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    • 1. 发明申请
    • Method providing distribution means for reference clocks across packetized networks
    • 分组网络的参考时钟分配方法
    • US20040264478A1
    • 2004-12-30
    • US10781165
    • 2004-02-18
    • Zarlink Semiconductor Inc.
    • Robertus Laurentius Van Der ValkWillem L. Repko
    • H04L012/56H04J003/06
    • H04J3/0664H04J3/0641
    • Disclosed is a method of distributing a number of reference clocks across a packet network. The packet network has a master node and one or more slave nodes, the master node and each slave node having basis clocks. A sender sends time-stamped synchronization packets to said one or more slave nodes, and a receiver at the slave nodes receives the time-stamped synchronization packets and synchronizes the basis clocks in the slave nodes with the basis clock in the master node. Multiple reference clocks are encoded with respect to the basis clock in the master node to generate numerical information describing the reference clock(s) in relation to the basis clock in the master node. The basis clock in each of the slave node is synchronized to the basis clock in the master node using time-stamped synchronization packets. The one or more reference clocks are recovered at the slave nodes using said numerical information describing the reference clock(s) in relation to the basis clock in the master node.
    • 公开了一种在分组网络上分发多个参考时钟的方法。 分组网络具有主节点和一个或多个从节点,主节点和每个从节点具有基时钟。 发送方向所述一个或多个从节点发送时间戳的同步分组,并且从节点处的接收机接收时间戳同步分组,并使从节点中的基时钟与主节点中的基本时钟同步。 多个参考时钟相对于主节点中的基本时钟被编码,以产生描述与主节点中的基准时钟相关的参考时钟的数字信息。 每个从节点中的基准时钟使用时间戳同步数据包同步到主节点中的基本时钟。 使用描述与主节点中的基本时钟相关的参考时钟的数字信息,在从节点处恢复一个或多个参考时钟。
    • 2. 发明申请
    • Voice notice relay service method and apparatus
    • 语音通知中继服务方式和设备
    • US20040258217A1
    • 2004-12-23
    • US10851149
    • 2004-05-24
    • Ki Chul Kim
    • H04M001/64H04J003/06
    • H04M3/493
    • Disclosed herein is a relay service method for voice notice and a computer system for executing the same. In the present invention, a relay service company receives basic data for ARS voice notice from a user company, converts the basic data into a standardized markup language format, and transmits the markup language data to a communication network company, and the communication network company interprets the transmitted markup language data using a markup language interpreter, calls a customer, and executes a scenario. Accordingly, the various functions of a markup language can be utilized, high costs required for user companies to construct ARS voice notice systems, respectively, can be reduced, and a constructed ARS voice notice system can be utilized effectively.
    • 这里公开了一种用于语音通知的中继服务方法和用于执行该语音通知的计算机系统。 在本发明中,中继服务公司从用户公司接收用于ARS语音通知的基本数据,将基本数据转换为标准化标记语言格式,并将标记语言数据发送给通信网络公司,通信网络公司解释 使用标记语言解释器发送的标记语言数据,呼叫客户并执行场景。 因此,可以利用标记语言的各种功能,可以减少用户公司分别构建ARS语音通知系统所需的高成本,并且可以有效地利用构建的ARS语音通知系统。
    • 3. 发明申请
    • Location service support for distributed bts architecture
    • 分布式bts架构的定位服务支持
    • US20040258100A1
    • 2004-12-23
    • US10487907
    • 2004-04-13
    • Arto JanttiTimo Nasakkala
    • H04J003/06
    • H04W88/085
    • There is disclosed, in a communication system comprising a receiver and a plurality of sub-receivers, wherein signals received at each sub-receiver are forwarded to the receiver, a method for determining at which one of the plurality of sub-receivers a signal received at the receiver is received from, comprising: allocating a time delay to each sub-receiver; delaying a signal received at each sub-receiver by the corresponding time delay; and determining the presence of a received signal in a time window associated with each time delay, wherein a signal received in a time window associated with a particular time delay is determined to have been received by the corresponding sub-receiver.
