会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Apparatus and method for testing the administration of network based
supplementary services
    • 用于测试基于网络的补充业务管理的装置和方法
    • US5883883A
    • 1999-03-16
    • US731791
    • 1996-10-18
    • Albert D. BakerCharles L. DavidsonEllen Eng
    • Albert D. BakerCharles L. DavidsonEllen Eng
    • H04Q11/04H04L12/16
    • H04Q11/045
    • Whether or not the provisioning of a given BRI is properly administered is determined by providing a collection of processes which exercise the known network provided supplementary services in a predetermined fashion. Specifically, a predetermined, i.e., algorithmic, process is employed to examine an administration database to determine which DSLs are to support supplementary services and, then, the process invokes a plurality of processes which attempt to activate the expected supplementary service. The basic mode of operation is to generate a connectivity context in which the supplementary service can be invoked and, then, cause the service to be invoked. ISDN messages are transmitted to the network over the D channel of the given BRI both to establish the service context and, then, to invoke the supplemental service. By analyzing the processes and ISDN messages the system can determine if the desired supplementary services are available, and the results of the analysis are recorded and made available to an operator.
    • 通过提供以预定方式行使已知网络提供的补充服务的过程集合来确定给定BRI的供应是否被适当地管理。 具体地,采用预定的即算法的过程来检查管理数据库以确定哪些DSL支持补充服务,然后该过程调用尝试激活预期补充服务的多个进程。 基本的操作模式是生成连接上下文,在该连接上下文中可以调用补充服务,然后引起服务的调用。 ISDN消息通过给定BRI的D信道传输到网络,以建立服务上下文,然后调用补充服务。 通过分析流程和ISDN消息,系统可以确定所需的补充服务是否可用,分析结果被记录并提供给运营商。
    • 3. 发明授权
    • Logical star topologies for non-star networks
    • 非星型网络的逻辑星形拓扑
    • US07269177B2
    • 2007-09-11
    • US10298704
    • 2002-11-18
    • Albert D. Baker
    • Albert D. Baker
    • H04L12/28H04L12/56
    • H04L12/44
    • A logical star architecture imposed on an underlying non-star network, for example a Virtual Path Ring (VPR), enhances a mesh protocol with an automatic method for Virtual Path ID (VPI) generation. The VPIs are used by the mesh protocol's inherent routing function to effect automatic configuration at installation, automatic reconfiguration at node updates, and automatic reconfiguration for protection switching. The imposition of the logical star architecture on a VPR reduces node-to-node switching costs (e.g., delay, as well as memory and processing costs) since all nodes in a logical star topology are at most two logical hops away. The logical star also conserves virtual path address space relative to a fully configured ring. Additionally, the imposition of the logical star architecture allows existing star functions to be deployed on the underlying network. Finally, when the underlying architecture is a ring, the protection advantages of ring networks can be preserved.
    • 强制在基础非星形网络(例如虚拟路径环(VPR))上的逻辑星型架构通过虚拟路径ID(VPI)生成的自动方法增强了网格协议。 网络协议的固有路由功能使用VPI来实现安装时的自动配置,节点更新时的自动重新配置以及保护倒换的自动重新配置。 由于逻辑星形拓扑中的所有节点至多有两个逻辑跳,所以在VPR上施加逻辑星型架构降低了节点到节点的切换成本(例如,延迟以及存储器和处理成本)。 逻辑星还相对于完全配置的环保存虚拟路径地址空间。 另外,逻辑星型架构的实施允许现有的星型功能部署在底层网络上。 最后,当底层架构是一个环时,可以保护环网的保护优势。
    • 4. 发明授权
    • Methods and apparatus for improved transmission of voice information in packet-based communication systems
    • 用于改进基于分组的通信系统中语音信息传输的方法和装置
    • US06519259B1
    • 2003-02-11
    • US09252252
    • 1999-02-18
    • Albert D. BakerAnthony J. SpagnoloRichard SzajdeckiCraig P. Wierzbicki
    • Albert D. BakerAnthony J. SpagnoloRichard SzajdeckiCraig P. Wierzbicki
    • H04J316
    • H04M7/125H04L1/0014H04L1/0025H04L12/5601H04L2012/5636H04L2012/5671H04L2012/5679H04M7/0072
    • A packet-based communication system includes a transmitter which configures multiple channels of encoded voice information for transmission through the system to a receiver. In an illustrative embodiment, the transmitter determines a total number of active channels to be coded at each of a number of different available code rates, within a specified bandwidth constraint. The transmitter assigns the code rates to the active channels in accordance with a code rate assignment technique, such that the bandwidth constraint is satisfied for a defined time period, e.g., a voice channel sample period. The code rate assignment technique may be, e.g., a random rate assignment technique, a round robin rate assignment technique, or an oldest talking channel to lowest rate assignment technique. The transmitter generates packets for a given one of the active channels, encoded at a corresponding assigned code rate, such that a time period between consecutive packets generated for that channel is substantially constant for the duration of a voice call associated therewith.
