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    • 1. 发明授权
    • Inter-cache protocol for improved WEB performance
    • 缓存间协议,提高WEB性能
    • US5787470A
    • 1998-07-28
    • US733485
    • 1996-10-18
    • Antonio DeSimoneDavid Hilton ShurSandeep Sibal
    • Antonio DeSimoneDavid Hilton ShurSandeep Sibal
    • G06F12/00G06F13/00G06F17/30H04L29/06
    • G06F17/30067H04L29/06
    • On the Internet, different caches may contain copies of objects that have been copied from originating servers when they were accessed by users. Interconnected caches may have different objects stored thereon that might at some time be requested by a client terminal that is connected to a cache other than the one on which the object is stored. Rather than awaiting a request for a particular object and then querying each neighbor cache to determine whether a copy of the requested object is stored thereon, and then downloading the requested object if it is found, information about the contents of the neighbor caches is exchanged between these caches so that when a request for an object is received, the object can be retrieved from the cache in which it is stored. In the alternative, the object may be retrieved from the originating server if, for example, the object stored in a cache is stale based on the date and time it was last modified in the cache.
    • 在互联网上,不同的缓存可能包含当用户访问时从源服务器复制的对象的副本。 互连缓存可以具有存储在其上的不同对象,其可能在某时被被连接到除了存储对象的缓存之外的高速缓存的客户终端请求。 而不是等待对特定对象的请求,然后查询每个相邻缓存以确定所请求对象的副本是否被存储在其上,然后下载所请求的对象,如果找到,则关于邻居缓存的内容的信息在 这些缓存使得当接收到对象的请求时,可以从存储对象的高速缓存中检索对象。 在替代方案中,如果例如基于上次在高速缓存中修改的日期和时间,存储在高速缓存中的对象是否陈旧,则可以从始发服务器检索该对象。
    • 4. 发明授权
    • Method for managing multicast addresses for transmitting and receiving
multimedia conferencing information on an internet protocol (IP) network
    • 用于管理用于在因特网协议(IP)网络上发送和接收多媒体会议信息的多播地址的方法
    • US6011782A
    • 2000-01-04
    • US848456
    • 1997-05-08
    • Antonio DeSimoneJoseph GolanAshok K. KuthyarBryant Richard ParentRam S. RamamurthyDavid Hilton Shur
    • Antonio DeSimoneJoseph GolanAshok K. KuthyarBryant Richard ParentRam S. RamamurthyDavid Hilton Shur
    • H04L12/18H04L29/06H04L12/16
    • H04L12/1822H04L69/162H04L12/1818H04L69/16
    • In a multicast capable IP network, each client terminal on a multimedia conference, for each media type it transmits, is assigned a multicast IP address and a port number (together known as a socket) on which to transmit packets, wherein each assigned multicast IP address is unique and different than the multicast IP address assigned to any other client for any media type. Each client terminal then selects, for each media type, which clients on the conference it wants to receive packets from. Only packets that are in fact requested by a client are routed over the multicast IP network to the requesting client. When a conference originator establishes the conference, a number of multicast IP addresses are allocated for later assignment to the clients during the conference. As each client joins the conference, it is assigned a multicast IP address from the allocated group for each media type it will transmit. Those assigned addresses are then marked as unavailable for assignment to any other client that subsequently joins the conference. When the original client later exits the conference, its assigned multicast IP address(es) is (are) marked as available for assignment to a later joining client. At the conclusion of the conference, all multicast IP addresses allocated to the conference are marked as available for use in another conference.
    • 在具有多路广播能力的IP网络中,对于其发送的每种媒体类型,在多媒体会议上的每个客户端被分配有在其上传送分组的多播IP地址和端口号(一起称为套接字),其中每个分配的多播IP 地址是唯一的,不同于为任何媒体类型分配给任何其他客户端的组播IP地址。 然后,每个客户端终端针对每种媒体类型选择要在其上接收分组的会议上哪些客户端。 事实上客户端请求的报文只能通过组播IP网络路由到请求客户端。 当会议发起人建立会议时,会议期间分配多个组播IP地址供以后分配给客户端。 随着每个客户端加入会议,从被分配的组中为其将要传输的每个媒体类型分配一个多播IP地址。 那些分配的地址然后被标记为不可用于分配给随后加入会议的任何其他客户端。 当原始客户端稍后退出会议时,其分配的多播IP地址被标记为可用于分配给稍后加入的客户端。 在会议结束时,分配给会议的所有组播IP地址都被标记为可用于另一个会议。
    • 5. 发明授权
    • Server to cache protocol for improved web performance
    • 服务器缓存协议以改善Web性能
    • US6112231A
    • 2000-08-29
    • US179735
    • 1998-10-27
    • Antonio DeSimoneSandeep Sibal
    • Antonio DeSimoneSandeep Sibal
    • G06F12/00G06F13/00G06F17/30
    • G06F17/30902Y10S707/99953
    • On the Internet (106), rather than retrieving a frequently requested Web object from its originating server (105) in response to a request from a client terminal (101, 102), the object rather can be retrieved from a cache (103) within the Internet Access Service Provider (IASP) (104), which connects the client terminal to the Internet. What is stored in the cache may, however, not be the most recent version of the object. Distinct from providing the Web object itself, information about changes to the object is provided by the server in response to a cache request that is asynchronous to a request from a client for the object. Such information about changes to an object includes the date and time when the object was last modified, the byte size of the modified object, and information on the type of content of the object. After receiving this information about changes to an object, the cache may then request that a copy of the object be downloaded to it.
