IP addresses. The plurality of access switches are arranged in switch peer groups such that each access switch within a given switch peer group is configured to store information about other access switches in that switch peer group and about locations of wireless client devices that are associated with any wireless access point on any access switch in the switch peer group. The plurality of access switches are further grouped into a corresponding one of a plurality of mobility sub-domains each comprising a plurality of switch peer groups. A plurality of controller devices are provided, each configured to control access switches in a corresponding mobility sub-domain. Each controller device stores information about the plurality of access switches within its mobility sub-domain and about locations of wireless client devices at access switches in its mobility sub-domain. A central controller device is provided and configured to communicate with the plurality of controller devices for the respective mobility sub-domains. The central controller device is configured to store information about locations of wireless client devices in the mobility sub-domains.
    • 提供了一种用于分级分布式控制架构以支持无线客户端设备的漫游的系统和方法。 多个接入交换机被提供和配置为服务于包括多个IP地址的一个或多个因特网协议(IP)子网。 多个接入交换机布置在交换对等体组中,使得给定交换机对等体组内的每个接入交换机被配置为存储关于该交换机对等体组中的其他接入交换机的信息以及与任何无线接入相关联的无线客户端设备的位置 指向交换机对等体组中的任何接入交换机。 多个接入交换机被进一步分组成多个移动性子域中的每个包括多个交换对等体组的对应的一个。 提供了多个控制器设备,每个控制器设备被配置为控制相应的移动性子域中的接入交换机。 每个控制器设备将关于多个接入交换机的信息存储在其移动性子域内以及关于移动性子域中的接入交换机处的无线客户端设备的位置。 中央控制器设备被提供和配置成与用于各个移动性子域的多个控制器设备进行通信。 中央控制器设备被配置为存储关于无线客户端设备在移动性子域中的位置的信息。
    • 8. 发明授权
    • Method and apparatus supporting network communications
    • 支持网络通信的方法和装置
    • US07447728B1
    • 2008-11-04
    • US10770065
    • 2004-02-02
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • Nagaraj ArunkumarLy LoiChandrasekharan Nilakantan
    • G06F15/16
    • H04L41/00H04L69/08
    • One embodiment of the invention includes a method of managing network communications in a network device. The network device includes software components and modules. Some of the components control the interaction between modules, while other components perform specific functions for associated modules. A module manager component controls the creation and destruction of modules as well as their interactions. A communications manager component manages network communications in the network device. The network communications is supported by creating a number of modules that are associated with components that implement different parts of a network protocol. As a result of the use of the modules, a component need not know which other component(s) it depends upon, nor need it know which other component(s) depend upon it. This allows components to be used together very easily in many different configurations. The modules also allow the same component to be used by multiple modules.
    • 本发明的一个实施例包括一种管理网络设备中的网络通信的方法。 网络设备包括软件组件和模块。 一些组件控制模块之间的交互,而其他组件对相关模块执行特定功能。 模块管理器组件控制模块的创建和销毁以及它们的交互。 通信管理器组件管理网络设备中的网络通信。 通过创建与实现网络协议的不同部分的组件相关联的多个模块来支持网络通信。 作为使用模块的结果,组件不需要知道它依赖于哪个其他组件,也不需要它知道哪个其他组件依赖于它。 这允许组件在许多不同的配置中非常容易地一起使用。 这些模块还允许相同的组件由多个模块使用。
    • 9. 发明授权
    • System for reverse address resolution for remote network device
independent of its physical address
    • 用于远程网络设备的反向地址解析系统,与其物理地址无关
    • US5526489A
    • 1996-06-11
    • US33914
    • 1993-03-19
    • Chandrasekharan NilakantanLy LoiNagaraj ArunkumarMichael J. Seaman
    • Chandrasekharan NilakantanLy LoiNagaraj ArunkumarMichael J. Seaman
    • G06F13/00H04L12/46H04L12/66H04L12/931H04L29/06H04L29/12G06F15/16G06F15/163G06F15/177
    • H04L29/12018H04L29/06H04L29/12009H04L49/351H04L61/10
    • A reverse address resolution protocol for use in a communication network which allows resolution logic to provide a higher level protocol information (such as an IP address) to a source of a request for such information, independent of the physical network address of such source. The protocol is used in a processor having a plurality of ports, at least one of such ports connected by a point-to-point channel to a remote network device. Reverse address resolution protocol is responsive to a resolution request from the remote network device across the point-to-point channel to supply the higher level protocol information based upon the port through which the resolution request is received, rather than the physical network address of the requesting device. Thus, a remote device may be coupled to a network, and connected to a central management site across a point-to-point communication link, in a "plug and play" mode. The person connecting the device to the remote network does not need to determine the physical network address of the device or configure the device with a higher level address protocol.
    • 一种在通信网络中使用的反向地址解析协议,其允许分辨率逻辑向这种信息的请求的源提供更高级别的协议信息(诸如IP地址),而与该源的物理网络地址无关。 该协议用于具有多个端口的处理器中,至少一个这样的端口通过点到点信道连接到远程网络设备。 反向地址解析协议响应来自远程网络设备的跨点对点信道的解析请求,以便基于接收到解析请求的端口而不是接收到的物理网络地址来提供更高级协议信息 请求设备。 因此,远程设备可以耦合到网络,并且以“即插即用”模式通过点对点通信链路连接到中央管理站点。 将设备连接到远程网络的人不需要确定设备的物理网络地址或配置具有较高级别地址协议的设备。