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    • 2. 发明申请
    • Sharing voice application processing via markup
    • 通过标记共享语音应用程序处理
    • US20070143113A1
    • 2007-06-21
    • US11312300
    • 2005-12-20
    • Amit NanavatiNitendra Rajput
    • Amit NanavatiNitendra Rajput
    • G10L15/18
    • G10L15/30G06F17/2705G10L15/00G10L15/01
    • A system is described for processing voice applications comprising a client device (10) having associated data indicative of its computing capability. The system has access to a plurality of scripts specifying tasks to be performed in a voice-based dialog between a user and the system. The scripts are interpretable at a browser level. A server (20) selects an appropriate script for the client device (10) based on the associated data. An interpreter layer processes the selected script to determine a first set of instructions to be performed on the client device (10) and a second set of instructions to be performed on the server (20) for the dialog. Computation is thus shared between the client device and the server based on the computational capability of the client.
    • 描述了一种用于处理语音应用的系统,包括具有指示其计算能力的相关联数据的客户端设备(10)。 系统可以访问指定要在用户和系统之间的基于语音的对话中执行的任务的多个脚本。 脚本在浏览器级别可解释。 服务器(20)基于相关联的数据为客户端设备(10)选择适当的脚本。 解释器层处理所选择的脚本以确定要在客户端设备(10)上执行的第一组指令以及要在对话的服务器(20)上执行的第二组指令。 因此,基于客户机的计算能力,在客户端设备和服务器之间共享计算。
    • 3. 发明申请
    • Call flow modification based on user situation
    • 根据用户情况调用流程修改
    • US20070140183A1
    • 2007-06-21
    • US11303431
    • 2005-12-16
    • Amit NanavatiNitendra Rajput
    • Amit NanavatiNitendra Rajput
    • H04Q7/24
    • H04M3/4938H04M2242/15H04W8/18
    • The call flow of a user is modified based on the user's situation. A set of context-specific information regarding a user is collected, without prompting the user for this context-specific information within a call with the user. For instance, the context-specific information can include locational information regarding the user, weather information at the current location of the user, traffic information at the user's current location, proximity information of the user to a given transportation mode (airport, train station, and so on), as well as user preferences information. The situation of the user is determined based on the set of context-specific information collected, and the call flow of voice prompts to the user within the call is modified based on the situation determined.
    • 基于用户的情况修改用户的呼叫流程。 收集关于用户的一组上下文特定信息,而不用提示用户在与用户的呼叫中的该上下文特定信息。 例如,上下文特定信息可以包括关于用户的位置信息,用户当前位置的天气信息,用户当前位置处的交通信息,用户对给定交通模式的接近信息(机场,火车站, 等等),以及用户偏好信息。 基于所收集的上下文特定信息的集合确定用户的情况,并且基于所确定的情况来修改呼叫内的用户的语音提示的呼叫流程。
    • 4. 发明申请
    • Optimal clustering of master-slave ad-hoc wireless network
    • 主从Ad-hoc无线网络的最优聚类
    • US20050063313A1
    • 2005-03-24
    • US09898162
    • 2001-07-03
    • Amit NanavatiKannan BalajiSanjiv Kapoor
    • Amit NanavatiKannan BalajiSanjiv Kapoor
    • H04L12/28H04L12/56
    • H04W92/02H04W84/18
    • The present invention relates to a system and method for optimal clustering of master-slave ad-hoc wireless network for minimizing the number of masters and thereby the number of communication hops. It comprises assigning master or slave status to each node and connecting slave nodes to master nodes to form subgroups based on defined optimization parameters and the constraints and characteristics of the network. After that said subgroups are interconnected to form a single cluster either by connecting a slave node at the boundary of one subgroup to the master of an adjacent subgroup where possible, or by connecting two adjacent master nodes together or by converting a slave node at the boundary to a master and linking it to the slave nodes or master nodes in the adjacent subgroups.