    • 在包括接收机和多个子接收机的通信系统中公开了其中在每个子接收机处接收到的信号被转发到接收机的方法,用于确定多个子接收机中的哪个接收机接收到的信号 在接收机处接收到,包括:向每个子接收机分配时间延迟; 将在每个子接收机处接收的信号延迟相应的时间延迟; 以及在与每个时间延迟相关联的时间窗中确定接收信号的存在,其中在与特定时间延迟相关联的时间窗中接收到的信号被确定为已被相应的子接收机接收。
    • 7. 发明申请
    • Method and apparatus for channel sharing between multiple communication systems
    • 用于多个通信系统之间信道共享的方法和装置
    • US20040233888A1
    • 2004-11-25
    • US10440761
    • 2003-05-19
    • Jeffrey D. BontaThomas V. D'AmicoGeorge Calcev
    • H04Q007/00H04J003/06
    • H04W16/14H04W72/06H04W72/08H04W76/14
    • Remote units within a first communication system (121) utilizes frequencies (channels) from a second communication system (120) when placing a call. When a first remote unit (106) wants to call a second remote unit (107) using the channels, the first remote unit sends a base station (103) a list of top N traffic channel blocks from the second communication system along with the identity of the second remote unit. The base station then pages the second remote unit using a signaling channel reserved by second system. The second remote unit responds to the page with its list of best traffic channel blocks/chunks. The base station then picks the best overlap of idle channels from the list received by the remote units, and sends the list to the remote units instructing them use those traffic channels. Once the remote units receive the available channels, they can begin their call.
    • 当发出呼叫时,第一通信系统(121)内的远程单元利用来自第二通信系统(120)的频率(信道)。 当第一远程单元(106)希望使用信道呼叫第二远程单元(107)时,第一远程单元从第二通信系统向基站(103)发送前N个业务信道块的列表以及该标识 的第二个远程单元。 然后,基站使用由第二系统保留的信令信道对第二远程单元进行寻呼。 第二个远程单元利用其最佳业务信道块/块的列表来响应该页面。 然后,基站从远程单元接收到的列表中选择空闲信道的最佳重叠,并将该列表发送给指示他们使用这些业务信道的远程单元。 一旦遥控单元收到可用频道,便可开始通话。
    • 9. 发明申请
    • Method to enable simultaneous connections to multiple wireless networks using a single radio
    • 使用单个无线电同时连接到多个无线网络的方法
    • US20040218580A1
    • 2004-11-04
    • US10428218
    • 2003-05-02
    • Microsoft Corporation
    • Paramvir BahlPradeep BahlRanveer Chandra
    • H04J003/06
    • H04W8/245H04J3/0641H04J3/0658H04W8/22H04W48/18H04W88/06
    • A system and method that allows a user to concurrently connect to multiple wireless networks with a single network interface card is presented. The networks may be infrastructure (nullISnull) networks and ad hoc (nullAHnull) networks. A driver is inserted into a device's networking stack and exposes a plurality of virtual wireless network adapters, one for each network. The adapters are enabled and disabled in accordance with which network is presently activated. Packets for a network are queued when the network is not enabled. The wireless driver controls the switching of the network card. In one embodiment where multiple wireless cards are switching in and out of AH networks, the method converges the switching times for the cards in an AH network to ensure concurrent connectivity in the AH network for at least a brief time period every switching cycle of the wireless cards.
    • 提出了允许用户使用单个网络接口卡同时连接到多个无线网络的系统和方法。 网络可以是基础设施(“IS”)网络和特设(“AH”)网络。 将驱动程序插入到设备的网络堆栈中,并暴露多个虚拟无线网络适配器,每个网络一个。 根据当前激活的网络,启用和禁用适配器。 当网络未启用时,网络的数据包将排队。 无线驱动程序控制网卡的切换。 在多个无线卡正在进出AH网络的一个实施例中,该方法收敛在AH网络中的卡的切换时间,以确保AH网络中的并发连接在无线的每个切换周期的至少短时间段内 牌。
    • 10. 发明申请
    • Transmission of large volumes of data via asynchronous interfaces in circuits with redundancy concept of the checker-master type
    • 通过异步接口在电路中传输大量数据,具有检查器 - 主机类型的冗余概念
    • US20040208202A1
    • 2004-10-21
    • US10488321
    • 2004-02-27
    • Franz HechfellnerRainer Vetter
    • H04J003/06
    • G06F11/1679
    • The invention concerns a method for transmitting large volumes of data via an asynchronous interface in a redundancy circuit of the checker-master type. The invention is characterized in that the data are transmitted on the basis of the type and volume of data to be transmitted, in accordance with different transmission cycles, whereof the operation is fixed and provided by means of finite state automatons (FSM) on both sides of the interface. Said FSM can control the management of the data on data buses whereof the number and size are random. On each of said buses, the data are stably maintained on the output side until they can be securely managed on the input side. Said concept enable transmission of a random number of data at every following phase until the cycle is completed.
    • 本发明涉及一种用于通过检验器 - 主类型的冗余电路中的异步接口传送大量数据的方法。 本发明的特征在于,根据不同的传输周期,根据要发送的数据的类型和数量来传输数据,其中操作是固定的,并且通过两侧的有限状态自动机(FSM)提供 的界面。 所述FSM可以控制数据总线上数据和大小随机的数据的管理。 在每个所述总线上,数据被稳定地保持在输出侧,直到它们在输入侧被可靠地管理为止。 所述概念使得能够在每个后续阶段传输随机数的数据,直到循环完成。