CN101237411B - Method, device and system for inter-network intercommunication in networks with different protocols - Google Patents

Method, device and system for inter-network intercommunication in networks with different protocols Download PDF

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CN101237411B
CN101237411B CN 200810054459 CN200810054459A CN101237411B CN 101237411 B CN101237411 B CN 101237411B CN 200810054459 CN200810054459 CN 200810054459 CN 200810054459 A CN200810054459 A CN 200810054459A CN 101237411 B CN101237411 B CN 101237411B
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address
multidimensional
protocol
header
network
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CN101237411A (en
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张建中
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张建中
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Abstract

本公开创建了一种多维地址协议网与IPv4网或IPv6网的网间互通的方法,包括在多维地址协议网与IPv4网或IPv6网的网间设置支持多维地址协议、IPv4和IPv6转换、互通的资源包括路由资源,建立多维地址协议网和IPv4网的可通讯连接;以及建立多维地址协议网和IPv6网的可通讯连接。 The present disclosure creates a multi-dimensional method internetworking protocol address of the IPv4 network and IPv6 network or networks, including support for multi-dimensional set in internetwork protocol address multi-dimensional network and IPv4 network protocol address or IPv6 network, IPv4 and IPv6 conversion, exchange the resources include routing resources, the establishment of a multi-dimensional network address and protocol IPv4 network can communication connection; and the establishment of a multi-dimensional network address protocol and IPv6 network communications can be connected.

Description

—种多维地址协议网与IPv4网或IPv6网的网间互通的方法和装置以及系统 - Multidimensional kind of network protocol address or IPv6 network to an IPv4 network and a method and apparatus Interworking System

技术领域 FIELD

[0001] 本发明涉及通信技术领域,尤其是涉及一种多维地址协议网与IPv4网或IPv6网的网间互通的方法和装置以及系统。 [0001] The present invention relates to communication technologies, and particularly relates to a method and apparatus for inter-network protocol address of one kind of multi-dimensional mesh network and the IPv4 or IPv6 network and interworking system.

_2] 发明背景 2] Background of the Invention

[0003] 目前的计算机网络通讯、数据传输主要是通过国际互联网(Internet)、万维网实现,(Internet)、万维网已成为当今最大和最流行的数据通讯网。 [0003] Current computer network communications, data transmission is mainly through the Internet (Internet), the World Wide Web to achieve, (Internet), the World Wide Web has become the largest and most popular data communications network. 国际互联网的建立和成功发展,以及万维网的广泛使用,为人们的生活带来了巨大的变革,国际互联网和万维网已影响到社会的方方面面。 The establishment and successful development of the Internet and the widespread use of the World Wide Web has brought great change to people's lives, the Internet and the World Wide Web has affected all aspects of society. 但是国际互联网、万维网也有其局限性和不足之处。 But the Internet, the World Wide Web has its limitations and shortcomings at. 目前的互联网是用通讯设备(包括用路由器、网关)和传输介质将分布在不同地理位置的功能独立的计算机系统连接在一起,并通过用TCP/IP协议族包括IPv4或/和IPv6来实现网络通讯, 众所周知互联网实现数据传输的基础是TCP/IP协议族,而TCP/IP技术的核心是IP地址,如IPv4地址、IPv6地址,是用的IP地址标识一个主机与网络的一个连接即接口,以实现主机到主机的通讯。 The current Internet communications with equipment (including use routers, gateways), and transmission media will be geographically distributed functional independent computer system connected together, and the network is achieved by using TCP / IP protocol suite including IPv4 and / or IPv6 based communications, known internet data transmission of the TCP / IP protocol suite, and the core TCP / IP technology is the IP address, such as the IPv4 address, IPv6 address, with the IP address identifies a host and a connection to the network, i.e. the interface, in order to achieve a host-to-host communications. 目前功能结构简单的IPv4地址、IPv6地址和其它标识符,如同结绳记事年代绳结一样,只是一个标记。 At present a simple functional structure of IPv4 addresses, IPv6 addresses and other identifiers, as Jieshengjishi's knot, like, just a mark. IP地址之间,以及异构标识符之间没有定义相互间的关联关系,没有定义IP地址的全局和局部的虚拟空间定位,没有定义标识符的虚拟空间结构、逻辑关系,都没有涉及到对IP地址进行一种全局的、统一的虚拟空间结构及相互关联的定义,以及通过IP地址为所标识的各种资源构建全局的、统一的虚拟空间结构及相互关联的规范。 Between IP addresses, and no relationship between the identifier of the isomers defined mutual no global and local IP address of the virtual space defined location, not virtual space identifier is defined structure, logic, not related to the pair of IP address is a holistic, unified virtual space defined structure and interrelated, and a variety of resources identified by the IP address for the construction of a global, unified virtual space structures and norms are interrelated. 因此现有的各种IP地址都是一个个相对独立的标识符,现在的标识资源的IP地址不能为所标识的对象构建起全局的、统一的具有相互关联关系的虚拟空间结构(逻辑网络), Thus the various existing IP address is a relatively independent identifier, the IP address identifies the resource now can not be built up as a global object identity, the structure having a unified virtual space correlated relationship (logical network) ,

[0004] 我们在先公开了一种新的技术包括多维地址、多锥地址协议族以及用其构建的网络,我们的公开克服了现有技术中的不足之处,多维地址相对于目前所使用的功能简单的IP地址,如同从结绳记事年代的绳结发展到用文字语言记录表述事件的文字一样具有很大不同。 [0004] We previously disclosed techniques include a new address multidimensional, multi-network protocol suite and address cone with its construction, our disclosure overcome the shortcomings of the prior art, multi-dimensional address with respect to the currently used features easy IP address, as developed from the knot Jieshengjishi's words to express in words the language recorded the event as having very different. 由于多维地址具有虚拟的空间结构,多维地址之间具有相互的关联关系,以及多维地址的树状层次空间结构或网状结构。 Due to the multi-dimensional address space with a hierarchical tree structure having a mesh structure or mutual relationship, as well as multi-dimensional virtual address space between structure, multidimensional address. 通过该协议实现构建起网络全局的以多维地址虚拟空间结构的及其相互关联定义的虚拟现实空间网络;即通过多维地址以及以多维地址为基础创建的多维地址协议和可以构建一种更为先进的网络——多维统一网。 The agreement achieved through built up a global network of multi-dimensional spatial structure of the virtual address and virtual reality space defined by a network of interrelated; that is, through a multi-dimensional and multi-dimensional address protocol to address the multidimensional address-based creation and to build a more advanced the network - a multi-dimensional unified network. 然而由于IPv4网络、IPv6网络、多维地址协议网络是基于不同的协议,因此各网络之间并不能直接建立连接和通讯,因而需要一种使多维地址协议网与IPv4网或IPv6网的网间互通的方法和装置以及系统。 However, since the IPv4 network and IPv6 network, the network protocol is based on the multidimensional address different protocol, and therefore can not be directly between the network and establish a connection and communication, and therefore a need for a multidimensional address internetworking protocol IPv4 network and IPv6 network or the network the method and apparatus and systems.

[0005] 本公开是与我们在先公开《构建多维地址的方法、装置以及系统》中国专利申请号是200710139245. 2的专利;以及《一种多维地址编址的方法和装置以及系统》中国专利申请号是200710139252. 2的专利;以及《创建多维网际协议的方法和装置以及系统》的中国专利申请号是2007101392734的专利;以及 [0005] The present disclosure is disclosed in our previous "method of constructing a multidimensional address, system and apparatus" are Chinese Patent Application No. 200710139245.2; and "an address addressing the multi-dimensional method and apparatus and systems" Chinese Patent Patent application number is 200710139252.2; and "create multidimensional method and apparatus and internet protocol system" Chinese patent application No. 2007101392734 patent; and

[0006] 与本专利同时申请的《一种可进行单源组播交互和多源组播交互的方法和装置以及系统》[0007] 与本专利同时申请的《一种邻域-资源发现的方法和装置以及系统》 [0006] "A single multi-source multicast source and multicast interaction interactive system and a method and apparatus" filed concurrently with the present patent [0007] "an neighborhood while the present patent application - resource discovery The method and apparatus and systems "

[0008] 与本专利同时申请的《一种分组的交付和路由选择的方法和装置以及系统》 [0008] simultaneously with the present patent application "A packet delivery and routing method and apparatus and systems"

[0009] 是相互交叉关联的。 [0009] is the cross-correlated with each other.

发明内容 SUMMARY

[0010] 本发明的目的在于在多维地址协议网与现有的IPv4网或IPv6网的网间建立连接,通过一种过渡机制使IPv4网络和多维地址协议网可以互连互通;使IPv6网络和多维地址协议网可以互连互通;本发明包括用IPv4报头封装多维地址协议数据包使多维地址协议穿越IPv4网络结构;包括用IPv6报头封装多维地址协议数据包使多维地址协议穿越IPv6网络结构;包括使IPv4节点与多维地址协议节点通讯;包括使IPv4节点与多维地址协议节点通讯。 [0010] The object of the present invention is based on the multidimensional address internetwork protocol network and an IPv4 network or an existing IPv6 network is connected, through a transition mechanism to enable IPv4 network protocol address and multidimensional interconnection network can; IPv6 network and make multidimensional address protocol network may interconnection; the present invention comprises an IPv4 header encapsulation multidimensional address of the protocol data packet so that the multidimensional address protocol over IPv4 network structure; comprises the IPv6 header encapsulation multidimensional address of the protocol data packet so that the multidimensional address protocol traversal IPv6 network structure; comprising IPv4 address of the node and multi-dimensional communication protocol node; including the IPv4 node node communication protocol and multidimensional address. 本发明的技术方案是: Aspect of the present invention is:

[0011] 创建一种多维地址协议网与IPv4网或IPv6网的网间互通的方法,包括在多维地址协议网与IPv4网或IPv6网的网间设置支持多维地址协议的边界路由器,该边界路由器支持IPv4或IPv6和多维地址协议的转换和网间互通;建立IPv4网和多维地址协议网间的可通讯连接,或建立IPv6网和多维地址协议网间的可通讯连接;其中,所述建立IPv4网和多维地址协议网的可通讯连接具体包括:所述边界路由器至少有一个全局唯一的IPv4地址;所述边界路由器公告该IPv4地址;主机用该全局唯一的IPv4地址自动配置多维地址,即:使所述多维地址信息维中包含有该IPv4地址;主机用所述多维地址构建多维地址协议数据包,交付所述边界路由器;若所述边界路由器确定所述数据包需穿越IPv4网络,则将所述数据包的多维地址协议报头翻译转换成IPv4报头,具体包括:将多维地址协议报 [0011] creation of a multi-dimensional network address and protocol IPv4 network or IPv6 network method internetworking, including in the multi-dimensional gateway address and network protocol IPv4 network or IPv6 network address protocol set up to support multi-dimensional border router, the router border conversion and supports IPv4 or IPv6 internetworking protocols and multidimensional address; IPv4 network and establishing a multidimensional address protocol gateway in the communication connection, and multi-dimensional network or an IPv6 protocol address in the communication gateway is connected; wherein said establishing IPv4 and multi-dimensional mesh network protocol addresses in the communication connection comprises: said at least one border router globally unique IPv4 address; the border router advertisement of the IPv4 address; host multidimensional address autoconfiguration using the globally unique IPv4 address, namely: the dimension multidimensional address information contains the IPv4 address; host build multidimensional data packet protocol address of the multidimensional address is used to deliver the border router; border router determines if the packet needs to pass through the IPv4 network, it will the multidimensional data packet address translation protocol header is converted into the IPv4 header comprises: a multidimensional address protocol packets 头优先级字段复制到IPv4报头中的服务类型字段;将多维地址协议报头有效载荷长度字段加上多维地址协议报头长度再加上IPv4报头长度添加到IPv4报头中的总长字段;将多维地址协议报头可扩展跳限制字段复制到IPv4报头的中的生存时间字段;将所述边界路由器的IPv4地址添加到IPv4报头中的源地址字段;如果多维地址协议报头中的目标多维地址是一个包含有IPv4地址的多维地址,则从多维地址协议报头中的目标地址的信息维中提取IPv4地址添加到IPv4报头的中的目标地址字段;用IPv4报头封装多维地址协议数据包;所述建立IPv6网和多维地址协议网的可通讯连接具体包括:所述边界路由器至少有一个全局唯一的IPv6地址;所述边界路由器公告该IPv6地址;主机用该全局唯一的IPv6地址自动配置多维地址,即:使所述多维地址信息维中包含有该IPv6地址;主机用所述 Reproducing head priority field to the service type field of the IPv4 header; multidimensional address protocol header payload length field plus the multidimensional address protocol header length plus IPv4 header length added to the Total Length field in the IPv4 header; multidimensional address protocol header scalable hop limit replication fields to the IPv4 header in the time to live field; adding an IPv4 address of the border router to the source address field of the IPv4 header; if the target multidimensional address multidimensional address protocol header is a containing an IPv4 address multidimensional address, from the multi-dimensional information dimensional target address the address protocol header extracted IPv4 address to the destination address field of the IPv4 header; packet with an IPv4 header encapsulation multidimensional address protocol; said establishing IPv6 network and the multidimensional address communication protocols can be connected to the network comprises: at least one border router of the globally unique IPv6 address; the border router advertisement to the IPv6 address; host multidimensional address autoconfiguration using the globally unique IPv6 address, namely: the multidimensional address information dimension contains the IPv6 address; with the host 维地址构建多维地址协议数据包,交付所述边界路由器;若所述边界路由器确定所述数据包需穿越IPv6网络,则将所述数据包的多维地址协议报头翻译转换成IPv6报头,具体包括:将多维地址协议报头优先级字段复制到IPv6报头中的通信流类别字段;将多维地址协议报头流标签字段复制到IPv6报头中的流标签字段;将多维地址协议报头有效载荷长度字段加上多维地址协议报头长度添加到IPv6报头中的有效载荷字段;以IPv6报头中下一个报头字段中的值表示封装的是多维地址协议数据包;将多维地址协议报头可扩展跳限制字段复制到IPv6报头的中的跳限制字段;将所述边界路由器的IPv6地址添加到IPv6报头中的源地址字段;如果多维地址协议报头中的目标多维地址是一个包含有IPv6地址的多维地址,则从多维地址协议报头中的目标地址的信息维中提取IPv6地址添加 Construction of the multidimensional dimensional address data packet protocol address, the delivery of the border router; border router determines if the packet needs to pass through the IPv6 network, then the address of the multi-dimensional data packet protocol header is converted into the IPv6 header translation, comprises: copy multidimensional address protocol header priority field communication flow category field of the IPv6 header; copy multidimensional address protocol header flow label field to the flow label field of the IPv6 header; multidimensional address protocol header payload length field plus a multidimensional address protocol header length added to the payload field of the IPv6 header; to IPv6 header value of the next header field indicates that the package is a multidimensional address protocol packet; multidimensional address protocol header may expand hop limit replication fields to the IPv6 header of hop limit field; add IPv6 address of the border router to the source address field of the IPv6 header; if the target multidimensional address multidimensional address protocol header is a comprising a multidimensional address of the IPv6 address from the multidimensional address protocol header Victoria's destination address information extracted add IPv6 address 到IPv6报头的中的目标地址字段;用IPv6报头封装多维地址协议数据包。 The destination address field of the IPv6 header; packet header with the IPv6 protocol encapsulation multidimensional address. [0012] 与现有技术相比本发明的有益效果是: [0012] Advantageous effects of the present invention compared to the prior art are:

