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    • 81. 发明授权
    • Communication system in audio and music data transmission
    • 音频和音乐数据传输中的通信系统
    • US06754226B1
    • 2004-06-22
    • US09662428
    • 2000-09-13
    • Takehiko Nakano
    • Takehiko Nakano
    • H04J322
    • H04L12/40071G10L19/005H04L69/22H04N5/602H04N21/43632H04N21/6332H04N21/643H04N21/654H04N21/8113
    • A transmission method and apparatus for detecting the format of data when data is absent from the transmission packets. In situations where data to be transmitted via a predetermined network (e.g., IEEE 1394) is absent (i.e., missing, incomplete, intentionally blank, or not ready to be transmitted), the transmission method allows for the format of the absent data to be determined by the receiving side. According to this transmission method, the data transmission packets include a label section that indicates the format of the data or the absence of data. When the label section indicates an absence of data, a label group section is included in the data transmission packet to indicate the format of the data which is absent. This allows the receiving side to determine the format of the data that it should be receiving.
    • 一种用于在传输分组中不存在数据时检测数据格式的传输方法和装置。 在通过预定网络(例如,IEEE 1394)发送的数据不存在的情况下(即,丢失,不完整,有意空白或未准备好发送)的情况下,传输方法允许缺少数据的格式为 由接收方决定。 根据该发送方法,数据发送分组包括表示数据的格式或不存在数据的标签部。 当标签部分指示不存在数据时,标签组部分被包括在数据传输分组中以指示不存在的数据的格式。 这允许接收方确定应该接收的数据的格式。
    • 84. 发明授权
    • Multipoint TDM data distribution system
    • 多点TDM数据分发系统
    • US06735734B1
    • 2004-05-11
    • US09561222
    • 2000-04-28
    • John M. LiebetreuEric Martin BrombaughBruce A. CochranRonald D. McCallister
    • John M. LiebetreuEric Martin BrombaughBruce A. CochranRonald D. McCallister
    • H04J322
    • H04L1/0059H04L1/0041H04L1/0045H04L1/0065H04L1/0071H04L1/0083H04L2001/0093H04L2001/0098
    • A TDM data distribution system (10) includes a hub unit (12) with a multipoint transmitter (24) and any number of subscriber units (14), each of which has a multipoint receiver (28). A forward communication link (16) transmitted by the hub unit (12) exhibits a substantially constant baud and carrier frequency over a number of diverse modulation format (MF) time slots (42). However, the different MF slots (42) convey data using different modulation formats. Modulation order and coding rate may vary for different modulation formats. The multipoint transmitter (24) includes a number of encoding FEC processors (48), wherein each encoding FEC processor (48) is active only for selected ones of the different MF slots (42). When inactive, the internal states of the encoding FEC processors (48) are frozen. Each multipoint receiver (28) includes a decoding FEC processor (108) which is active only for MF slots (42) assigned to the same modulation format for which the decoding FEC processors (108) are programmed. When inactive, the internal states of the decoding FEC processors (108) are frozen.
    • TDM数据分发系统(10)包括具有多点发射机(24)和任意数目的用户单元(14)的集线器单元(12),每个用户单元(14)具有多点接收机(28)。 由集线器单元(12)发送的前向通信链路(16)在多个不同调制格式(MF)时隙(42)上呈现基本恒定的波特率和载波频率。 然而,不同的MF时隙(42)使用不同的调制格式传送数据。 对于不同的调制格式,调制顺序和编码率可能会有所不同。 多点发射机(24)包括多个编码FEC处理器(48),其中每个编码FEC处理器(48)仅对不同MF时隙(42)中的选定的一个处理器有效。 当不活动时,编码FEC处理器(48)的内部状态被冻结。 每个多点接收器(28)包括解码FEC处理器(108),其仅对分配给解码FEC处理器(108)编程的相同调制格式的MF时隙(42)有效。 当不活动时,解码FEC处理器(108)的内部状态被冻结。
    • 87. 发明授权
    • USB networking on a multiple access transmission medium
    • USB接口在多路传输介质上
    • US06721332B1
    • 2004-04-13
    • US09386215
    • 1999-08-31
    • Jim A. McAlear
    • Jim A. McAlear
    • H04J322
    • H04L12/46
    • The invention relates to local area networks typically comprising a LAN hub, a plurality of outer hub devices connected to the LAN hub and a plurality of USB devices and/or LAN computers connected to the plurality of outer hub devices via a respective plurality of USB links. The outer end hubs communicate with the USB devices and LAN computers using USB protocol having time sensitive aspects. To satisfy the requirements of the USB protocol, the outer hub devices perform the time sensitive aspects of the USB protocol. The outer hubs devices are each connected to the LAN hub via a respective point-to-point LAN link or collectively connected via a point-to-multipoint LAN link and communicate thereto using a LAN protocol which permits the outer hub devices to be further than meters from the LAN hub. The LAN protocol is typically a variant of the USB protocol.