    • 在因特网(106)上,响应于来自客户终端(101,102)的请求,不是从其起始服务器(105)检索频繁请求的Web对象,而是可以从内部的高速缓存(103)中检索对象 互联网接入服务提供商(IASP)(104),其将客户终端连接到因特网。 然而,缓存中存储的内容可能不是对象的最新版本。 提供Web对象本身不同,服务器提供有关对象更改的信息,以响应与客户端对该对象的请求异步的缓存请求。 关于对对象的更改的这种信息包括对象被上次修改的日期和时间,修改的对象的字节大小以及关于对象的内容类型的信息。 在接收到有关对象的更改的信息之后,缓存可以请求将对象的副本下载到其上。
    • 6. 发明授权
    • Server to client cache protocol for improved web performance
    • 服务器到客户端缓存协议,以提高Web性能
    • US6138141A
    • 2000-10-24
    • US733486
    • 1996-10-18
    • Antonio DeSimoneSandeep Sibal
    • Antonio DeSimoneSandeep Sibal
    • G06F12/00G06F13/00G06F17/30
    • G06F17/30902Y10S707/99953
    • On the Internet (106), rather than retrieving a frequently requested Web object from its originating server (105) in response to a request from a client terminal (101, 102), the object rather can be retrieved from a cache (103) within the Internet Access Service Provider (IASP) (104), which connects the client terminal to the Internet. What is stored in the cache may, however, not be the most recent version of the object. Distinct from providing the Web object itself, information about changes to the object is provided by the server in response to a cache request that is asynchronous to a request from a client for the object. Such information about changes to an object includes the date and time when the object was last modified, the byte size of the modified object, and information on the type of content of the object. After receiving this information about changes to an object, the cache may then request that a copy of the object be downloaded to it.
    • 在因特网(106)上,响应于来自客户终端(101,102)的请求,不是从其起始服务器(105)检索频繁请求的Web对象,而是可以从内部的高速缓存(103)中检索对象 互联网接入服务提供商(IASP)(104),其将客户终端连接到因特网。 然而,缓存中存储的内容可能不是对象的最新版本。 提供Web对象本身不同,服务器提供有关对象更改的信息,以响应与客户端对该对象的请求异步的缓存请求。 关于对对象的更改的这种信息包括对象被上次修改的日期和时间,修改的对象的字节大小以及关于对象的内容类型的信息。 在接收到有关对象的更改的信息之后,缓存可以请求将对象的副本下载到其上。
    • 8. 发明授权
    • Anonymous voice communication using on-line controls
    • 使用在线控制的匿名语音通信
    • US06175619B1
    • 2001-01-16
    • US09111672
    • 1998-07-08
    • Antonio DeSimone
    • Antonio DeSimone
    • H04M342
    • H04M7/00H04M3/42008H04M3/46H04M7/12H04M2203/4536Y10S379/90
    • A system and method for providing anonymous voice communications using the telephone network under the direction of an on-line data network. A call broker receives call setup information from on-line session participants, such as chat room participants, after providing callback telephone numbers and, as appropriate, billing information. In one illustrative embodiment, a user (the call initiator) present in a chat room session establishes a data connection to a telephone company site using, e.g., an Internet web browser to establish a Call Broker session. The Call Broker then provides session information (such as a telephone company URL) and a Participant Authorization Code (PAC), which information is passed to a selected chat participant in the current chat room. When the chosen participant uses the received URL to access the telephone company site, and enters the received participant code and a call-back number, the telephone company completes voice links to the initiator and the selected participant and bridges these links together. Other embodiments permit adding additional parties, and engaging the chat server to negotiates with the Call Broker to establish a PAC that is made available to all chat participants. These and other embodiments of the present invention permit participants in an on-line chat or similar text-based session to retain their anonymity while extending their communications to voice calls.
    • 一种用于在在线数据网络的指导下使用电话网络提供匿名语音通信的系统和方法。 呼叫代理在提供回叫电话号码之后,并且酌情接收计费信息,从在线会话参与者(例如聊天室参与者)接收呼叫建立信息。 在一个说明性实施例中,存在于聊天室会话中的用户(呼叫发起者)使用例如因特网网络浏览器建立到电话公司站点的数据连接,以建立呼叫代理会话。 呼叫代理随后提供会话信息(例如电话公司URL)和参与者授权码(PAC),该信息被传递到当前聊天室中的所选聊天参与者。 当所选择的参与者使用接收的URL访问电话公司站点,并且输入接收到的参与者代码和回叫号码时,电话公司完成到发起者和所选择的参与者的语音链接,并将这些链接桥接在一起。 其他实施例允许添加附加方,并且使聊天服务器与呼叫代理商进行协商以建立向所有聊天参与者提供的PAC。 本发明的这些和其它实施例允许在线聊天或类似的基于文本的会话的参与者在将其通信扩展到语音呼叫的同时保持其匿名性。