[0013] 由于本发明的一种多维地址协议网与IPv4网或IPv6网的网间互通的方法和装置以及系统。 [0013] Since the method and apparatus of one kind of a multidimensional interconnection network address and protocol IPv4 or IPv6 network according to the present invention and the network interworking system. 建立了一种IPv4网和IPv6网到多维地址协议网的过渡机制,在IPv4、IPv6的网络上构建隧道,连接多维地址协议孤岛,这种连接的建立为实现IPv4网和IPv6网络以及多维统一网上的资源共享提供了重要基础。 The establishment of a transitional mechanism IPv4 network and IPv6 network protocol to address the multi-dimensional network, construction of a tunnel on IPv4, IPv6 network connection protocol address multi-dimensional island, established to achieve the IPv4 network and IPv6 network and multi-dimensional unified online this connection the sharing of resources provides an important foundation.

附图说明 BRIEF DESCRIPTION

[0014] 图I示出的是本发明应用的一种网络系统的高层的概念性图解 [0014] Figure I shows a high level of a network system of the present invention is conceptually illustrated application

[0015] 图2示出的是本发明应用的公知的通用计算机环境· [0015] FIG. 2 shows a well-known application of the present invention is a general purpose computer environment ·

[0016] 图3示出的是本应用的多维地址的格式 [0016] FIG. 3 shows a multidimensional address format of the present application

[0017] 图4示出的是本发明的多维地址信息维部的格式 [0017] FIG. 4 shows a format of a multidimensional address information portion of the dimension of the invention

[0018] 图5示出的是本发明的又一多维地址信息维部的格式 [0018] FIG. 5 shows a format of another portion of the dimension of multidimensional address information of the present invention

[0019] 图6示出的是本发明的多维地址协议穿越IPV4的隧道机制的数据包封装示图 [0019] FIG. 6 shows a multidimensional address protocol of the present invention through the tunneling mechanism IPV4 packet encapsulation illustrated in FIG.

[0020] 图7示出的是本发明的多维地址协议穿越IPV6的隧道机制的数据包封装示图 [0020] FIG. 7 shows a multidimensional address protocol of the present invention through the tunneling mechanism IPV6 data packet encapsulation illustrated in FIG.

[0021] 图8示出的是本发明的多维地址协议网和IPv4网共存环境中多维地址协议网与IPv4网的网间互通的示图 [0021] FIG. 8 shows a multidimensional address internetworking protocol network and the IPv4 network environment according to the present invention in the coexistence of a multidimensional address protocol IPv4 network and the network shown in FIG.

[0022] 图9示出的是本发明的多维地址协议网和IPv6网共存环境中多维地址协议网与IPv6网的网间互通的示图 [0022] FIG. 9 shows a multidimensional internetworking protocol address and network of the invention coexist IPv6 network environment multidimensional address protocol IPv6 network and network shown in FIG.

[0023] 图10示出的是本发明的IPv4节点穿越多维地址协议网与多维地址协议节点通讯的环境示图 [0023] FIG. 10 shows a cross IPv4 node of the invention shown in FIG environment multidimensional address protocol communications network and node address protocol multidimensional

[0024] 图11示出的是本发明的IPv6节点穿越多维地址协议网与多维地址协议节点通讯的环境示图 [0024] FIG. 11 shows a IPv6 node of the present invention illustrating a multidimensional environment through the network protocol address with the node address of the communication protocol multidimensional

[0025] 图12示出的是本发明的IPV4和多维地址协议双栈结构格式 [0025] FIG. 12 shows a IPV4 address and the protocol of the present invention multidimensional dual-stack structure format

[0026] 图13示出的是本发明的IPV6和多维地址协议双栈结构格式 [0026] FIG. 13 shows a multi-dimensional according to the present invention and the IPV6 address protocol dual-stack structure format

具体实施方式 detailed description

[0027] 下面结合附图与具体实施方式对本发明进行进一步详细描述: Drawings and specific embodiments of the present invention is further described in detail [0027] below with:

[0028] 本公开所述的是一种多维地址协议网与IPv4网或IPv6网的网间互通的方法是多维地址协议族中之一在下面我们称其为多维地址协议和IPv4、IPv6网间互通协议。 [0028] The present disclosure is a method for a multidimensional address internetworking protocol IPv4 network and the IPv6 network or networks is one of the protocol suite multidimensional address below we call a multidimensional address and protocol IPv4, IPv6 network between exchange agreement.

[0029] 在本发明中的所述的资源是指所有能够通过网络使用的实体,其包括:物理资源、逻辑资源、可移动资源、不可移动资源,信源资源、目标资源、关联资源等,作为例子包括但不限于,诸如:网络、节点、连接到网络的接口、计算机群、并行计算机、计算机池、大型数据库、多处理器系统、基于微处理器的系统、可嵌入计算机、个人计算机、手持或膝上型便携式设备、可编程消费电子产品、基于光交换技术的高速交换设备、各种计算机功能部件的集合体、主干网中的管理资源、高速路由器、主干网的接入接点、(路由器)、网关、交换机、域名服务器、通讯设备、精密仪器、传感器、存储器、CPU、ROM、RAM、CPU群集合体、DRAM群集合体、输入/输出接口、计算机软件包括系统软件、应用软件、应用程序、文件、数据实例、数据、元素、信息、电子 [0029] In the present invention refers to all the resources that can be used by network entities, comprising: physical resources, logical resources, resource movable, non-removable resource, the source resource, the target resource, the associated resources, examples include, but are not limited to, such as: network node, a network interface connected to a computer cluster, a parallel computer, a pool of computers, large databases, multiprocessor systems, microprocessor-based systems, may be embedded in a computer, a personal computer, portable handheld or laptop devices, programmable consumer electronics, optical switching technology based on high-speed switching devices, the assembly of the various features of the computer, the backbone network management resources, high-speed routers, access points backbone, ( router), gateways, switches, name servers, communications equipment, precision instruments, sensors, memory, CPU, ROM, RAM, CPU group assembly, a DRAM group assembly, an input / output interface, computer software including system software, application software, application , files, data instance, data elements, information, electronic 币、虚拟人、虚拟动物、虚拟植物、虚拟地球、虚拟城市、虚拟物体,文本文件、音频文件/视频文件、数据、数据实例的数据文件等等。 Currency, virtual human, virtual animal, virtual plants, Virtual Earth, a virtual city, virtual objects, text files, audio files / video files, data, data instance of the data file, and so on. [0030] 本公开所述路由资源:是指包括在网络中(物理网或/和逻辑网)实现多维地址协议分组的交付以及路由选择以及数据分组差错处理和控制节点以及本公开的多维地址协议网与IPv4网或IPv6网的网间互通的资源。 [0030] The preferred route of the present disclosure: is meant to include (physical network and / or logical network) protocol multidimensional address in the network packet delivery and routing of data packets and error control processing nodes and the multidimensional address protocol disclosed in the present interworking of network resources and network IPv4 or IPv6 network.

