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    • 2. 发明授权
    • Broadcasting messages in a distributed processing system
    • 在分布式处理系统中广播消息
    • US4818984A
    • 1989-04-04
    • US935402
    • 1986-11-26
    • Shih-Jeh ChangRichard T. EmeryShafik J. HakimJen-Lie HoPaul E. JanssenCarol M. McCullagh
    • Shih-Jeh ChangRichard T. EmeryShafik J. HakimJen-Lie HoPaul E. JanssenCarol M. McCullagh
    • G06F15/16H04L12/18H04Q3/545H04Q11/04H04J3/16H04Q5/02
    • H04L12/1868G06F15/161H04L12/1881H04Q3/5455H04L12/1886
    • A method and apparatus for transmitting messages from one processor to a plurality of other processors in a distributed processing system having no hardware message broadcast facilities. The transmitting processor includes a broadcast program process for controlling the transmission of any messages destined for a plurality of other processors. Different client processes in the transmitting processor request the broadcast process to transmit a broadcast message. The single broadcast process controls the number of individual messages which are sent out sequentially to each of the receiving processors in such a way as to ensure that the broadcast messages do not interfere with other message traffic that frequently has tighter delivery time requirements. The broadcast process transmits the broadcast messages to each of the plurality of recipient processors without waiting for acknowledgment response messages from any of these processors. The broadcast process collects received acknowledgment response messages and informs the client process of the summarized response results.
    • 一种用于在没有硬件消息广播设施的分布式处理系统中将消息从一个处理器发送到多个其他处理器的方法和装置。 发送处理器包括用于控制发往多个其他处理器的任何消息的传输的广播节目处理。 发送处理器中的不同客户端进程请求广播过程来发送广播消息。 单个广播过程控制以每个接收处理器顺序发送的各个消息的数量,以确保广播消息不干扰频繁具有更紧密的传送时间要求的其他消息业务。 广播过程将广播消息发送到多个接收者处理器中的每一个,而不用等待来自任何这些处理器的确认响应消息。 广播过程收集接收到的确认响应消息,并向客户端进程通知总结的响应结果。
    • 3. 发明授权
    • Directory number translation in a distributed control switching system
    • 分布式控制交换系统中的目录号码转换
    • US4683584A
    • 1987-07-28
    • US699463
    • 1985-02-07
    • Shih-Jeh ChangRichard T. EmeryShafik J. Hakim
    • Shih-Jeh ChangRichard T. EmeryShafik J. Hakim
    • H04Q3/545H04Q3/72H04Q3/76H04Q11/04H04Q3/47
    • H04Q11/0407
    • A distributed control switching system where the system control units cooperatively perform the terminating port determination function. In particular, the directory number translation function is done in a manner allowing flexibility in assigning directory numbers to switching system ports but minimizing the magnitude of the storage facilities required in each control unit. Each control unit stores the complete directory number translation for certain directory numbers but stores an index referencing other control units for the other directory numbers. Advantageously, the control units referenced are not necessarily the same ones that are associated with the ports defined by those other directory numbers. Thus the call setup sequence frequently involves three control units-the units associated with the originating and terminating ports, and an intermediate unit which stores the directory number translation information for the received directory number. Thus a rigid assignment of a predetermined block of directory numbers to all ports associated with a given control unit is not required.
    • 一种分布式控制交换系统,其中系统控制单元协同地执行端接端口确定功能。 特别地,目录号码转换功能以允许灵活地将目录号码分配给交换系统端口但最小化每个控制单元所需的存储设施的大小的方式完成。 每个控制单元存储用于某些目录号码的完整目录号码转换,但存储引用其他目录号码的其他控制单元的索引。 有利地,所引用的控制单元不一定与由其他目录号码定义的端口相关联。 因此,呼叫建立序列经常涉及三个控制单元 - 与始发端口和终端端口相关联的单元,以及存储所接收的目录号码的目录号码转换信息的中间单元。 因此,不需要将预定的目录号码块的刚性分配给与给定控制单元相关联的所有端口。
    • 4. 发明授权
    • Method and apparatus for accessing data from data attribute tables
    • 从数据属性表访问数据的方法和装置
    • US4841433A
    • 1989-06-20
    • US935247
    • 1986-11-26
    • Shafik J. HakimMark R. LocherKenneth Y. NiengBarbara A. Vagnozzi
    • Shafik J. HakimMark R. LocherKenneth Y. NiengBarbara A. Vagnozzi
    • G06F17/30
    • G06F17/30952Y10S707/954Y10S707/99933Y10S707/99945
    • A method and apparatus for accessing data in a data base that provides for a minimum of unused storage while preserving easy expandability. A group of accessing keys are used to identify the attributes data that is being sought in a data base. In accordance with the invention, subkeys are extracted from members of the group of data accessing keys and these subkeys are advantageously rearranged to form derived accessing keys. Subkeys are densely populataed if most values of a subkey are used in most systems. One of the derived accessing keys, derived from densely populated subkeys is used for accessing the tables of data attributes that are therefore advantageously densely populated. Another derived accessing key, derived from sparsely populated subkeys, is used for accessing a sparsely populated head table. Derived keys of intermediate population density are used for accessing tables intermediate between the head tables and the tables of data attributes. The population densities of tables described above characterize a typical system even though the range of each accessing key is selected to provide for more extrmeme systems which have much larger numbers of tables of data attributes and, larger numbers of more densely populated intermediate tables. Advantageously, such an arrangement sharply reduces the amount of storage required to store data in typical systems while retaining the flexibility of permitting different accessing keys to have widely varying numbers of values in different systems.
    • 一种用于访问数据库中的数据的方法和装置,其提供最少的未使用的存储,同时保持容易的扩展性。 一组访问密钥用于识别数据库中正在寻找的属性数据。 根据本发明,从数据访问密钥组的成员中提取子密钥,并且这些子密钥有利地被重新排列以形成派生的访问密钥。 如果在大多数系统中使用子项的大多数值,则子密钥将被密集填充。 从密集填充的子密钥派生的派生访问密钥之一用于访问因此有利地密集填充的数据属性的表。 用于从稀疏填充的子项派生的另一派生访问密钥用于访问稀疏填充的头表。 中间人口密度的派生密钥用于访问头表和数据属性表之间的表。 上述表格的人口密度表征了典型的系统,即使选择每个访问密钥的范围来提供更多的外部系统,其具有更多数量的数据属性表和更多数量更加密集的中间表。 有利的是,这种布置大大减少了在典型系统中存储数据所需的存储量,同时保持允许不同访问密钥在不同系统中具有广泛变化的数值的灵活性。