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    • 3. 发明授权
    • Synchronizing method for SDH systems as well as method of and circuit
arrangement for identifying different data structures
    • 用于SDH系统的同步方法以及用于识别不同数据结构的方法和电路布置
    • US5251239A
    • 1993-10-05
    • US690165
    • 1991-04-22
    • Karl-Albert TurbanLothar Krank
    • Karl-Albert TurbanLothar Krank
    • H04J3/00H04J3/06H04L7/04H04L7/08H04L7/06
    • H04J3/0608H04L7/048
    • A method is disclosed for synchronizing a system frame-structured in accordance with a digital synchronous hierarchy, particularly as specified in CCITT G.708. In a hunt mode, one frame sync word is detected, and then a first pointer (AU-4) is read which is spaced a predetermined distance from the sync word and addresses a cell-structured data area (VC4). Then the headers of the ATM cells in the data area, which are addressed via the pointer, are decoded, and if x successive correct cell headers are decoded, a transition to the sync state takes place. If data structures of an SDH system or a purely cell-structured transmission of ATM cells have to be identified, an incoming bit sequence is checked for a predetermined frame sync word (SDH frame) and then for code words representing regularly inserted cell headers, and a change to either a frame sync mode or a cell sync mode takes place.
    • 公开了一种用于使根据数字同步层级结构化的系统同步的方法,特别是如CCITT G.708中所规定的。 在寻线模式中,检测到一帧同步字,然后读取与同步字隔开预定距离的第一指针(AU-4),并寻址小区结构数据区(VC4)。 然后,经由指针寻址的数据区域中的ATM信元的报头被解码,并且如果x个连续的正确信元报头被解码,则发生向同步状态的转变。 如果必须识别SDH系统的数据结构或纯信元结构的ATM信元传输,则对预定的帧同步字(SDH帧)检查输入比特序列,然后检查表示规则插入的信元头的代码字,以及 发生帧同步模式或单元同步模式的改变。
    • 4. 发明授权
    • Network node for switching digital information of different protocol types
    • 用于切换不同协议类型的数字信息的网络节点
    • US06842451B2
    • 2005-01-11
    • US09729776
    • 2000-12-06
    • Karl-Albert Turban
    • Karl-Albert Turban
    • H04L12/64H04L12/931H04L12/933H04L12/935H04Q11/04H04L12/50
    • H04L49/604H04L12/6402H04L49/1515H04L49/1553H04L49/30H04L49/45H04L49/606H04Q11/0478
    • A network node (10) for switching digital information of different protocol types is described. A plurality of modules (12-x, 13-x, 14-x) are provided which are arranged in an input stage (12), a central stage (13) and an output stage (14). Each module (12-x) of the input stage (12) is connected to each module (13-x) of the central stage (13) and each module (13-x) of the central stage (13) is connected to each module (14-x) of the output stage (14). A standard interface (15) for all protocol types is in each case provided between the input stage (12) and the central stage (13) and between the central stage (13) and the output stage (14). Each of the modules (13-x) of the central stage (13) is designed for one protocol type. The interfaces (15) comprise means for forwarding information as a function of the protocol type to a module (13-x) of the central stage (13) adapted thereto.
    • 描述用于切换不同协议类型的数字信息的网络节点(10)。 设置有多个模块(12-x,13-x,14-x),其布置在输入级(12),中央级(13)和输出级(14)中。 输入级(12)的每个模块(12-x)连接到中央级(13)的每个模块(13-x),并且中央级(13)的每个模块(13-x)连接到每个 模块(14-x)。 在每种情况下,在输入级(12)和中央级(13)之间以及中央级(13)和输出级(14)之间提供所有协议类型的标准接口(15)。 中央级(13)的每个模块(13-x)被设计用于一种协议类型。 接口(15)包括用于将信息作为协议类型的函数转发到适于其的中央级(13)的模块(13-x)的装置。
    • 6. 发明授权
    • Method of transmitting a concatenated signal
    • 发送级联信号的方法
    • US06678475B1
    • 2004-01-13
    • US09612250
    • 2000-07-07
    • Karl-Albert TurbanBernd X. Weis
    • Karl-Albert TurbanBernd X. Weis
    • H04J1402
    • H04J3/1611H04J14/02H04J2203/0094
    • A method of transmitting a concatenated signal consisting of at least two component signals over an optical network comprising at least three network elements (1, 2, 3, 7, 8, 9, 10) is disclosed in which at least two component signals are transmitted on at least two different wavelengths, and in which the component signals are assigned to the wavelengths for each section between two network elements (1, 2, 3, 7, 8, 9, 10) in such a way as to minimize differential delays between the component signals for a predetermined receiving location. Concatenated transmission capacity can be allocated even if it is no longer available on one wavelength as a coherent whole.