[0031] 所述逻辑网络:是一种逻辑路由-域,还可以称为邻域,是用多维地址空间结构部或/和多维地址信息维部中的路由/子网标识字段的虚拟空间结构定义的一组资源(邻域-资源),包括信源资源和目标资源和关联资源;逻辑网络具有用多维地址虚拟空间结构定义的树状或网状逻辑空间结构。 [0031] The logical network: a logical routing - domain, may also be referred to as the neighborhood, the structure of the virtual space is a multidimensional space configuration address portion and / or multidimensional address information section dimension routing / network identifier field It defines a set of resources (neighborhood - resources), including source and target resources and resources associated resource; logical network configuration defined in the virtual space with multidimensional address logical space tree or mesh structure. 用多维地址定义的逻辑路由-域组包含有一个或多个子逻辑路由-域组;是具有虚拟空间结构域的一组主机或/和数据,同一逻辑路由-域组的成员资源包括具有逻辑的关联,逻辑路由-域组成员可以是同在一个物理网络的主机,也可以是来自不同的物理网络,逻辑路由-域组成员的逻辑关系用多维地址的虚拟空间结构进行定义。 Routing logical address defined multidimensional - group domain comprises one or more sub logical routing - domain group; is a group of hosts and / or virtual space data having a domain, the same logical routing - a member of the group of the resource domain includes a logic associated, logical routing - domain group member may be a master in the same physical network, or may be different from the physical network, logical routing - group membership of the domain defined by the logic multi-dimensional structure of the virtual address space. 本公开包括使逻辑网络中的资源通过多维地址协议和IPv4、IPv6网间互通协议,建立多维地址协议网与IPv4网或IPv6网的网间互通。 The present disclosure includes logical network resources multidimensional address and protocol IPv4, IPv6 internetworking protocol, establishing a multidimensional address internetworking protocol IPv4 network and the IPv6 network or networks. [0032] 在本发明中图I例示的是一种用多维地址协议以及包括用本公开的多维地址协议和IPv4、IPv6网间互通协议进行数据传输和控制的网络系统我们称这种网络为多维统一网系统,100示出的是该网络的高层的概念性图解,作为例子该网络包括但不限于用多维地址协议、多维地址协议和IPv4、IPv6网间互通协议进行控数据传输及控制,网络中的各种资源作为例子包括但不限于用多维地址进行标识、定位;图中的101、102、103、104、105、106均为以多维地址标识的资源,作为例子包括但不限于使用或/和遵循多维地址协议以及多维地址协议和IPv4、IPv6网间互通协议,其中101为传输介质,102通常为多维统一网高速路由器,103为多维统一网接入节点其通常也是路由器,其包括用多维地址协议、多维地址协议和IPv4、IPv6网间互通协议在102多维统一网高速路由器和其它网络 [0032] In the present invention, illustrated in FIG. I is a multidimensional address protocol comprises a network system and data transfer and control with the present disclosure and a multidimensional address protocol IPv4, IPv6 internetworking protocol we call this network multidimensional unified network system 100 shown is a high-level conceptual illustration of the network, the network including by way of example, but not limited to multidimensional address protocol, and a multidimensional address protocol IPv4, IPv6 internetworking protocol for controlling data transmission and control, network examples of resources include, but are not limited to be identified, located multidimensional address; FIG. 101,102,103,104,105,106 multidimensional address resources are identified, by way of example include but are not limited to the use or / and follow the protocol and address multidimensional multidimensional address and protocol IPv4, IPv6 internetworking protocol, wherein the transmission medium 101, 102 is generally uniform multi-dimensional high-speed network router 103 node network access multidimensional unified also typically a router, which comprises multidimensional address protocol, and a multidimensional address protocol IPv4, IPv6 internetworking protocol 102 multidimensional unified network routers and other network-speed 间路由数据分组,多维统一网节点103连接有多个多维统一网高速路由器102以提供一定的冗余,104、105、106均为以多维地址标识的资源,其中105是104的下级别多维地址标识的资源,106是105的下级别多维地址标识的资源,各级别资源的级别是逻辑上的上下级关系,其可能位于不同的网络并通过不同的接入节点103进行数据传输,或直接连接102多维统一网高速路由器进行数据分组传输,所述下级别的多维地址来源于上级别多维地址标识的资源的分配或来源于多维地址管理资源的分配或第三方资源的分配,多个资源通过多维地址的相互关联构成一个多维虚拟网络,各资源维护其关联资源的路由表。 Routing data packets between multidimensional unified network node 103 is connected to a plurality of high-speed multi-dimensional unified network router 102 to provide some redundancy, 104,105,106 are in a multidimensional address resource identifier, wherein 105 is a multidimensional level address 104 resource identifiers, resource 106 is the address of the next level 105 of the multidimensional identification, each level resource level is logical subordinate relationship, which may be located in different network and data transmission via different access nodes 103, or a direct connection multidimensional high-speed router 102 unified network for data packet transmission, the lower-level resource allocation on the multidimensional address from the multidimensional address identifying the level of or derived from a resource allocation allocated multidimensional address management or third-party resources, a plurality of resources multidimensional interrelated address constitutes a multi-dimensional virtual network resources associated with each resource to maintain their routing tables. 多维统一网可以包含有各种拓扑结构的网络,其可以通过增加新的资源,诸如:结点、链路进行无限的扩展,所述多维统一网还包括:由其中的逻辑资源构成的多维虚拟网(逻辑网),多维统一网中主干网部分包含有多个多维统一网高速路由器,这些多维统一网高速路由器接收数据分组,并向网络中的其它节点传递这些数据分组,每个多维统一网高速路由器具有多个到其它多维统一网高速路由器和/或因特网高速路由器的连接并且这些连接具有高数据容量,多维统一网中的资源依靠多维地址协议、多维地址协议和IPv4、IPv6网间互通协议完成数据通讯,资源中包括驻留有多维地址协议、多维地址协议和IPv4、IPv6网间互通协议的一个或多个协议软件模块。 Multidimensional unified web may contain a variety of network topologies, which can add new resources, such as: nodes, links unlimited scalability, the multi-dimensional unified network further comprising: a multi-dimensional virtual logical resource configuration therein network (logical network), the multidimensional unified network backbone portion comprises a plurality of multi-dimensional high-speed router unified network, which network multidimensional unified high-speed router receives a data packet, and transmitting the data packets to other nodes in the network, each network multidimensional unified having a plurality of high-speed router to other routers and high-speed multi-dimensional unified network or connection / high-speed routers and Internet connections have a high capacity data, a multidimensional unified network resources rely multidimensional address protocol, and a multidimensional address protocol IPv4, IPv6 protocol interworking for data communications, comprising resource resides multidimensional address protocol, and a multidimensional address protocol IPv4, IPv6 internetworking protocol or more protocol software modules. 所示多维统一网100是用通信(传输)介质101以及图中未示出的接口将资源,102、103、104、105、106,可通讯的连接起来并依靠多维地址协议、多维地址协议和IPv4、IPv6网间互通协议实现数据的传输及应用,图I中100多维统一网系统中的各资源之间的连接可以是任何拓扑结构的连接,包括可以是总线形拓扑结构,环形拓扑结构,星形拓扑结构和这些形状混合构成的混合拓扑结构,以及其它形状的拓扑结构,其总体结构可以通过增加新节点和链路获得无限扩展,其中每个资源节点可以具有多个将其连接到其它资源节点的链路。 Multidimensional web 100 is shown in a unified communication (transmission) medium 101 and an interface, not shown in FIG connection resources, 102,103,104,105,106, and it may depend on the communications protocol address the multi-dimensional, multi-dimensional address protocol and IPv4, IPv6 internetworking transmission protocol and application data, the connection between each resource 100 in FIG. I multidimensional unified network system may be connected to any topology, including a bus may be shaped topology, ring topology, these hybrid star topology and shape of the mixing topologies configuration, topology, and other shapes, the general structure can be obtained infinitely extended by adding new nodes and links, wherein each resource node may have a plurality of connecting it to other link resource nodes. 这些实现多维统一网各系统的物理基础网络即是以通信介质101构成的使数字设备(节点)相互之间具有多个链路进行连接的异构的网络,这些异构的网络包括但不限于:以太网、局域网(LAN)、广域网(WAN)、城域网(MAN)、Local Talk、X,25、令牌环局域网,数字数据网(DDN)综合业务数字网(ISDN)、全光网、基于先进的交换和光纤传输技术即ATM和SONET的超高带宽网络服务(vBNS)、ATM、SDH/S0NET、基于波分多路复用WDM的光传输技术的传输系统、WDM、DffDM,以光交叉连接OXC/光分插复用OADM设备为主体的光交换系统、3T (Tb/s传输、Tb/s交换、Tb/s路由)光网络、混合光纤同轴电缆网HFC、非对称数字用户线ADSL、WLAN、LMDS (本地多点分配业务)、GSM、GPRS *、HiperLAN、HomeRF、if、IR(红外)、UWB (超宽带)、JTRs (联合战术无线电系统)、3G (第三代移动通信)、4G、WiMAX、GPRS (通用分组无 The unified multi-dimensional network of each system is the physical basis of the digital network is the device (node) constituting the communication medium 101 having a plurality of links connected between heterogeneous networks to each other, these heterogeneous networks include, but are not limited to : Ethernet, a local area network (LAN), a wide area network (WAN), a metropolitan area network (MAN), Local Talk, X, 25, a token ring LAN, digital data network (the DDN) integrated services digital network (the ISDN), all-optical networks , based on advanced technology i.e. switching and optical transmission of high bandwidth ATM and SONET network service (vBNS), ATM, SDH / S0NET, based on the transmission system of the wavelength division multiplexed WDM optical transmission technology, WDM, DffDM, to optical cross-connect OXC / OADM optical add-drop multiplexing optical switching equipment as the main system, 3T (Tb / s transmission, Tb / s switched, Tb / s routing) optical networks, hybrid fiber coaxial network of HFC, asymmetrical digital subscriber line ADSL, WLAN, LMDS (local multipoint distribution service), GSM, GPRS *, HiperLAN, HomeRF, if, IR (infrared), UWB (ultra Wide Band), JTRS (joint tactical radio system), 3G (third-generation mobile communication), 4G, WiMAX, GPRS (General packet Radio 电业务)或EDGE(全球演进的增强型数据速率)中的无线电标准等等其它网络及其通信介质。 Electrical service) or the like EDGE radio standards (Enhanced Data rates for Global Evolution) network and the other communication media. 多维统一网系统100可以与互联网(因特网)电视网,通信网等相互共用其由通信介质构成的网络,在多维统一网系统中,因特网,万维网,电视网,通信网以及各种专用网及其资源也可以成为资源,即通过一种设备装置或/和软件(多维地址协议、多维地址协议和IPv4、IPv6网间互通协议)可以使因特网,万维网,电视网,通信网及各种专用网包括上述各网的资源,成为一种资源。 Multidimensional unified network system 100 may be shared with the Internet (Internet) networks, each communication network which network including a communication medium, multidimensional unified network system, the Internet, World Wide Web, networks, communication networks and private networks and various resources can also be a resource, i.e. an apparatus by means and / or software (protocol multidimensional address, and a multidimensional address protocol IPv4, IPv6 internetworking protocol) enables the Internet, the World Wide web, television, and various communication network comprises a private network resources above network, become a resource. 通过此种设备装置或/和软件(多维地址协议、多维地址协议和IPv4、IPv6网间互通协议)也可以使多维统一网系统的资源成为基于IPV4,IPV6,IPV9地址的系统的资源,此种设备,装置或/和软件包含有多维地址协议、多维地址协议和IPv4、IPv6网间互通协议,通过多维地址协议的诸如:多维地址配置、标识、路由、管理、控制等实现上述功能,这也是我们发明的一种实施例,其也是一种多维统一网服务管理装置。 By means of such equipment and / or software (protocol address multi-dimensional, multi-dimensional and address protocol IPv4, IPv6 Internetworking Protocol) can also make resources become multidimensional unified network system based on the system IPV4, IPV6, IPV9 address resources, such equipment, apparatus and / or software with multidimensional address protocol, and a multidimensional address protocol IPv4, IPv6 internetworking protocol, by protocol such as a multi-dimensional address: multidimensional address configuration, identification, routing, management, and other control functions to achieve the above, which is an embodiment of our invention, it is also a multi-dimensional unified network service management device.

[0033] 图I所示多维统一网系统100中的资源。 [0033] FIG I resources multidimensional unified network system 100 shown in FIG. 103、104、105、106也可以是区域的多维统一网服务(路由-域)管理装置、通讯设备或/和路由器、区域(本地)域名服务器、交换机、智能集线器等多维统一网服务管理资源。 103,104,105,106 may also be a multi-dimensional unified network service area (Routing - domain) management device, communication equipment and / or router, regional (local) domain name servers, switches, hubs and other intelligence multidimensional unified network service management resources. 虽然图I中所示出了各资源102、103、104、105、106及通信介质101,但应当理解这些资源的实际数量和类型可以有所不同,其实际数量可以远大于图I中所示出的数量。 Although each of the communication medium resources 102,103,104,105,106 and 101 shown in Figure I, it should be understood that the actual number and types of these resources can vary, the actual number may be much larger than I shown in FIG. the number.

[0034] 在本发明中,在多维统一网络的主干部分分布有大量的专用局域多维统一网服务管理装置(多维统一网路由资源、多维统一网/因特网路由资源),这些专用的多维统一网服务管理装置(多维统一网路由器、多维统一网/因特网路由器)具有两个或两个以上的多维统一网、因特网(含以太网)网络接口用于连接不同的网络,其协议至少实现到多维统一网多维地址协议,诸如:多维地址协议中的各种协议包括多维地址协议和IPv4、IPv6网间互通协议,理解多维地址协议、多维地址协议和IPv4、IPv6网间互通协议、IPV4、IPV6、IPV9等协议,可进行多维统一网/网络层通信,支持两种以上的子网协议(异种网),可进行存储、转发、寻径、并具有一组路由协议。 [0034] In the present invention, the trunk portion of the multi-dimensional uniform distribution of a large network of dedicated multidimensional unified LAN network service management apparatus (multi-dimensional network by a Uniform Resource multidimensional unified network / Internet routing resources), these dedicated multidimensional unified network service management apparatus (multi-dimensional unified network router, unified multi-dimensional network / Internet routers) having two or more uniform multi-dimensional network, the Internet (including Ethernet) network interface for connecting different network, which at least to a multidimensional unified protocol multidimensional network address protocol, such as: a multidimensional address protocol comprises a multidimensional address various protocols and protocol IPv4, IPv6 internetworking protocols, appreciated multidimensional address protocol, and a multidimensional address protocol IPv4, IPv6 internetworking protocol, IPV4, IPV6, IPV9 other protocols, unified multi-dimensional network / network layer communication protocol supports two or more subnets (heterogeneous network), can be stored, forwarded, routing, and having a set of routing protocols. 专用的多维统一网服务管理装置(多维统一网路由器、多维统一网/因特网路由器),其用于连接多个逻辑上分开的多维统一网网络和/或因特网网络。 Dedicated multidimensional unified network service management apparatus (multi-dimensional unified network router, unified multi-dimensional network / Internet routers) for connecting a plurality of separate networks logically unified multi-dimensional network and / or the Internet. 当数据从一个子网传输到另一个子网时可通过专用的多维统一网服务管理装置(多维统一网路由器、多维统一网/因特网路由器)来实现。 When the data transfer from one subnet to another may be a dedicated multidimensional unified network service management apparatus (multi-dimensional unified network router, unified multi-dimensional network / Internet routers) to achieve. 专用的多维统一网服务管理装置(多维统一网路由器、多维统一网/因特网路由器),可以判断多维地址、多维地址、IP地址(包括IPV4、IPV6、IPV9地址)和选择路径、以及在多维统一网、以及因特网的网络互联环境中建立灵活有效的连接,可完成不同数据分组和介质的访问方法,去连接各种子网,这些专用的多维统一网服务管理装置(多维统一网路由器、多维统一网/因特网路由器)接收数据分组,并向多维统一网、因特网中其它节电传递这些数据,其任何单独的专用多维统一网服务管理装置(多维统一网路由器、多维统一网/因特网路由器)可以不必知道所有的多维统一网或/和因特网的最终目的地。 Dedicated multidimensional unified network service management apparatus (multi-dimensional unified network router, multidimensional unified network / Internet routers), based on the multidimensional address multidimensional address, IP address (including IPV4, IPV6, IPV9 address) and select the path, and the multidimensional unified network and Internet networking environment, the establishment of an effective and flexible connection, data packets complete access methods and different media, to connect various subnets, these dedicated multi-dimensional unified network service management device (multidimensional unified network router, multi-dimensional unified network / Internet router) receives a data packet, and uniform multi-dimensional network, the Internet, other data transfer saving, as any separate dedicated multidimensional unified network service management apparatus (multi-dimensional unified network router, unified multi-dimensional network / Internet routers) may not necessarily know All unified multi-dimensional network or final destination / and the Internet. 传递远程地址的数据分组会被路由到最近的专用多维统一网服务管理装置(多维统一网路由器、多维统一网/因特网路由器)能够进一步细化地址,诸如此类,直到数据分组到达其最终目的地。 Remote address transfer data packets are routed to the nearest private multidimensional unified network service management device (multidimensional unified network router, multi-dimensional unified network / Internet router) can further refine the address, and so on, until the packet reaches its final destination. 通常每个专用多维统一网服务管理装置(多维统一网路由器、多维统一网/因特网路由器)具有多个到其它专用多维统一网服务管理装置的连接,并且这些连接具有高数据容量,其通常使用光纤链路。 Typically, each multi-dimensional unified private network service management apparatus (multi-dimensional unified network router, unified multi-dimensional network / Internet routers) having a plurality of connections to other multidimensional unified private network service management apparatus, and which is connected with a high data capacity, typically using an optical fiber link.