    • 基于分组的通信系统包括发射机,其配置用于通过系统传输到接收机的编码语音信息的多个信道。 在说明性实施例中,发射机在指定的带宽约束内,以多个不同的可用码率中的每一个确定要编码的有效信道的总数。 发射机根据码率分配技术将码率分配给活动信道,使得在规定的时间段(例如语音信道采样周期)中满足带宽约束。 码率分配技术可以是例如随机速率分配技术,轮询率分配技术或最低速率分配技术的最旧通话信道。 发射机产生用于给定一个有效信道的数据包,以对应的分配码率进行编码,使得在与该信道相关联的语音呼叫的持续时间内为该信道生成的连续分组之间的时间段基本上是恒定的。
    • 8. 发明授权
    • Feature access control in a display-based terminal environment
    • 基于显示的终端环境中的功能访问控制
    • US06567075B1
    • 2003-05-20
    • US09272957
    • 1999-03-19
    • Albert D. BakerChristine CookJames Cheng-ping LiuStephen M. MiltonDavid Graham Neale
    • Albert D. BakerChristine CookJames Cheng-ping LiuStephen M. MiltonDavid Graham Neale
    • G06F314
    • H04M1/7258
    • Feature access control is provided for soft-labeled keys (SLKs) of a wireless terminal or other type of terminal in a communication system. In an illustrative embodiment, a different set of SLK label identifiers are associated in a control table with each state in a set of states of the terminal. Each of the label identifiers specifies a label to be associated with a given one of the SLKs in a given one of the states. The label identifiers are used as pointers into a label table which specifies, for each of the label identifiers, a corresponding label for one of the SLKs. The control table and label table together implement a bidirectional mapping between single switch-based features and corresponding multiple state-based appearances of those features on the terminal. The control table and label table may be downloaded into the terminal from a switch of the system. The SLK labels of the terminal may be updated by, e.g., transmitting to the terminal a state identifier, an identifier of a most-recently activated feature, and a presentation attribute for that feature.
    • 为通信系统中的无线终端或其他类型的终端的软标签密钥(SLK)提供特征访问控制。 在说明性实施例中,不同的SLK标签标识符集合在控制表中与终端的一组状态中的每个状态相关联。 每个标签标识符指定要在给定的一个状态中与给定的一个SLK相关联的标签。 标签标识符用作标签表中的指针,该标签表针对每个标签标识符指定一个SLK的对应标签。 控制表和标签表一起实现了基于单个交换机的功能和终端上这些功能的相应的多个基于状态的外观之间的双向映射。 控制表和标签表可以从系统的开关下载到终端中。 可以通过例如向终端发送状态标识符,最近激活的特征的标识符以及该特征的呈现属性来更新终端的SLK标签。
    • 9. 发明授权
    • Communication system enabling external control of system terminals
    • 通讯系统可实现对系统端子的外部控制
    • US5530807A
    • 1996-06-25
    • US502546
    • 1995-07-14
    • Albert D. BakerHeribert J. BlachRamesh Caberwal
    • Albert D. BakerHeribert J. BlachRamesh Caberwal
    • H04L29/02H04M11/00H04Q3/545H04Q11/04G06F13/00
    • H04Q11/0428
    • A communication system enables a system controller to allocate to a first system endpoint (e.g., application processor) control over one or more components of a second system endpoint (e.g., terminal). In response to a valid control request signal received from the first endpoint identifying one or more components at the second endpoint over which control is requested, the controller sends an acknowledgment signal to the first endpoint indicating that control over the identified component(s) has been allocated to the first endpoint. In response to the acknowledgment signal, an endpoint interface enables the first endpoint to directly communicate with the second endpoint using a first endpoint originated control signal which simulates a controller originated control signal for controlling the identified components at the second endpoint. The controller then inhibits itself from controlling the identified component(s) at the second endpoint during the time when the first endpoint has been allocated to control over the identified component(s).
