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    • 1. 发明授权
    • Virtual private network system and method using voice over internet protocol
    • 基于互联网协议的虚拟专用网络系统和方法
    • US06718030B1
    • 2004-04-06
    • US09636192
    • 2000-08-10
    • George W. TurnerWilliam J. NollPaul V. HarringtonRodger D. Higgins
    • George W. TurnerWilliam J. NollPaul V. HarringtonRodger D. Higgins
    • H04M700
    • H04M7/128H04M3/42314H04M7/006H04M2207/35
    • A system and method for providing a private telephone network using Voice over Internet Protocol includes an addressing scheme that supports two levels of numbers, an Internet name that identifies individual users and a Directory number, which allow the network supported by a plurality of switches to function as if the multiple customers are being served by a single switch. The system of the present invention includes a gateway in communication with both a Public Switch Telephone Network and users of the private network; a call agent in communication with the gateway for processing different requests received at the gateway; a server-based interface including a Directory Server for translating between the Internet name (Network Address) and a Customer address and a Domain Name Server for translating between the Internet name (Network Address) and an Internet Protocol Address.
    • 使用基于因特网协议语音提供私人电话网络的系统和方法包括支持两个数字级别的寻址方案,识别个人用户的Internet名称和目录号码,其允许由多个交换机支持的网络发挥作用 好像多个客户由单个交换机服务。 本发明的系统包括与公共交换机电话网络和专网的用户通信的网关; 与所述网关通信的用于处理在所述网关处接收的不同请求的呼叫代理; 基于服务器的接口,包括用于在互联网名称(网络地址)和客户地址之间进行翻译的目录服务器和用于在因特网名称(网络地址)和互联网协议地址之间进行翻译的域名服务器。
    • 5. 发明授权
    • Virtual wide area centrex
    • 虚拟广域中心
    • US5892821A
    • 1999-04-06
    • US766277
    • 1996-12-13
    • George W. Turner
    • George W. Turner
    • H04M3/42H04M7/00H04Q3/58
    • H04M3/42314H04Q3/58H04M2207/45H04M7/009H04Q2213/13091H04Q2213/13097H04Q2213/13102H04Q2213/13103H04Q2213/13176H04Q2213/13222H04Q2213/13345H04Q2213/13399
    • A method is disclosed which brings together a combination of special IN features and techniques to allow Centrex stations supported by a plurality of central office switching systems, each at different locations, to function from the customer's perspective as though they were served by a single central office switch. The key to Virtual Wide Area Centrex is a total separation of the telephone numbers seen and used by customers (Customer Number Address--CNA) from the telephone numbers used internally by the network for call routing purposes (Network Node Address--NNA), such that there are two separate and distinct numbering plan domains. A central database, interconnected with each of the Centrex switches, maintains the mapping between CNA and NNA. This database is called upon, as required, to do both forward and reverse translations--i.e., from CNAs to NNA and vice-versa. The net result is that CNAs identify people (e.g., a customer's specific employees and agents) whereas NNAs identify locations (e.g., offices and conference rooms). This permits an environment in which individuals may move from one physical location to another, regardless of the serving central office switch, while keeping their CNA and their network access privileges.
    • 公开了一种将特殊IN特征和技术组合在一起的方法,以允许由不同位置的多个中心局交换系统支持的Centrex站从客户的角度发挥作用,就好像它们由单个中心局服务 开关。 虚拟广域Centrex的关键是从网络内部用于呼叫路由目的(网络节点地址-NNA)的用户号码(客户号码地址-CNA)中看到和使用的电话号码的完全分离,使得 有两个独立且不同的编号计划域。 与每个Centrex交换机互连的中央数据库保持CNA和NNA之间的映射。 根据需要调用此数据库进行正向和反向转换,即从CNA到NNA,反之亦然。 最终的结果是,CNA识别人(例如,客户的特定雇员和代理人),而NNA识别位置(例如,办公室和会议室)。 这允许个人可以从一个物理位置移动到另一个物理位置的环境,而不管服务中心局交换机如何,同时保持其CNA及其网络访问权限。
    • 7. 发明授权
    • Number translation services matrix
    • 数字翻译服务矩阵
    • US5553130A
    • 1996-09-03
    • US445538
    • 1995-05-22
    • George W. Turner
    • George W. Turner
    • H04Q3/00H04Q3/545H04M7/00
    • H04Q3/0029H04Q3/54533H04Q2213/13528H04Q2213/13531H04Q2213/13535H04Q2213/13542
    • A method is disclosed for processing call data among telephone switching offices and a remotely located database system, called an SCP (Services Control Point), such that one large monolithic application at the SCP is shared among a very large number of individual services. Specifically, the disclosure pertains to the means of achieving the necessary service differentiation at the SCP, namely through: i) the use of a very powerful transaction processor, capable of addressing massive amounts of memory and dealing with large numbers of real time events; ii) the assignment of service-specific memory addressing ranges (identified hereafter as Numbering Plans, which can be either Open or Private) in one large monolithic application; iii) the use of service-specific search keys within Numbering Plans; iv) a rich common service logic tree, and common reference library, capable of being pruned down to match the service logic needs of individual services, and of individual customers within those services; v) rapid screen customization at the service provisioners' workstations to meet service-specific operations requirements; and vi) a criss-cross numbering plan table that enable services which require the caller's identity to maintain their integrity. The result is a matrix with all the services on one axis and all the service features on the other, such that the intersections of services and features can be customized by the Telco to meet specific service needs.
    • 公开了一种用于在电话交换局和称为SCP(服务控制点)的远程定位的数据库系统之间处理呼叫数据的方法,使得SCP中的一个大的单片应用程序在非常大量的单独服务之间共享。 具体来说,本公开涉及在SCP上实现必要的服务差异的手段,即通过:i)使用非常强大的事务处理器,能够处理大量内存并处​​理大量实时事件; ii)在一个大型单片应用程序中分配服务特定的内存寻址范围(以下称为编号计划,可以是开放式或私有的) iii)在编号计划中使用特定于服务的搜索关键字; iv)丰富的公共服务逻辑树和通用参考库,能够被修剪以匹配单个服务的服务逻辑需求以及这些服务中的个体客户; v)在服务提供者的工作站快速的屏幕定制,以满足特定于服务的操作要求; 和vi)一个十字交叉的编号计划表,使得需要呼叫方身份的服务能够保持其完整性。 结果是一个轴上具有所有服务的矩阵,另一个轴上具有所有服务功能,从而可以由电信公司定制服务和功能的交点,以满足特定的服务需求。