[0035] 图I例示中的101是通信介质,其可以是有线介质或无线介质,它们包括但不限于铜导线、同轴电缆、光缆、无线电波、微波、FR(射频)红外线、声音等对本发明而言,图I中的资源102、103、104、105、106可使用任意公知的技术来实现。 [0035] FIG. I 101 is a communication medium illustrated in the embodiment, which can be a wired medium or a wireless medium, including but not limited to, copper wire, coaxial cable, fiber optic cable, radio waves, microwaves, FR (RF) infrared, sound or the like of the present invention, FIG resource 102,103,104,105,106 I may use any known technology. 例如可以使用硬件逻辑组件来实现,如一个或多个ASIC (特定应用的集成电路),或者它可以作为一个或多个处理器执行的一组指令以软件的形式来实现。 For example, be implemented using hardware logic components, such as one or more of an ASIC (application-specific integrated circuits), or it may be used as a set of instructions executed by one or more processors implemented in software. 所述软件包括但不限于程序模块以及实现本发明的特定抽象数据类型的例程、程序、组件数据结构等,它们在多维统一网计算环境中通常位于本地、远程资源和多维服务管理装置以及包括存储器设备在内的计算机存储介质中。 The software includes, but is not limited to particular abstract data and program modules implementing the present invention, the type of routines, programs, components, data structures, etc., which are usually located in local and remote resource management apparatus in a multi-dimensional multi-dimensional unified service network computing environment and comprising a memory device, including a computer storage medium.

[0036] 图2示出的是200形式的公知的通用计算机环境,该计算机包含但不限于多维地址协议和本发明的IPv4、IPv6网间互通协议的计算环境。 [0036] FIG. 2 shows a known form of a general computer environment 200, the computer including but not limited to, computing environments multidimensional address and protocol of the present invention, IPv4, IPv6 internetworking protocol. 在图2中其210处理器CPU在各种存储单元,如:221只读存储器R0M、222随机存取存储器RAM和高速缓存的支持下运行与多维地址协议相关的软件,包括诸如:包含有生成、或/和识别、或/和应用多维地址协议、多维地址协议和IPv4、IPv6网间互通协议的系统软件,即关于多维地址协议、多维地址协议和IPv4、IPv6网间互通协议系统的软件,但不限于关于多维地址协议、多维地址协议和IPv4、IPv6网间互通协议系统的软件。 In FIG. 2 the processor CPU 210 in which various memory units, such as: read only memory 221 R0M, 222 associated with a random access multidimensional address protocol software run and cache memory RAM support, such as comprising: generating comprising , system software or / and identification, and / or multi-dimensional application protocol address, and a multidimensional address protocol IPv4, IPv6 internetworking protocol, i.e., on the multidimensional address protocol, and a multidimensional address protocol IPv4, IPv6 internetworking protocol software of the system, but not limited to software protocol address on a multi-dimensional, multi-dimensional and address protocol IPv4, IPv6 internetworking protocol systems. 关于多维地址协议、多维地址协议和IPv4、IPv6网间互通协议系统的软件或/和其它软件存储在ROM中,称为ROM映像,这个映像中包括,但不限于,关于多维地址协议、多维地址协议和IPv4、IPv6网间互通协议的系统软件、还包括其它软件的引导程序、初始化数据、初始屏幕显示或者系统状态的字符串、系统执行的多任务程序以及实时操作系统(RTOS)内核。 About multidimensional address protocol, the multidimensional address and the IPv4 protocol, IPv6 internetworking protocol software systems and / or other software stored in the ROM, called ROM image, this image include, but are not limited to, information on the multidimensional address protocol, the address multidimensional system software and protocols IPv4, IPv6 internetworking protocol, further comprising a guide other software program, the initialization data, the initial screen display or a character string, multi-tasking program execution system, and the real-time operating system (RTOS) kernel of the system state. ROM中存储的ROM映像包含最终设计的代码。 ROM image stored in the ROM contains the code of the final design. RAM存储的包括,但不限于,关于多维地址协议、多维地址协议和IPv4、IPv6网间互通协议系统的软件、还包括其它软件的程序执行过程中变量和堆栈的临时值。 RAM storage include, but are not limited to, information on the multidimensional address protocol, and a multidimensional address protocol IPv4, IPv6 internetworking protocol software of the system, further comprising a temporary value other software program executing process variables and stack. 高速缓存提前存储来自于外部存储器的指令和数据副本,并在快速处理过程中临时存储结果。 Cache instructions stored in advance from the external memory and copies the data, and temporarily storing the processing results in the rapid process.

[0037] 关于多维地址协议、多维地址协议和IPv4、IPv6网间互通协议的软件通常嵌入在只读存储器(ROM)中。 [0037] For multi-dimensional addressing protocol, the multidimensional address and the IPv4 protocol, IPv6 internetworking protocol software is typically embedded in a read only memory (ROM) in. 图2中的220是用于存储信息和处理器所执行的指令的与总线230相互连接的存储器,它是用于存储数据和程序的随机访问半导体存储器,它可以用以存储关于多维地址协议、多维地址协议和IPv4、IPv6网间互通协议但不限于此系统的数据和程序以及临时变量或其它中间信息,存储器220,包括:易失性和/或非易失性存储器形式的计算机存储介质,诸如221只读存储器ROM和222随机存取存储器RAM,ROM中一般存储关于多维地址协议、多维地址协议和IPv4、IPv6网间互通协议系统但不限于多维地址协议、多维地址协议和IPv4、IPv6网间互通协议系统的系统启动程序和参数表,也用来存放RAM中一般存储包括数据和/或程序模块,可由处理单元210立即访问和/或当即操作。 220 in FIG. 2 for storing information and instructions executed by the processor 230 and the memory bus connected to each other, which is a random access semiconductor memory for storing data and programs, which can be used to store information about the multidimensional address protocol, multidimensional address and protocol IPv4, IPv6 internetworking protocol but not limited to system data and programs, and temporary variables or other intermediate information memory 220, comprising: a volatile and / or nonvolatile memory storage media in the form of a computer, 221 such as a read only memory ROM 222 and a random access memory RAM, ROM typically stores information on the multidimensional address protocol, and a multidimensional address protocol IPv4, IPv6 internetworking protocol address system protocol but not limited to multi-dimensional, multi-dimensional addresses and protocols IPv4, IPv6 network interworking system between the initiator and the protocol parameter table system, typically also used to store the RAM stores a data and / or program modules that are immediately accessible by the processing unit 210 and / or operation immediately. 常驻内存的监控程序或者操作系统的常驻内存部分,甚至也可用来存放字库或者某些语言的编译程序及解释程序。 Permanent monitoring program memory or memory-resident portion of the operating system, or even be used to store fonts or some language compiler and interpreter. 在图2中示出的220是概念性的存储器,但是应当理解存储器220经常被组织成为高速缓存层次结构的具有高速缓存存储器(cache)的存储器或其它存储设备。 Shown in FIG. 2 is a conceptual memory 220, it is to be understood that memory 220 is often organized into memory or other memory device having a cache memory (Cache) cache hierarchy.

[0038] CPU210是与系统总线相连接的执行存储器220中存储的指令的通用可编程处理器即是一个集中取指和处理一组通用指令的单元,其可以取指和控制一个给定命令或指令的顺序执行,并与系统的其余部分进行通讯,以及进行对字节或字的算术和逻辑操作。 [0038] CPU210 is a general purpose programmable processor instructions stored in the execution memory 220 and a system bus that is connected to a centralized processing a fetch and instruction set of common units, and it may fetch a given command or control sequential execution of instructions, and communicate with the rest of the system, as well as of the word or byte arithmetic and logical operations. 图2中示出的是单独的CPU然而应当理解资源包括:多维统一网服务管理装置(服务器)、请求资源(客户)、调用资源(第三方资源)它们可以是具有多个CPU的计算系统。 FIG 2 shows a single CPU, however it should be appreciated that resources comprising: a multidimensional unified network service management apparatus (server), requesting the resource (the client), calling resource (resource third party) which may be a computing system having a plurality of CPU. 图2中示例的资源(装置)中还包括:将存储器220在内的各种计算机组件和/或功能单元连接到CPU 210和使功能单元和/或组件之间相互连接的系统总线230,系统总线230可以是任何几种类型的总线结构,包括有:存储器总线、使用任何各种各样总线结构的局部总线、作为例子,但不限于,这样的总线结构:工业标准总线(ISA)、微通道总线(MCA)、扩充的工业标准总线(EISA)、局部总线(PCI)、AGP总线、通用串行总线(USB)视频电子标准协会局部总线(VESA)、基于光波导的短距离光互联总线、在可嵌入式计算机中应用的I2C总线、CAN总线、先进的串行高速总线、PCI-X(扩展PCI)总线、CompactPCI总线(cPCI)、PXI总线、IEEE1394总线、UART总线、以及CoreConnect总线标准、AMBA总线标准、Wishbone总线标准、AHB总线、ASB总线、APB总线等等。 Example 2 FIG resources (means) further comprises: connecting a memory 220 including various computer components and / or functional units between the CPU 210 and the functional units and / or components connected to the system bus 230 to each other, the system bus 230 may be any of several types of bus structures, comprising: a memory bus, a local bus using any of a variety of bus structures, by way of example, but not limited to, such a bus structure: An industry standard bus (the ISA), micro channel bus (the MCA), extended industry standard bus (the EISA), a local bus (PCI), AGP bus, a universal serial bus (USB) video Electronics standards Association local bus (the VESA), the optical waveguide short distance optical interconnect bus , the application may be embedded in a computer I2C bus, cAN bus, the advanced high-speed serial bus, PCI-X (extended PCI) bus, the CompactPCI bus (cPCI), PXI bus, IEEE1394 bus, UART bus, and a bus standard CoreConnect , AMBA bus standard, Wishbone bus standard, AHB bus, ASB bus, APB bus, and so on.

