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    • 2. 发明申请
    • Method and Apparatus for Load Balancing in Network Based Telephony Based On Call Length
    • 基于呼叫长度的基于网络的电话中负载平衡的方法和装置
    • US20090287846A1
    • 2009-11-19
    • US12122997
    • 2008-05-19
    • Arun Kwangil IyengarHongbo JiangErich Miles NahumWolfgang SegmullerAsser Nasreldin TantawiCharles P. Wright
    • Arun Kwangil IyengarHongbo JiangErich Miles NahumWolfgang SegmullerAsser Nasreldin TantawiCharles P. Wright
    • G06F15/173
    • H04L67/1002H04L65/1006
    • Techniques are disclosed for load balancing based on call length in networks such as those networks handling telephony applications. By way of example, one method for directing requests associated with calls to servers in a system comprised of a network routing calls between at least one caller and at least one receiver wherein the network comprises a load balancer sending requests to a plurality of servers comprises the following steps. A first request of a call is received. A server s1 is selected to receive the request based on an estimated duration of the call. Another method for directing requests associated with calls to servers in a system comprised of a network routing calls between at least one caller and at least one receiver wherein the network comprises a load balancer sending requests to a plurality of servers comprises the following steps. Information is maintained regarding load assigned to a plurality of servers. A first request of a call is received. A server s1 is selected to receive the request based on the maintained information. The request is sent to server s1. The information regarding load is updated based on an estimated length of the call.
    • 公开了基于诸如处理电话应用的那些网络的网络中的呼叫长度的负载平衡的技术。 作为示例,一种用于将与呼叫相关联的请求定向在由至少一个呼叫者和至少一个接收者之间的网络路由呼叫组成的系统中的服务器的方法,其中网络包括向多个服务器发送请求的负载均衡器包括 以下步骤。 接收到第一个呼叫请求。 服务器s1被选择为基于所述呼叫的估计持续时间接收请求。 另一种用于将与呼叫相关联的请求定向到由至少一个呼叫者和至少一个接收者之间的网络路由呼叫组成的系统中的服务器,其中所述网络包括向多个服务器发送请求的负载均衡器包括以下步骤。 维护分配给多个服务器的负载的信息。 接收到第一个呼叫请求。 选择服务器s1以基于维护的信息接收请求。 请求发送到服务器s1。 基于呼叫的估计长度来更新关于负载的信息。
    • 3. 发明授权
    • Noise suppressing turbofan nozzles and method
    • 噪音抑制涡轮风扇喷嘴及方法
    • US4288984A
    • 1981-09-15
    • US943973
    • 1978-09-19
    • Waman V. BhatCharles P. Wright
    • Waman V. BhatCharles P. Wright
    • F02K1/38F02K1/44F02K1/46F02K3/06
    • F02K1/386F02K1/44
    • Noise perceived below a turbofan is reduced by providing a thicker fan flow below the turbofan primary exhaust flow than is present in conventional turbofans having generally circular and concentric fan and exhaust flows. To thicken the fan flow, the exhaust nozzle is offset upward in the fan nozzle, or the exhaust nozzle discharge end is canted to offset the exhaust flow upward, or the exhaust nozzle is flattened to a generally rectangular or an elliptical shape having a major horizontal axis. In any of these cases, the thickness of the fan flow below the primary exhaust flow is increased and less noise is perceived below the turbofan than if circular concentric fan and exhaust flows were produced. In one embodiment a noise-suppressing thickened fan flow is used in combination with a conventional noise-suppressing multilobe or multitube mixing nozzle to further reduce noise perceived below the turbofan.
    • 通过在涡轮风扇初级排气流下方提供比现有的具有大致圆形和同心风扇和排气流的常规涡轮风扇中更厚的风扇流,减少了涡轮风扇以下的噪音。 为了使风扇流动变厚,排气喷嘴在风扇喷嘴中向上偏移,或者排气喷嘴排出端倾斜以将排气向上偏移,或者排气喷嘴平坦化为具有主要水平的大致矩形或椭圆形 轴。 在任何这些情况下,如果产生圆形同心风扇和排气流,则风扇流量低于主排气流量的厚度增加,噪音低于涡轮风扇。 在一个实施例中,噪声抑制增厚的风扇流与传统的噪声抑制多叶或多管混合喷嘴结合使用,以进一步降低在涡轮风扇下方感知到的噪音。
    • 9. 发明授权
    • Virtual presence server
    • 虚拟在线服务器
    • US08447808B2
    • 2013-05-21
    • US12233795
    • 2008-09-19
    • Arup AcharyaNilanjan BanerjeeDipanjan ChakrabortyKoustuv DasguptaArchan MisraXiping WangCharles P. Wright
    • Arup AcharyaNilanjan BanerjeeDipanjan ChakrabortyKoustuv DasguptaArchan MisraXiping WangCharles P. Wright
    • G06F15/16G06F15/173
    • H04L67/24
    • Techniques are disclosed for generating and managing presentities in accordance with a virtual presence server. By way of example, a method for requesting information from at least one server comprises the following steps. A client request, which expresses a request that can not be satisfied by a single existing presentity, is obtained at an intermediate server, wherein the intermediate server operates as a virtual presence server. The virtual presence server (i.e., intermediate server) creates a set of software objects for a virtual presentity, the set of objects embodying logic to combine presence information from one or more of existing presentities and external information sources, in accordance with at least one existing presence server. The virtual presence server creates an association between the request of the client and the created virtual presentity that allows the presence information to be propagated back to the client.
    • 公开了根据虚拟呈现服务器来生成和管理节目的技术。 作为示例,用于从至少一个服务器请求信息的方法包括以下步骤。 在中间服务器处获得表示单个现有存在不能满足的请求的客户端请求,其中中间服务器作为虚拟呈现服务器操作。 虚拟呈现服务器(即,中间服务器)为虚拟存在体创建一组软件对象,所述一组对象体现逻辑以根据至少一个现有的现有存在和外部信息源组合来自一个或多个现有存在和外部信息源的存在信息 存在服务器。 虚拟呈现服务器在客户端的请求和创建的虚拟呈现之间建立关联,从而允许将呈现信息传播回客户端。