    • 本发明涉及一种用于最大限度地减少主机数量,从而最小化通信跳数的主从自组织无线网络的最优聚类的系统和方法。 它包括将主节点或从属节点分配给每个节点,并将从节点连接到主节点,以根据定义的优化参数以及网络的约束和特征形成子组。 之后,所述子组通过将一个子组的边界处的从节点连接到可能的相邻子组的主节点,或者通过将两个相邻的主节点连接在一起或通过在边界处转换从节点来互连以形成单个集群 并将其链接到相邻子组中的从节点或主节点。
    • 5. 发明申请
    • Selection of web services by service providers
    • 服务提供商选择Web服务
    • US20070016573A1
    • 2007-01-18
    • US11183058
    • 2005-07-15
    • Amit NanavatiArchan MisraDipanjan ChakrabortySuraj Jaiswal
    • Amit NanavatiArchan MisraDipanjan ChakrabortySuraj Jaiswal
    • G06F17/30
    • G06F17/3089G06Q10/06G06Q10/0633H04L67/16
    • A Web services-oriented service provider middleware architecture and implementation is provided that integrates the performance monitoring of individual CPs, along with other dynamic contextual conditions, in the automatic selection of appropriate CPs. In the architecture, a CP's performance is evaluated not only in terms of network or service-level parameters, but also via other business processes (e.g., complaint handling). The selection of multiple Web services occurs through an initial filtering of a set of feasible workflows for each task depending on business agreements and end user needs, and a subsequent dynamic context-based selection of the most appropriate workflow. A workflow filtering and ranking engine uses metarules to guide the optimisation process and help in selecting and ranking the feasible workflows. The component services in the workflows are evaluated by evaluator processes of information sources. The workflow engine outputs the workflows in their preference ranking. At runtime, if the workflow and/or its components meet all the runtime requirements (performance, for example), then the workflow is selected and executed.
    • 提供了面向Web服务的服务提供商中间件架构和实现,将各个CP的性能监视以及其他动态上下文条件集成在自动选择适当的CP中。 在架构中,CP的性能不仅在网络或服务级别参数方面进行评估,还可以通过其他业务流程(例如投诉处理)进行评估。 多个Web服务的选择通过根据业务协议和最终用户需求对每个任务的一组可行工作流进行初始过滤,以及对最合适的工作流的后续动态上下文选择。 工作流过滤和排名引擎使用Metarules来指导优化过程,并帮助选择和排名可行的工作流程。 工作流中的组件服务由信息源的评估程序进行评估。 工作流引擎以其偏好排名输出工作流程。 在运行时,如果工作流和/或其组件满足所有运行时需求(例如性能),则选择并执行工作流。
    • 8. 发明申请
    • On-demand and incremental application adaptation
    • 按需和增量应用程序的适应
    • US20050125510A1
    • 2005-06-09
    • US10729300
    • 2003-12-05
    • Ashish KunduAmit Nanavati
    • Ashish KunduAmit Nanavati
    • G06F9/44G06F9/45G06F15/177G06F17/30
    • G06F8/433G06F17/30902
    • Components of an application that may be requested by a user in the future are identified and adapted for operation with a device of the user in response to a request for a component of the application by the user. Optionally, only the requested and identified components are adapted for operation with the requesting device, which may enable component adaptation within a specified maximum time period. A reachability analysis may be performed to identify components reachable from the requested component and components that are within a specified distance of the requested component may be identified or selected. The identified components may further be selected or identified based on historical request patterns relating to the application.
    • 响应于用户对应用的组件的请求,识别适合用户将来请求的应用的组件,以适应用户的设备的操作。 可选地,仅请求和识别的组件适于与请求设备一起操作,这可以使得在指定的最大时间段内的组件适配。 可以执行可达性分析以识别从所请求的组件可访问的组件,并且可以识别或选择在所请求组件的指定距离内的组件。 可以基于与应用相关的历史请求模式进一步选择或识别所识别的组件。
    • 9. 发明授权
    • Pointing device having selection buttons operable from movement of a palm portion of a person's hands
    • 指点装置具有可从人的手的手掌部分的移动中操作的选择按钮
    • US06181322B2
    • 2001-01-30
    • US08966373
    • 1997-11-07
    • Amit Nanavati
    • Amit Nanavati
    • G09G500
    • G06F3/03543G06F2203/0333
    • A mouse for use with an automatic data processing system having a display device for displaying objects. The mouse is configured to be operated by movement of an operator's hand and includes a positioning system for controlling a position of a pointer within the display device of the automatic data processing system. The mouse also includes a selection button for selecting an object displayed within the display device and which is pointed to by the pointer. The selection button is configured to generate a signal to be processed by the automatic data processing system. The selection button is operable in accordance with movement of a palm section of the operator's hand.
    • 一种用于具有用于显示对象的显示装置的自动数据处理系统的鼠标。 鼠标被配置为通过操作者的手的移动来操作,并且包括用于控制指示器在自动数据处理系统的显示装置内的位置的定位系统。 鼠标还包括用于选择显示在显示设备内并由指针指向的对象的选择按钮。 选择按钮被配置为生成要由自动数据处理系统处理的信号。 选择按钮可以根据操作者的手的手掌部分的移动来操作。