[0039] 图2、中例示的资源(装置)200、中还包括其它的易失性的/非易失性的、可移动的/不可移动的计算机存储介质。 [0039] FIG. 2, illustrated resources (means) 200, also comprising other volatile / nonvolatile, removable / non-removable computer storage media. 图2、示出的计算机200中例示了可读写不可移动的非易失性的磁介质的旋转磁性硬盘驱动单元241其通过不可移动的非易失性存储器接口240连接到系统总线230。200中还包括:磁盘驱动器251、光盘驱动器252、其通过可移动的非易失性存储器接口250连接至系统总线230,磁盘驱动器251、光盘驱动器252可分别装入使用诸如:读写可移动的非易失性磁盘、读写可移动的非易失性光盘,可以在示例的资源(装置)环境中使用其它的可移动的/不可移动的、易失性的/非易失性的计算机存储介质,其还包括,但不限于磁带、磁带存储器、快闪存储器、数字通用盘、数字视频带、移动存储设备、硬盘驱动器、U盘、移动硬盘、固态ROM、固态RAM等等。 2, the computer 200 shown in the illustrated rotating magnetic hard disk drive unit writes to non-removable, nonvolatile magnetic media 241 which is connected through a non-removable non-volatile memory interface 240 to the system bus 230.200 further comprising: a write to a removable, non-: magnetic disk drive 251, optical disk drive 252, by the nonvolatile memory may be removable using such as 250 connected to the system bus 230, a magnetic disk drive 251, optical disk drive 252 may be respectively loaded Interface volatile magnetic disk, writes to a removable, nonvolatile optical disk, other movable in the example of the resource (means) environment / non-removable, volatile / nonvolatile computer storage media further including, but not limited to, magnetic tape memory, flash memory, digital versatile disks, digital video tape, removable storage, a hard disk drive, U disk, removable hard disk, solid state ROM, solid state RAM and the like. 上述的驱动单元241、251、252及其相关的计算机存储介质,是用于存储关于多维地址协议系统的但不限于该系统的计算机可读指令、数据结构、程序模块、数据实例或其它数据。 The above-described driving unit 241,251,252 and their associated computer storage media, for storing information on the multidimensional address protocol system, but is not limited to the computer system-readable instructions, data structures, program modules, or other data instance data. 图2中示出的201是终端接口,其可以通过任意的方式或为单个或多个终端提供连接,连接到系统总线230。 Shown in FIG. 2 is terminal interface 201, which may be provided in any manner or by single or multiple connection terminals connected to the system bus 230. 应当理解,其通常通过在一个或多个电子电路卡上的终端接口I/O处理器支持多个终端的直接连接附接,包括终端可通过局域网络连接到终端接口201也可以是其它方式。 It should be appreciated that, typically by one or more electronic circuit card terminal interface I / O processor connected to a plurality of terminals to support direct attachment, comprising a terminal can be connected to the terminal interface 201 may be a local area network by other means.

[0040] 图2中示出的与系统总线230连接的202例示的是应用多维地址协议、多维地址协议和IPv4、IPv6网间互通协议系统的网络和/或互联网接口,它是针对应用多维地址的网络和/或互联网260的数据传输提供物理的连接,可通过多维统一网/互联网接口202发送消息并接收数据,包括程序代码。 [0040] 202 cases shown is in FIG. 2 shows the system bus 230 is connected application multidimensional address protocol, the multidimensional address protocol and the IPv4, IPv6 network internetworking protocol system and / or Internet access, it is for the application of multidimensional address the data transmission network and / or the Internet 260 provides a physical connection, and receive data, including program code, through the multidimensional unified network / Internet interface 202 to send a message. 图2中200形式的公知的通用计算机,示例图中各单元组件及其组合并不是想要对任何关于本发明的用途或功能范围进行任何的限制,也不应该将所例示的各种环境中的单元、组建的一个或组合解释为具有相关的依赖性要求,其单元组件在不影响本发明的实质的情况下可进行任意的增加和/或组合其它未示出的单元、组件,也可以缩减所例示出的单元、组件或/和组合,任何不影响本发明实质的改变都应是视作本发明的等同物范围。 FIG various environments in a general purpose computer 2200 in the form of well-known example of Fig each cell assembly, and combinations thereof not intended to make any limitation on the scope of use or functionality of any of the present invention with respect to, and should not be illustrated in unit, or a combination of form interpreted as having associated dependent claims, it does not affect the substance in the cell assembly of the present invention can be arbitrarily increased and / or in combination with other unillustrated elements, components, may be the reduction unit embodiment, components and / or combinations illustrated, any change does not affect the essence of the invention should be considered as equivalents to the scope of the present invention. 图3是出的是本公开应用的多维地址的格式其包括信息维部301,空间结构部302。 FIG 3 is a multidimensional address format is applied to the present disclosure which includes an information portion 301 dimensional, spatial structure portion 302. 信息维301用于定义多维地址或/和多维地址所标识资源的属性,空间结构部用于定义多维地址或/和多维地址所标识资源的逻辑关系和虚拟的空间结构。 Attribute information 301 used to define the dimension of multidimensional address and / or multidimensional address identified resource, the spatial structure is used to define a multidimensional address portion and / or logic resources of the multi-dimensional address space and virtual structure identified.

[0041] 图4示出的是本公开的多维地址信息维部的格式,是图3中的301本公开包括使所述多维地址信息维中包含有IPv4地址位段402,401是多维地址信息维中表示多维地址或/和多维地址所标识资源的其它属性的位段。 [0041] FIG. 4 shows a format of the present disclosure dimensional multidimensional address information portion 301 is in FIG. 3 comprising the disclosed multidimensional address information includes an IPv4 address dimension bit segment 402,401 multidimensional address information dimension bits representing segment address, or other properties of the multi-dimensional / multi-dimensional and the resource identified by that address. 所述402位段的IPv4地址是支持多维地址协议、IPv4和IPv6转换、互通的路由资源的IPv4地址,或者说是多维地址协议网孤岛的边界路由器的IPv4地址。 The IPv4 address segment 402 supports multidimensional protocol address, IPv4 and IPv6 translation, routing resources interworking IPv4 address, or the address of the border router an IPv4 address protocol multidimensional mesh island.

[0042] 图5示出的是本公开的又一多维地址信息维部的格式,是图3中的301本公开包括使所述多维地址信息维中包含有IPv6地址位段502,501是多维地址信息维中表示多维地址或/和多维地址所标识资源的其它属性的位段。 [0042] FIG. 5 shows a still another format of the present disclosure dimensional multidimensional address information portion 301 is in FIG 3 disclosed the multidimensional address information includes dimension bits comprising segments 502, 501 is an IPv6 address dimension multidimensional address information representing bit segment address, or other properties of the multi-dimensional / multi-dimensional and the resource identified by that address. 所述502位段的IPv6地址是支持多维地址协议、IPv4和IPv6转换、互通的路由资源的IPv6地址,或者说是多维地址协议网孤岛的边界路由器的IPv6地址。 The IPv6 address segment 502 supports multidimensional address protocol, IPv4, and IPv6 translation, routing resources interworking IPv6 address, or the address is an IPv6 border router multidimensional network address protocol islands.

[0043] 本公开包括构建多维地址协议穿越IPv4的隧道,包括用IPv4报头来封装多维地址协议报头,以使数据包可以通过IPv4的网络结构到达多维地址协议节点。 [0043] The present disclosure includes constructing a multidimensional address of the IPv4 protocol through the tunnel, with an IPv4 header including the multidimensional address encapsulation protocol header, so the packets can Da Duowei protocol address of the IPv4 node through the network structure.

[0044] 图6示出的是多维地址协议穿越IPV4的隧道机制的数据包封装示图,其是用IPV4报头601来封装多维地址协议数据包,多维地址协数据包包括:602多维地址协议数据包报头、603子报头组合、604上层协议数据单元,通过用IPV4报头601来封装多维地址协议数据包以使多维地址协议数据包可以穿越IPV4的网络结构。 [0044] FIG. 6 shows a multidimensional address protocol through the tunnel mechanism of IPV4 packet encapsulating a diagram, which is IPV4 header 601 to encapsulate multidimensional address protocol data packet, the multidimensional address RA packet comprising: 602 multidimensional address protocol data packet header, sub-header 603 composition, upper layer protocol data unit 604, the header 601 by using IPV4 multidimensional address to encapsulate protocol data packet so that the packet protocol address of the multi-dimensional network structure can pass through the IPV4. 在IPV4报头中:IPV4协议字段的值,以特定的值表示这是一个经过封装的多维地址协议数据包。 In IPV4 header: IPV4 protocol field value, which represents a particular value is a multidimensional address protocol encapsulated data packet. 源地址和目标地址字段的值为隧道端点的IPV4地址(边界路由器的IPV4地址)。 Tunnel endpoint is the source address and destination address field of the IPV4 address (IPV4 address of the border router).

[0045] 本公开包括构建多维地址协议穿越IPv6的隧道机制,包括用IPv6报头来封装多维地址协议报头,以使数据包可以通过IPv6的网络结构到达多维地址协议节点。 [0045] The present disclosure includes constructing a multidimensional address IPv6 protocol mechanism through the tunnel, comprising a multidimensional address IPv6 header encapsulation protocol header, so the packets can Da Duowei protocol address of the IPv6 node through the network structure.

[0046] 图7示出的是,多维地址协议穿越IPV6的隧道机制的数据包封装示图,其是用IPV6的报头701来封装多维地址协议数据包,多维地址协议数据包包括:702多维地址协议数据包报头、703子报头组合、704上层协议数据单元,通过用IPV6报头701来封装多维地址协议数据包以以使多维地址协议数据包可以穿越IPV6的网络结构。 [0046] FIG. 7 shows a multidimensional address protocol through the tunnel mechanism IPV6 data packet encapsulating a diagram, which is the header 701 to encapsulate multidimensional address protocol data packet IPV6, the multidimensional address protocol data packet comprising: 702 multidimensional address protocol data packet header, sub-header 703 combination, the upper layer protocol data unit 704, by using the packet header 701 to encapsulate IPV6 multidimensional data protocol address to address so that multidimensional data packet can traverse the network protocol architecture of the IPV6. 在IPV6报头中:IPV6协议字段的值,以特定的值表示这是一个经过封装的多维地址协议数据包。 In IPV6 header: Value IPV6 protocol fields to a specific value indicates that this is a multidimensional address protocol encapsulated data packet. 源地址和目标地址字段的值为隧道端点的IPV6地址(边界路由器的IPV6地址)。 Tunnel endpoint is the source address and destination address field IPV6 address (IPV6 address edge router).