    • 公开了一种通过包括至少三个网络元件(1,2,3,7,8,9,10)的光网络发送由至少两个分量信号组成的级联信号的方法,其中至少两个分量信号被传输 在至少两个不同的波长上,并且其中分量信号被分配给两个网络元件(1,2,3,7,8,9,10)之间的每个部分的波长,以便最小化两个网络元件 分量信号用于预定的接收位置。 即使在一个波长上不再可用于连贯的整体,也可以分配连续的传输容量。
    • 7. 发明授权
    • Chip card
    • 芯片卡
    • US5586166A
    • 1996-12-17
    • US516896
    • 1995-08-18
    • Karl-Albert Turban
    • Karl-Albert Turban
    • G06K19/00G06K19/07G07F7/10H04M1/247H04M1/675H04M1/725H04M3/42H04M15/00H04W88/02H04M1/64H04L9/00H04Q7/04
    • H04M3/42G06K19/07G06Q20/341G06Q20/3578G07F7/1008H04M1/675H04W88/02H04M1/72519H04M2250/14H04M3/42229
    • A first chip card is provided for use in a telecommunications terminal which is connected in a telecommunications network. The first chip card exchanges signaling and data directly with the telecommunications network at the telecommunications terminal. The first chip card includes a signaling and dam processor for processing the signaling and data exchanged with the telecommunications network and a signaling and data memory for storing signaling and data received from the telecommunications network and for storing signaling and data processed by the signaling and data processor. A telecommunications protocol processor of the first chip card processes multiple telecommunications protocols including both telecommunications protocols for radios and telecommunications protocols for wired communications. When the first chip card is inserted in the telecommunications terminal, the functionality of the telecommunications terminal is solely determined by the first chip card. A plurality of chip cards may be inserted in the telecommunications terminal, and the first chip card is further capable of checking whether at least one further chip card is inserted in the telecommunications terminal. The first chip card is also capable of exchanging signaling and data with another chip card in the telecommunications terminal.
    • 第一芯片卡被提供用于在电信网络中连接的电信终端中。 第一芯片卡直接与电信终端的电信网络交换信令和数据。 第一芯片卡包括用于处理与电信网络交换的信令和数据的信令和大坝处理器,以及用于存储从电信网络接收的信令和数据的信令和数据存储器,以及用于存储由信令和数据处理器处理的信令和数据 。 第一芯片卡的电信协议处理器处理多个电信协议,包括用于无线电的电信协议和用于有线通信的电信协议。 当第一芯片卡插入电信终端时,电信终端的功能仅由第一芯片卡确定。 可以在电信终端中插入多个芯片卡,并且第一芯片卡还能够检查至少一个另外的芯片卡是否插入电信终端中。 第一芯片卡还能够与电信终端中的另一芯片卡交换信令和数据。
    • 8. 发明授权
    • Transport of concatenated containers in a synchronous information transmission network
    • 在同步信息传输网络中传输级联容器
    • US06700900B1
    • 2004-03-02
    • US09559187
    • 2000-04-27
    • Karl-Albert Turban
    • Karl-Albert Turban
    • H04J322
    • H04Q11/0478H04J3/1611H04J2203/0094
    • According to the ITU recommendations for SDH or SONET, a payload exceeding the transmission capacity of the largest virtual container can be divided over several concatenated virtual containers. According to a method for the transmission of such a payload via a synchronous information transmission network (NET), the payload is divided into blocks and the individual blocks are packed into virtual containers (VC4), each of which has a path overhead and a payload field, and are transported as a virtual concatenation in at least one transport module. A pointer (Z) that points to the next virtual container in the concatenation is inserted in the path overhead of all virtual containers (VC4) except the last virtual container in the concatenation. This makes it possible to change the number of concatenated virtual containers (VC4) during a connection.
    • 根据国际电联对SDH或SONET的建议,超过最大虚拟容器的传输容量的有效载荷可以划分为多个级联的虚拟容器。 根据用于经由同步信息传输网络(NET)传输这种有效载荷的方法,有效载荷被划分成块,并且各个块被打包到虚拟容器(VC4)中,每个虚拟容器具有路径开销和有效载荷 字段,并且在至少一个传输模块中作为虚拟级联传送。 指向连接中的下一个虚拟容器的指针(Z)将插入除了连接中的最后一个虚拟容器之外的所有虚拟容器(VC4)的路径开销中。 这使得可以在连接期间改变级联的虚拟容器(VC4)的数量。