    • 通信系统使得系统控制器可以向第一系统端点(例如,应用处理器)分配对第二系统端点(例如,终端)的一个或多个组件的控制。 响应于从第一端点接收到的有效控制请求信号,其识别在请求控制的第二端点处的一个或多个组件,控制器向第一端点发送确认信号,指示对已识别组件的控制已被 分配给第一个端点。 响应于确认信号,端点接口使得第一端点能够使用模拟控制器发起的控制信号的第一端点起始控制信号来直接与第二端点进行通信,以控制在第二端点处识别的组件。 然后,控制器在第一端点被分配用于控制所识别的组件的时间期间禁止自己控制在第二端点处的所识别的组件。
    • 10. 发明授权
    • State-based control of a terminal user interface containing soft-labeled keys
    • 包含软标签键的终端用户界面的状态控制
    • US06903728B1
    • 2005-06-07
    • US09272956
    • 1999-03-19
    • Albert D. BakerJames Cheng-Pin Liu
    • Albert D. BakerJames Cheng-Pin Liu
    • G06F3/023G09G5/00H04M1/725
    • G06F3/0238H04M1/7258
    • Soft-labeled keys (SLKs) of a wireless terminal or other type of terminal in a communication system are controlled in an efficient manner using a state-based control model. In an illustrative embodiment, a state machine is generated such that each state in the state machine specifies a set of labels for a corresponding set of soft-labeled keys associated with the wireless terminal. At least a portion of the state machine is downloaded from a switch of the system, and processed to generate a display including a given one of the sets of labels. The state machine may be in the form of a state transition table which includes, for each state, (i) a set of labels for the set of soft-labeled keys, (ii) a set of feature identifiers, e.g., system codes, each identifying, for a given one of the labels, a particular feature supported by the switch, and (iii) a next state which is entered when the corresponding soft-labeled key is selected by the user. After a given one of the soft-labeled keys is selected by a user, the corresponding feature identifier is transmitted from the wireless terminal to the switch. The state transition table may also support a local mode in which selecting a particular SLK in a given state causes the terminal to execute a specified local program, after which the terminal returns to the given state. Updating of the display may be controlled locally by the wireless terminal, or by the switch sending an indication of the next state to the wireless terminal.
    • 使用基于状态的控制模型以有效的方式控制通信系统中的无线终端或其他类型的终端的软标签密钥(SLK)。 在说明性实施例中,生成状态机,使得状态机中的每个状态指定与无线终端相关联的对应的一组软标记键的一组标签。 状态机的至少一部分从系统的切换器下载,并被处理以生成包括给定的一组标签的显示器。 状态机可以是状态转换表的形式,其对于每个状态包括(i)用于所述一组软标记的键的一组标签,(ii)一组特征标识符,例如系统代码, 每个标识对于给定的一个标签,由开关支持的特定特征,以及(iii)当用户选择相应的软标签的密钥时输入的下一状态。 在由用户选择给定的一个软标签的密钥之后,将相应的特征标识符从无线终端发送到交换机。 状态转换表还可以支持在给定状态下选择特定SLK的本地模式使得终端执行指定的本地程序,之后终端返回给定状态。 显示器的更新可以由无线终端本地控制,或者由交换机向无线终端发送下​​一状态的指示。