[0047] 图8示出的是多维地址协议网和IPv4网共存环境中多维地址协议网与IPv4网的网间互通的示图,在多维地址协议网802A、多维地址协议网802B与IPv4网801的网间设置支持多维地址协议/IPv4转换互通的路由资源803A、803B,通过路由资源803A、803B使分别连接于多维地址协议网802A、多维地址协议网802B的多维地址协议节点(主机)804A和804B所产生的多维地址协议数据分组穿越IPv4网络801,通过构建多维地址协议穿越IPv4隧道使节点(主机)804A和节点(主机)804B建立起可通讯的连接。 [0047] FIG. 8 shows a multidimensional address internetworking protocol network and the IPv4 network environment in coexistence with a multidimensional network address protocol IPv4 network diagram, in a multidimensional network protocol address 802A, 802B multidimensional address and network protocol IPv4 network 801 inter-network protocol setting supports multidimensional address / IPv4 conversion interworking routing resources 803A, 803B, by routing resources 803A, 803B are connected to the multi-dimensional so protocol network address 802A, 802B multidimensional address protocol network address protocol multidimensional node (host) and 804A multidimensional address 804B generated protocol data packets across the IPv4 network 801, is connected through the IPv4 tunnel protocol enables the address by constructing a multidimensional node (host) 804A and node (host) can establish a communication 804B. 所述支持多维地址协议、IPv4转换、互通的路由资源803A、803B,各自至少有一个全局唯一的IPv4地址;路由资源803A、803B周期性公告其IPv4地址,或响应查询,节点(主机)804A和节点(主机)804B可用各自所连接的边界路由器803A、803B的IPv4地址自动配置多维地址;所述自动配置多维地址包括:节点(主机)804A和节点(主机)804B可用各自的边界路由器803A、803B的全局唯一的IPv4地址构造各自的多维地址的信息维,即使多维地址信息维中包含其所连接的边界路由器的IPv4地址。 The protocol supports multidimensional address, IPv4 conversion, exchange routing resources 803A, 803B, each having at least one globally unique IPv4 address; routing resources 803A, 803B periodically advertise its IPv4 address, or a response to a query, the node (host) and 804A node (host) available border router 803A 804B are each connected, IPv4 address 803B multidimensional address auto-configuration; the multidimensional address autoconfiguration comprising: a node (host) 804A and node (host) 804B available respective border routers 803A, 803B dimensional information globally unique IPv4 address their multi-dimensional structure of the address, even though multidimensional peacekeeping address information contained in it is connected border router IPv4 address. 多维地址协议节点(主机)804A和节点(主机)804B,包括用其各自的多维地址构建多维地址协议数据包,交付各自的边界路由器803A、803B,边界路由器803A、803B边界路由器如果确定所转发的数据包需穿越IPv4网络,则将需转发的数据包805的多维地址协议报头翻译转换成IPv4报头,并用该IPv4报头对多维地址协议数据包进行封装,并转发该用IPv4报头封装的数据包。 Multidimensional Address Protocol node (host) 804A and node (host) 804B, includes constructing a multidimensional address protocol packets with their respective multidimensional address delivered respective border routers 803A, 803B, edge routers 803A, 803B border router if it is determined forwarded packets need pass through the IPv4 network, you will need to forward packets multidimensional address protocol header translator 805 is converted into the IPv4 header and the encapsulated multidimensional address protocol data packet with the IPv4 header, and forwards the use IPv4 header encapsulated packet. 当该数据包到达目标资源的边界路由器,如果该边界路由器连接的是多维地址协议网,该边界路由器就去掉封装的IPv4报头,用多维地址报头中所包含的信息交付目标资源。 When the packet reaches the target border router resources, if the border router is connected to a multi-dimensional network protocol addresses, the border router removes the IPv4 encapsulation of the header, with the target resource to deliver multidimensional address information contained in the header. 如果该边界路由器连接的是IPv4网络,则用IPv4报头中所包含的信息交付目标资源。 If the border router is connected to the IPv4 network, the delivery target resource using the IPv4 header contains. 所述支持多维地址协议、IPv4转换、互通的资源包括路由资源包括进行多维地址协议报头到IPv4报头的翻译转换和其反过程;所述多维地址协议报头到IPv4报头的翻译转换;包括将多维地址协议报头优先级字段复制到IPv4报头中的服务类型字段;将多维地址协议报头有效载荷长度字段加上多维地址协议报头长度再加上IPv4报头长度添加到IPv4报头中的总长字段;将多维地址协议报头可扩展跳限制字段复制到IPv4报头的中的生存时间字段;将路由资源的IPv4地址添加到IPv4报头中的源地址字段,如果多维地址协议报头中的目标多维地址中是一个包含有IPv4地址的多维地址,则从多维地址协议报头中的目标地址的信息维中提取IPv4地址添加到IPv4报头的中的目标地址字段;将多维地址协议数据包805用IPv4报头封装,封装成IPv4数据包,把该IPv4报头封装的多维地址协议数据包 The supports multidimensional address protocol, IPv4 conversion interworking resources include routing resources comprising a multidimensional address protocol header Translations converting the IPv4 header and its inverse process; the multidimensional address protocol header Translations converting the IPv4 header; comprises multidimensional address copy protocol header precedence field in the IPv4 header of the service type field; multidimensional address protocol header payload length field plus the multidimensional address protocol header length plus IPv4 header length added to the IPv4 header of the total length of the field; multidimensional address protocol header scalable hop limit copy field to the IPv4 header survival time field; add the IPv4 address routing resources to the source address field of the IPv4 header, if the multidimensional address protocol header goal multidimensional address is included IPv4 address multidimensional address, from the multi-dimensional information dimensional target address the address protocol header extracted IPv4 address to the destination address field of the IPv4 header; multidimensional address of the protocol data packet 805 with an IPv4 header encapsulated, encapsulated into an IPv4 packet, the IPv4 header of the encapsulated packet data protocol address of the multidimensional 传输到IPv4网中,按照IPv4网络路由到达所述IPv4节点; Transmitted to the IPv4 network, the IPv4 network in accordance with the route to the IPv4 node;

[0048] 图9示出的是多维地址协议网和IPv6网共存环境中多维地址协议网与IPv6网的网间互通的示图,在多维地址协议网902A、多维地址协议网902B与IPv6网901的网间设置支持多维地址协议/IPv6转换互通的路由资源903A、903B,通过路由资源903A、903B使分别连接于多维地址协议网902A、多维地址协议网902B的多维地址协议节点(主机)904A和904B所产生的多维地址协议数据分组穿越IPv6网络901,通过构建多维地址协议穿越IPv6隧道使节点(主机)904A和节点(主机)904B建立起可通讯的连接。 [0048] FIG. 9 shows a multidimensional address internetworking protocol network and the IPv6 network coexist multidimensional environment IPv6 network and network protocol address is a diagram, in a multidimensional network protocol address 902A, 902B multidimensional network protocol address and the IPv6 network 901 inter-network protocol setting supports multidimensional address / IPv6 conversion interworking routing resources 903A, 903B, by routing resources 903A, 903B are connected to the multidimensional address so protocol network 902A, network protocol address multidimensional node 902B multidimensional address protocol (host) and 904A multidimensional address 904B generated protocol data packet through the IPv6 network 901, is connected through the tunnel by constructing a multidimensional IPv6 protocol address of the node (host) 904A and node (host) can establish a communication 904B. 所述支持多维地址协议、IPv6转换、互通的路由资源903A、903B,各自至少有一个全局唯一的IPv6地址;路由资源903A、903B周期性公告其IPv6地址,或响应查询,节点(主机)904A和节点(主机)904B可用各自所连接的边界路由器903A、903B的IPv6地址自动配置多维地址;所述自动配置多维地址包括:节点(主机)904A和节点(主机)904B可用各自的边界路由器903A、903B的全局唯一的IPv6地址构造各自的多维地址的信息维,即使多维地址信息维中包含其所连接的边界路由器的IPv6地址。 The protocol supports multidimensional address, IPv6 conversion, exchange routing resources 903A, 903B, each having at least one globally unique IPv6 address; routing resources 903A, 903B periodically advertise its IPv6 address, or in response to a query, the node (host) and 904A node (host) available border router 903A 904B are each connected, IPv6 address autoconfiguration multidimensional address 903B; the multidimensional address autoconfiguration comprising: a node (host) 904A and node (host) 904B available respective border routers 903A, 903B dimensional information globally unique IPv6 address their multi-dimensional structure of the address, even though multidimensional peacekeeping address information contained in their border routers connected to IPv6 address. 多维地址协议节点(主机)904A和节点(主机)904B,包括用其各自的多维地址构建多维地址协议数据包,交付各自的边界路由器903A、903B,边界路由器903A、903B边界路由器如果确定所转发的数据包需穿越IPv6网络,则将需转发的数据包905的多维地址协议报头翻译转换成IPv6报头,并用该IPv6报头对多维地址协议数据包进行封装,并转发该用IPv6报头封装的数据包。 Multidimensional Address Protocol node (host) 904A and node (host) 904B, includes constructing a multidimensional address protocol packets with their respective multidimensional address delivered respective border routers 903A, 903B, edge routers 903A, 903B border router if it is determined forwarded packets need pass through the IPv6 network, then the need to forward packets multidimensional address protocol header translator 905 is converted into the IPv6 header, and encapsulated multidimensional address protocol packets using the IPv6 header, and forwards the by the IPv6 header encapsulated packet. 当该数据包到达目标资源的边界路由器,如果该边界路由器连接的是多维地址协议网,该边界路由器就去掉封装的IPv6报头,用多维地址报头中所包含的信息交付目标资源。 When the packet reaches the target border router resources, if the border router is connected to a multi-dimensional network protocol addresses, the border router removes the encapsulation of the IPv6 header, with the target resource to deliver multidimensional address information contained in the header. 如果该边界路由器连接的是IPv6网络,则用IPv6报头中所包含的信息交付目标资源。 If the border router is connected to an IPv6 network, the delivery target resource information for IPv6 header contains. 所述支持多维地址协议、IPv6转换、互通的资源包括路由资源包括进行多维地址协议报头到IPv6报头的翻译转换和其反过程;所述多维地址协议报头到IPv6报头的翻译转换;将多维地址协议报头优先级字段复制到IPv6报头中的通信流类别字段;将多维地址协议报头流标签字段复制到IPv6报头中的流标签字段;将多维地址协议报头有效载荷长度字段加上多维地址协议报头长度添加到IPv6报头中的有效载荷字段;以IPv6报头中下一个报头字段中的值表示封装的是多维地址协议数据包将多维地址协议报头可扩展跳限制字段复制到IPv6报头的中的跳限制字段;将路由资源的IPv6地址添加到IPv6报头中的源地址字段;如果多维地址协议报头中的目标多维地址中是一个包含有IPv6地址的多维地址,从多维地址协议报头中的目标地址的信息维中提取IPv6地址添加到IPv6报头的中的目 The supports multidimensional address protocol, IPv6 conversion interworking resources include routing resources comprising a multidimensional address protocol header to the IPv6 header translation transformation and its inverse process; the multidimensional address protocol packet translation conversion header into the IPv6 header; multidimensional address protocol copy the header priority field communication flow category field of the IPv6 header; copy multidimensional address protocol header flow label field to the flow label field of the IPv6 header; multidimensional address protocol header payload length field plus the multidimensional address protocol adds a header length the payload field of the IPv6 header; to header field in the IPv6 header of the next packet of package multidimensional address protocol packets multidimensional address protocol header may expand hop limit replication fields into the hop IPv6 header limit field; Add the IPv6 address routing resources to the source address field of the IPv6 header; if the multidimensional address protocol header goal multidimensional address is included multidimensional address IPv6 address from the multi-dimensional destination address address protocol header information dimension extract IPv6 address to the IPv6 header in the head 标地址字段;用IPv6报头封装多维地址协议数据包。 Address field; the packet header with the IPv6 protocol encapsulation multidimensional address. 把该IPv6报头封装多维地址协议数据包传输到IPv6网中,按照IPv6网络路由到达所述IPv6节占. The header of the encapsulated IPv6 protocol address multidimensional data packet to the IPv6 network and arriving at the section of IPv6 network routing according to IPv6 account.

[0049] 图10示出的是IPv4节点穿越多维地址协议网与多维地址协议节点通讯的环境示图,本公开还包括使IPv4节点(主机)1004A通过应用层域名代理网关1007实现与多维地址协议节点的通讯,所述应用层域名代理网关1007包括进行IPv4和多维地址域名的解析, 包括构造包含有多维地址的域名应答报文;当IPV4节点(主机)1004A需要同一个多维地址协议节点(主机)1004B通信时,IPv4节点(主机)1004A构造域名询问报文,通过支持多维地址协议/IPv4转换互通的路由资源1003A、从支持多维地址协议/IPv4的域名代理网关1007中查询多维地址协议节点(主机)1004B的多维地址,域名代理网关1007进行域名解析的过程,如果支持多维地址协议和IPv4的域名解析的代理网关1007、确定该域名对应的是多维地址,该支持多维地址协议和IPv4域名解析的代理网关1007构造包含有多维地址的域名 [0049] FIG. 10 shows an IPv4 node through the environment illustrated in FIG multidimensional address protocol network address protocol node communication multidimensional, the present disclosure further comprising 1004A achieved through the application layer domain proxy gateway 1007 multidimensional address protocol enables IPv4 nodes (hosts) communications node, the application layer proxy gateway 1007 comprises a domain name parsing multidimensional address and IPv4 domain, including the domain structure comprising a multidimensional address response message; when IPV4 node (host) need to work with a multidimensional address 1004A protocol node (host ) when 1004B communication, IPv4 node (host) 1004A construction domain name inquiry message, by supporting multidimensional address protocol / IPv4 conversion exchange of routing resources 1003A, the query multidimensional address protocol nodes from the support multidimensional address protocol domain name proxy gateway / IPv4 in 1007 ( host) multidimensional address 1004B, the domain name proxy gateway 1007 the process of domain name resolution if support multidimensional address protocol and domain name IPv4 resolution proxy gateway 1007, determined that the corresponding domain name is multidimensional address, the support multidimensional address protocol and IPv4 DNS proxy gateway 1007 configuration includes a domain name has multidimensional address 答报文,并且该应答报文的地址是用路由资源1003A的IPv4地址,将应答报文返回IPV4节点(主机)1004A ;所述应答报文中应指明所解析的地址是多维地址;所述应答报文中封装有域名代理网关1007构造的可为多维地址协议/IPv4路由器1003B路由的多维地址协议报头,该多维地址协议报头用版本字段的值的定义该报头是用于IPv4封装的报头,在该报头中目标多维地址字段为用多维地址域名所解析的多维地址,其它字段的值均为全O (该多维地址报头是一个多维地址协议报头架构,该报头中其它各字段的值,在将来,由支持多维地址协议/IPv4转换互通的路由资源1003A在转发IPV4主机1004A发送的数据分组时,将IPV4主机1004A发送的IPv4报头中的信息复制到该多维地址报头架构中,成为一个完全的多维地址协议报头)。 A packet and the reply packet routing address is the IPv4 address resource 1003A will reply from IPV4 node (host) 1004A; the response packet to be parsed specified address multidimensional address; the response packet encapsulated domain proxy gateway 1007 configured may multidimensional address protocol / IPv4 router 1003B routing multidimensional address protocol header, the multidimensional address protocol header with a defined header value of the version field for IPv4 encapsulation header, in the header of the target multidimensional address field is multidimensional address domain name resolution multidimensional address, the value of other fields are full O (the multidimensional address in the header is a multidimensional address protocol header structure, the value of the header in various other fields, in in the future, when / IPv4 conversion exchange of routing resources 1003A are grouped by the support multidimensional address protocol data sent forward IPV4 host 1004A, copy the information IPV4 host 1004A sends the IPv4 header to the multidimensional address in the header architecture, becoming a full multidimensional address protocol header).

[0050] IPV4节点(主机)1004A接收域名代理网关1007构造的包含有多维地址的应答报文,IPV4节点(主机)1004A确定域名代理网关1007解析出的地址是多维地址;IPV4节点(主机)1004A保存该多维地址协议报头架构,当IPV4节点(主机)1004A发送数据包时,其源地址是IPV4节点(主机)1004A的地址,目标地址是路由资源1003A的IPv4地址,在该IPV4报头中:在IPV4协议字段,以特定的值表示这是一个封装有多维地址协议数据报的数据包。 [0050] IPV4 node (host) 1004A receives Domain Proxy Gateway 1007 configuration response message comprises a multidimensional address, IPV4 node (host) 1004A determines Domain Proxy Gateway 1007 resolved address multidimensional address; the IPV4 node (host) 1004A save the multidimensional address protocol header structure, when IPV4 node (host) 1004A transmits a packet, whose source address is IPV4 node (host) 1004A address, the destination address is the IPv4 address routing resources 1003A, in which IPV4 header: in IPV4 protocol field indicates a specific value which is packaged with a multi-dimensional data packet protocol address of the packet. 该数据包中携带有域名代理网关1007构造多维地址协议报头架构,该数据包在IPv4网路1002A内作为输入在IPv4路由的作用下到达路由器1003A接收到该数据包后,用该数据包的IPv4报头和数据包中携带的多维地址协议报头进行用多维地址协议报头封装IPv4报头的过程,包括构造多维地址协议报头,用版本字段的值定义该多维地址协议数据包封装有IPv4报头、将IPv4报头中的服务类型字段复制到多维地址协议报头优先级字段,将流标签字段的值设置为0,将IPv4报总长度减去携带的多维地址协议报头架构的长度添加到有效载荷长度字段;多维地址协议报头中的子报头组合标识字段的值用IPv4报头中协议字段的值,将IPv4报头的中的生存时间字段复制到多维地址协议报头可扩展跳限制字段;将统一时间字段的值置为全O、将关联多维地址标记域字段的值置为全O、将路由资 After the packet carries the data with a domain name proxy gateway 1007 configured multidimensional address protocol header architecture, the packet router 1003A receives the data packet as input arrives under the action of IPv4 routes in the IPv4 network 1002A, with an IPv4 the data packet header and data packets carried in a multidimensional address protocol headers process multidimensional address protocol header encapsulating IPv4 header, including the configuration of a multidimensional address protocol header, defined by the value of the version field of the multidimensional address protocol data packets encapsulated with the IPv4 header and the IPv4 header replication service type field in the multidimensional address protocol header priority field, the value of the flow label field is 0, adding the length of the IPv4 packet total length minus carried multidimensional address protocol header architecture payload length field; multidimensional address protocol header subheader combined value identification field by the value of the IPv4 header protocol field, an IPv4 header time to live replication fields to multidimensional address protocol header may expand hop limit field; unified time field value set to all value is set to O, the associated multidimensional address tag field for the whole field of O, funded route 1003A的多维地址添加到多维地址协议报头中的源多维地址字段、目标多维地址为IPv4数据包中携带的多维地址、保留标识符标志字段的值为全O。 1003A multidimensional multidimensional address to the source address field of the multidimensional address multidimensional address protocol header, the target multidimensional address carried in the IPv4 packet, the value of the identifier flag field to retain full O. 路由资源1003A构造完成多维地址协议数据报头并用多维地址协议数据报头封装IPv4数据包,路由资源1003A把该多维地址协议报头封装的IPv4数据包传输到多维地址协议网中,按照多维地址协议网络路由到达所述多维地址协议主机(节点)1004B ;1004B接收该多维地址协议数据报检查版本字段的值,确定该数据报来源于IPv4协议节点数据包中包含有有IPv4报头信息,返回数据包时可用多维地址协议封装或/和用IPv4报头封装。 Routing resources 1003A been constructed multidimensional address protocol data packet header and a multidimensional address protocol data header encapsulated IPv4 packet, routing resources 1003A to the multidimensional address protocol header encapsulated IPv4 packet transmitted to the multidimensional address protocol network, arrive in the multidimensional address protocol network routing the protocol of the host 1004B multidimensional address (node); 1004B receives the value of a multidimensional address check packet data protocol version field, determining that the data packet from the IPv4 protocol data packet includes a node has an IPv4 header information is available when the return packet multidimensional address or protocol encapsulation / encapsulation header and IPv4. 路由器1003A在向IPv4节点(主机)1004A交付返回的多维地址协议数据包时,直接去掉多维地址协议报头,将IPv4数据包交付IPv4节点(主机)1004A,如果返回的是IPv4数据包,则直接将该数据包交付IPv4节点(主机)1004A。 Router 1003A upon delivery to the IPv4 node (host) 1004A returns multidimensional address of the protocol data packet, directly remove multidimensional address protocol header, an IPv4 packet delivery IPv4 node (host) 1004A, if the return is an IPv4 packet directly to the IPv4 packet delivery node (host) 1004A.

[0051] 图11示出的是IPv6节点穿越多维地址协议网与多维地址协议节点通讯的环境示图,本公开还包括使IPv6节点(主机)1104A通过应用层域名代理网关1107实现与多维地址协议节点的通讯,所述应用层域名代理网关1107包括进行IPv6和多维地址域名的解析,包括构造包含有多维地址的域名应答报文;当IPV6节点(主机)1104A需要同一个多维地址协议节点(主机)1104B通信时,IPv6节点(主机)1104A构造域名询问报文,通过支持多维地址协议/IPv6转换互通的路由资源1103A、从支持多维地址协议/IPv6的域名代理网关1107中查询多维地址协议节点(主机)1104B的多维地址,域名代理网关1107进行域名解析的过程,如果支持多维地址协议和IPv6的域名解析的代理网关1107、确定该域名对应的是多维地址,该支持多维地址协议和IPv6域名解析的代理网关1107构造包含有多维地址的域名应答 [0051] FIG. 11 shows an IPv6 node through the environment illustrated in FIG multidimensional address protocol network address protocol node communication multidimensional, the present disclosure further includes IPv6 nodes (hosts) 1104A through the application layer domain proxy gateway 1107 implement multidimensional address protocol communications node, the application layer proxy gateway 1107 comprises a domain name parsing multidimensional address and IPv6 domain, including the domain structure comprising a multidimensional address response message; IPV6 when the node (host) need to work with a multidimensional address 1104A protocol node (host ) when 1104B communications, IPv6 node (host) 1104A construction domain name inquiry message, by supporting multidimensional address protocol / IPv6 conversion exchange of routing resources 1103A, the query multidimensional address protocol node in 1107 from support multidimensional address protocol / IPv6 domain name proxy gateway ( host) multidimensional address 1104B, the domain name proxy gateway 1107 the process of domain name resolution, if support multidimensional address protocol and domain name IPv6 resolution proxy gateway 1107, determined that the corresponding domain name is multidimensional address, the support multidimensional address protocol and IPv6 DNS the 1107 constitution contains a proxy gateway address multi-dimensional domain response 文,并且该应答报文的地址是用路由资源1103A的IPv6地址,将应答报文返回IPV6节点(主机)1104A ;所述应答报文中应指明所解析的地址是多维地址;所述应答报文中封装有域名代理网关1107构造的可为多维地址协议/IPv6路由器1103B路由的多维地址协议报头,该多维地址协议报头用版本字段的值的定义该报头是用于IPv6封装的报头,在该报头中目标多维地址字段为用多维地址域名所解析的多维地址,其它字段的值均为全O (该多维地址报头是一个多维地址协议报头架构,该报头中其它各字段的值,在将来,由支持多维地址协议/IPv6转换互通的路由资源1103A在转发IPV6主机1104A发送的数据分组时,将IPV6主机1104A发送的IPv6报头中的信息复制到该多维地址报头架构中,成为一个完全的多维地址协议报头)。 The text, and the address of the response packet is the IPv6 address of the routing resources 1103A, the reply from the IPV6 node (host) 1104A; the response packet to be parsed specified address multidimensional address; the response message text encapsulated domain proxy gateway 1107 configured may multidimensional address protocol / IPv6 router 1103B routing multidimensional address protocol header, the multidimensional address protocol header with a defined header value of the version field for IPv6 encapsulation header, in which header goal multidimensional address field is multidimensional address domain name resolution multidimensional address, the value of other fields are full O (the multidimensional address in the header is a multidimensional header structure, header in the values ​​of other fields in the address of the agreement, in the future, IPv6 conversion exchange routing resources 1103A when forwarding IPV6 host 1104A packets sent, copy the support multidimensional address protocol / information IPv6 header IPV6 host 1104A sent to the multi-dimensional address in the header schema, become a fully multidimensional address protocol headers).

[0052] IPV6节点(主机)1104A接收域名代理网关1107构造的包含有多维地址的应答报文,IPV6节点(主机)1104A确定域名代理网关1107解析出的地址是多维地址;IPV6节点(主机)1104A保存该多维地址协议报头架构,当IPV6节点(主机)1104A发送数据包时,其源地址是IPV6节点(主机)1104A的地址,目标地址是路由资源1103A的IPv6地址,在该IPV6报头中:在IPV6协议字段,以特定的值表示这是一个封装有多维地址协议数据报的数据包。 [0052] 1104A receiving a domain name IPV6 node (host) proxy gateway 1107 configured reply messages comprises multidimensional address, IPV6 node (host) 1104A determines Domain Proxy Gateway 1107 resolved address multidimensional address; IPV6 node (host) 1104A save the multidimensional address protocol header structure, when the IPV6 node (host) 1104A transmits a packet, the source address is the IPV6 node (host) 1104A address, the destination address is the IPv6 address routing resources 1103A of the IPV6 header: in IPV6 protocol field indicates a specific value which is packaged with a multi-dimensional data packet protocol address of the packet. 该数据包中携带有域名代理网关1107构造多维地址协议报头架构,该数据包在IPv6网路1102A内作为输入在IPv6路由的作用下到达路由器1103A接收到该数据包后,用该数据包的IPv6报头和数据包中携带的多维地址协议报头进行用多维地址协议报头封装IPv6报头的过程,包括构造多维地址协议报头,用版本字段的值定义该多维地址协议数据包封装有IPv6报头、将IPv6报头中的通讯流类别字段复制到多维地址协议报头优先级字段;将IPv6报头中的流标签字段的值复制到多维地址协议报头流标签字段;将IPv6报有效载荷长度字段减去携带的多维地址协议报头架构的长度,再加上IPv6报头长度,添加到多维地址协议报头的有效载荷长度字段;多维地址协议报头中的子报头组合标识字段的值用IPv6报头中下一个报头字段的值确定;将IPv6报头的中的跳限制字段的值复制到多维地址 After the packet carries the data with a domain name proxy gateway 1107 configured multidimensional address protocol header architecture, the packet as an input router 1103A receives the packet arrives under the action of the IPv6 routing in IPv6 network 1102A, with IPv6 data packet header and data packets carried in a multidimensional address protocol headers process multidimensional address protocol header encapsulated IPv6 header including configuration multidimensional address protocol header, defined by the value of the version field of the multidimensional address protocol packets encapsulated IPv6 header and the IPv6 header the communication flow copy category field to multidimensional address protocol header priority field; copy of the IPv6 header flow label field to the multidimensional address protocol header flow label field; the IPv6 packet payload length field minus the multidimensional address protocol carried length of the header architecture, coupled with the IPv6 header length added to the multidimensional address protocol header, a payload length field; next header field with the IPv6 header values ​​head assembly identifier field multidimensional address protocol header subheader is determined; and copy the value of the hop limit field in the IPv6 header to address the multi-dimensional 协议报头可扩展跳限制字段;将统一时间字段的值置为全O、将关联多维地址标记域字段的值置为全O、将路由资源1103A的多维地址添加到多维地址协议报头中的源多维地址字段、目标多维地址为IPv6数据包中携带的多维地址、保留标识符标志字段的值为全 Protocol header may expand hop limit field; the value is set to uniform the time field for the whole O, the associated multidimensional address tag domain field value set to all O, add routing resources 1103A multidimensional address to the source multidimensional address protocol header multidimensional address field, the target address is multi-dimensional multidimensional address carried in the IPv6 packet, the identifier flag field is reserved full

O。 O. 路由资源1103A构造完成多维地址协议数据报头并用多维地址协议数据报头封装IPv6数据包,路由资源1103A把该多维地址协议报头封装的IPv6数据包传输到多维地址协议网中,按照多维地址协议网络路由到达所述多维地址协议主机(节点)1104B ;1104B接收该多维地址协议数据报检查版本字段的值,确定该数据报来源于IPv6协议节点数据包中包含有IPv6报头信息,返回数据包时可用多维地址协议封装或/和用IPv4报头封装。 Routing resources 1103A been constructed multidimensional address protocol data packet header and a multidimensional address protocol data header encapsulating IPv6 packets, routing resources 1103A to the multidimensional address protocol header encapsulated IPv6 packet to the multidimensional address protocol network, arrive in the multidimensional address protocol network routing available multidimensional address 1104B receives the address value of the multi-dimensional data packet protocol version field inspection, determined that the data packet from node IPv6 protocol IPv6 data packet comprises header information, return packets; protocol address of the multidimensional hosts (nodes) 1104B or encapsulation / encapsulation header and IPv4. 路由器1103A在向IPv6节点(主机)1104A交付返回的多维地址协议数据包时,直接去掉多维地址协议报头,将IPv6数据包交付IPv6节点(主机)1104A,如果返回的是IPv6数据包,则直接将该数据包交付IPv6节点(主机)1104A。 Router 1103A upon delivery to IPv6 nodes (hosts) 1104A returns multidimensional address of the protocol data packet, directly remove multidimensional address protocol header, the IPv6 packet delivery IPv6 node (host) 1104A, if the return is an IPv6 packet directly to the packet delivery IPv6 node (host) 1104A.

[0053] 本公开为了清楚的说名本发明,上述各实施例是将多维地址协议穿越IPv4隧道,多维地址协议穿越IPv6隧道,以及IPv4协议穿越多维地址隧道、IPv6协议穿越多维地址隧道、分开列举说明的,应当理解,上述各实施例可以由多协议(IPv4/IPv6/多维地址协议)路由资源综合实现。 [0053] The present disclosure for clarity, said names of the present invention, the above-described embodiments are multidimensional address protocol through the IPv4 tunnel, the multidimensional address protocol through the IPv6 tunnel, and the IPv4 protocol through a multidimensional address of the tunnel, IPv6 protocol through the multidimensional address of the tunnel, separately include illustration, it should be understood that the above embodiments may be (IPv4 / IPv6 / multidimensional address protocol) implemented by the integrated multi-protocol routing resources.

[0054] 本公开的多维地址协议网与IPv4网或IPv6网的网间互通还包括:多维地址协议和IPv4、IPv6的共存机制, [0054] The present multidimensional address internetworking protocol IPv6 network and the IPv4 network or the public network further comprising: a multidimensional address coexistence mechanisms and protocols IPv4, IPv6, and

[0055] 图12示出的是IPV4和多维地址协议双栈结构的格式,它即包含IPv4的网络层1202,又包括多维地址协议的网络层协议1204,其即可以与IPv4节点通信,又可与多维地址协议的多维资源通信。 [0055] FIG. 12 shows a multi-dimensional format and IPV4 protocol address of the dual-stack structure, i.e. it contains the IPv4 network layer 1202, and a multidimensional address including a network layer protocol 1204 protocol, i.e. it can communicate with the IPv4 node, but also communication protocol address resources and multi-dimensional multi-dimensional. 双栈包含不同的主机到主机的运输层协议实现方案,诸如:1203.IPV4的TCP和UDP,以及1205.多维地址协议的多维地址传输控制协议和多维地址简单数据报协议。 Dual-stack contains a different host to host transport layer protocol implementation, such as: 1203.IPV4 of the UDP and TCP, Transmission Control Protocol address and multidimensional and multi-dimensional multidimensional address protocol address 1205. simple datagram protocol. 基于双栈结构的实现方案的所有应用层协议1206,都可以通过IPV4网络、多维统一网或者多维统一网穿越IPV4的隧道进行通信,1201示出的是由低层网络定义的协议。 All application layer protocols based implementation of dual-stack structure 1206, are available through a network IPV4, unified network or multi-dimensional multi-dimensional unified network communicate through the tunnel IPV4, 1201 is shown by the lower layer protocol defined for the network.

[0056] 图13示出的是IPV6和多维地址协议双栈结构格式。 [0056] FIG. 13 shows a dual-stack protocol IPV6 address and multidimensional structure format. 它即包含IPV6的网络层1302,又包括多维地址协议的网络层协议1304,其即可与IPV6节点通信,又可以与多维地址协议的多维资源通信。 I.e., it contains the 1302 IPV6 network layer, and comprising a multidimensional address protocol network layer protocol 1304, which can communicate with the node IPV6, and can communicate with the multi-dimensional multi-dimensional resource protocol address. 双栈包含不同的主机到主机的运输层协议实现方案。 Dual-stack contains a different host to host transport layer protocol implementations. 诸如:1303.IPV6的TCP和UDP,以及1305.多维地址协议的多维地址传输控制协议和多维地址简单数据报协议。 Such as: 1303.IPV6 TCP and UDP, the Transmission Control Protocol and address the multi-dimensional and multi-dimensional multi-dimensional address protocol address 1305. simple datagram protocol. 基于双栈结构格式的实现方案的所有应用层协议1306,都可以通过IPV6网络、多维统一网或者多维统一网穿越IPV6的隧道进行通信,1301示出的是由低层网络定义的协议。 All application layer protocols based implementation of dual-stack structure format 1306, are available through IPV6 network, unified network or multi-dimensional multi-dimensional network through the tunnel the IPV6 unified communication, 1301 is shown by the lower layer protocol defined for the network.

[0057] 上述所有实施例的描述中示出的是作为本发明的较佳实施例,本发明还可以有其它的实施例,即在不脱离本发明范围的情况下可进行修改,应当理解这里公开的是优选的实施例,上述的方法步骤中,可以存在除了这里所例示的以外还可以有许多变化,具体的应当理解到,可以改变执行某些步骤的顺序,某些步骤是可选的,或者可以按照与这里描述的不同的方式被执行,并且某些步骤可以被组合。 [0057] All the above described embodiments as shown in the preferred embodiment of the present invention, the present invention is capable of other embodiments, i.e., without departing from the scope of the present invention can be modified, it will be appreciated that where disclosed is a preferred embodiment, the above-described method step, there may be illustrated herein except that there may be many changes, particularly to be understood, the order of execution of certain steps may be changed, some of the steps may be optional , or it may be performed in different ways described herein, and certain steps may be combined. 应当理解各实施例只是示范性的不应当作为对我们发明范围的限制,而是应视为凡是落入权利要求范围和其等同物的范围和精神内的所有实施例都是我们的发明。 It should be understood that the embodiments are merely exemplary and should not be taken as limiting the scope of our invention, but should be regarded as falling within the claims are all our invention and the scope and range of equivalents of all embodiments within the spirit.

Claims (1)

1. 一种多维地址协议网与IPv4网或IPv6网的网间互通的方法,其特征在于:包括-在多维地址协议网与IPv4网或IPv6网的网间设置支持多维地址协议的边界路由器,该边界路由器支持IPv4或IPv6和多维地址协议的转换和网间互通; -建立IPv4网和多维地址协议网间的可通讯连接,或-建立IPv6网和多维地址协议网间的可通讯连接; 其中,所述建立IPv4网和多维地址协议网的可通讯连接具体包括: 所述边界路由器至少有一个全局唯一的IPv4地址; 所述边界路由器公告该IPv4地址; 主机用该全局唯一的IPv4地址自动配置多维地址,S卩:使所述多维地址信息维中包含有该IPv4地址; 主机用所述多维地址构建多维地址协议数据包,交付所述边界路由器; 若所述边界路由器确定所述数据包需穿越IPv4网络,则将所述数据包的多维地址协议报头翻译转换成IPv4报头,具体包括: 将 A multidimensional address or network protocol IPv4 network and an IPv6 network Interworking method is characterized in that: a - Set border router protocol support multidimensional address multidimensional address internetwork protocol IPv6 network and the IPv4 network or the network, the border router supports IPv4 or IPv6 switching and internetworking protocols and multidimensional address; - the establishment of a multi-dimensional IPv4 network address and protocol inter-network communication can be connected, or - an IPv6 network address protocol and multi-dimensional inter-network communication can be connected; wherein the IPv4 network and establishing a multi-dimensional network protocol addresses in the communication connection comprises: said border router has a globally unique IPv4 address of at least; the border router advertisement of the IPv4 address; host automatically configures with the globally unique IPv4 address multidimensional address, S Jie: dimension of said multidimensional address information contains the IPv4 address; host build multidimensional data packet protocol address of the multidimensional address is used to deliver the border router; determining if the border router of the data packet for an across the IPv4 network, the packet will be multidimensional address translation protocol header is converted into the IPv4 header, specifically comprising: 维地址协议报头优先级字段复制到IPv4报头中的服务类型字段; 将多维地址协议报头有效载荷长度字段加上多维地址协议报头长度再加上IPv4报头长度添加到IPv4报头中的总长字段; 将多维地址协议报头可扩展跳限制字段复制到IPv4报头的中的生存时间字段; 将所述边界路由器的IPv4地址添加到IPv4报头中的源地址字段; 如果多维地址协议报头中的目标多维地址是一个包含有IPv4地址的多维地址,则从多维地址协议报头中的目标地址的信息维中提取IPv4地址添加到IPv4报头的中的目标地址字段; 用IPv4报头封装多维地址协议数据包; 所述建立IPv6网和多维地址协议网的可通讯连接具体包括: 所述边界路由器至少有一个全局唯一的IPv6地址; 所述边界路由器公告该IPv6地址; 主机用该全局唯一的IPv6地址自动配置多维地址,即:使所述多维地址信息维中包含有该 Dimensional address protocol packet reproducing head priority field to the service type field of the IPv4 header; multidimensional address protocol header payload length field plus the multidimensional address protocol header length plus IPv4 header length added to the Total Length field in the IPv4 header; multidimensional address protocol header may expand the hop limit field is copied into the IPv4 header in the time to live field; adding an IPv4 address of the border router to the source address field of the IPv4 header; if the target multidimensional address multidimensional address protocol header is a comprising an IPv4 address multidimensional address, from the multi-dimensional information dimensional target address the address protocol header extracted IPv4 address to the destination address field of the IPv4 header; packet with an IPv4 header encapsulation multidimensional address protocol; the establishing IPv6 network and a communications network connecting the multidimensional address protocol comprises: said border router has a globally unique IPv6 address at least; the border router advertisement to the IPv6 address; host multidimensional address autoconfiguration using the globally unique IPv6 address, namely: that the the multidimensional address information includes the dimension IPv6地址; 主机用所述多维地址构建多维地址协议数据包,交付所述边界路由器; 若所述边界路由器确定所述数据包需穿越IPv6网络,则将所述数据包的多维地址协议报头翻译转换成IPv6报头,具体包括: 将多维地址协议报头优先级字段复制到IPv6报头中的通信流类别字段; 将多维地址协议报头流标签字段复制到IPv6报头中的流标签字段; 将多维地址协议报头有效载荷长度字段加上多维地址协议报头长度添加到IPv6报头中的有效载荷字段; 以IPv6报头中下一个报头字段中的值表示封装的是多维地址协议数据包; 将多维地址协议报头可扩展跳限制字段复制到IPv6报头的中的跳限制字段; 将所述边界路由器的IPv6地址添加到IPv6报头中的源地址字段; 如果多维地址协议报头中的目标多维地址是一个包含有IPv6地址的多维地址,则从多维地址协议报头中的目标地 IPv6 address; host address constructed using the multi-dimensional multi-dimensional data packet protocol address, the delivery of the border router; border router determines if the packet needs to pass through the IPv6 network, the multidimensional address protocol header translation then converts the data packet an IPv6 header, comprises: copying the multidimensional address protocol header priority field communication flow category field of the IPv6 header; copy multidimensional address protocol header flow label field to the flow label field of the IPv6 header; multidimensional address protocol header effective payload length field plus the multidimensional address protocol header length added to the payload field of the IPv6 header; the value in the IPv6 header next header field indicates that the package is a multidimensional address protocol packet; multidimensional address protocol header may expand hop limit copy field to the hop IPv6 header limit field; the border router IPv6 address to the source address field of the IPv6 header; if the target multidimensional address multidimensional address protocol header is a comprising a multidimensional address of the IPv6 address, multidimensional address from the protocol header destination 的信息维中提取IPv6地址添加到IPv6报头的中的目标地址字段;用IPv6报头封装多维地址协议数据包。 Dimension information extracted IPv6 address to the destination address field of the IPv6 header; packet header with the IPv6 protocol encapsulation multidimensional address. · ·
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