    • 本发明涉及通常包括LAN集线器,连接到LAN集线器的多个外部集线器设备和经由相应的多个USB链路连接到多个外部集线器设备的多个USB设备和/或LAN计算机的局域网络 。 外部端口使用具有时间敏感方面的USB协议与USB设备和LAN计算机进行通信。 为了满足USB协议的要求,外部集线器设备执行USB协议的时间敏感方面。 外部集线器设备各自经由相应的点对点LAN链路连接到LAN集线器,或者通过点对多点LAN链路共同连接,并使用允许外部集线器设备进一步超过的LAN协议与其通信 距离LAN集线器数米。 LAN协议通常是USB协议的变体。
    • 88. 发明授权
    • Method and system for improving wireless data packet delivery
    • 改善无线数据包传送的方法和系统
    • US06700902B1
    • 2004-03-02
    • US09174720
    • 1998-10-19
    • Peter Ronald Meyer
    • Peter Ronald Meyer
    • H04J322
    • H04W28/06H04L1/0007H04L1/16
    • A system and method for improving the delivery of data between a first signal transmitter/receiver device and a second signal transmitter/receiver device. Data is dynamically sized into at least one data packet having a data packet size that is no greater than an operational maximum data packet size capable of being transferred between the first wireless signal transmitter/receiver device and the second wireless signal transmitter/receiver device. At least one data packet is transferred from the first signal transmitter/receiver device to the second signal transmitter/receiver device until all data has been delivered.
    • 一种用于改善第一信号发射机/接收机设备和第二信号发射机/接收机设备之间的数据传送的系统和方法。 将数据动态地调整为至少一个具有不大于能够在第一无线信号发射机/接收机设备与第二无线信号发射机/接收机设备之间传输的最大数据分组大小的数据分组大小的数据分组。 至少一个数据分组从第一信号发射机/接收机设备传送到第二信号发射机/接收机设备,直到所有数据都被传送。
    • 89. 发明授权
    • Reassembly unit and a method thereof
    • 重组单元及其方法
    • US06665298B1
    • 2003-12-16
    • US09494601
    • 2000-01-31
    • Eran KirznerYuval LachmanAvi HagaiItai Katz
    • Eran KirznerYuval LachmanAvi HagaiItai Katz
    • H04J322
    • H04L49/90
    • A reassembly unit comprising of a reassembly buffer and a control unit and a detector. The reassembly unit monitors an amount of data AMD stored in the reassembly register and compares AMD to four thresholds, TS1, TS2, TS3 and TS4. TS1 and TS4 define the size of the reassembly buffer. TS2 defines the delay of reassembly unit 40. A difference between TS1 and TS2 defines an underflow recovery period in which data is not read out of the buffer. A difference between TS4 and TS3 define an overflow recovery period in which data is not written in the buffer. The four thresholds can be changed during an operation of the reassembly unit, allowing a user to adjust the thresholds according to the state of the reassembly unit.
    • 一种重新组装单元,包括重组缓冲器和控制单元以及检测器。 重新组装单元监视存储在重新组装寄存器中的数据量AMD,并将AMD与四个阈值TS1,TS2,TS3和TS4进行比较。 TS1和TS4定义了重新组装缓冲区的大小。 TS2定义重新组装单元40的延迟.TS1和TS2之间的差异定义了数据未被从缓冲器读出的下溢恢复周期。 TS4和TS3之间的区别定义了数据未写入缓冲区的溢出恢复周期。 可以在重新组装单元的操作期间改变四个阈值,允许用户根据重新组装单元的状态来调整阈值。
    • 90. 发明授权
    • Wireless universal serial bus receiver
    • 无线通用串行总线接收器
    • US06633583B1
    • 2003-10-14
    • US09215756
    • 1998-12-18
    • Clayton N. Esterson
    • Clayton N. Esterson
    • H04J322
    • G06F13/4045
    • In one embodiment of the present invention, a wireless USB architecture includes a transmitting device and a receiving device. The transmitting device includes a USB port to which a USB peripheral device can be connected, a conversion circuit for translating from USB protocol to RF protocol, and an RF transmitter for transmitting RF signals to the receiving device. The receiving device includes an RF receiver, a conversion circuit for translating from RF protocol to USB protocol, and a USB port which can be connected to the USB port of a computer.
    • 在本发明的一个实施例中,无线USB架构包括发送设备和接收设备。 发送装置包括可以连接USB外围设备的USB端口,用于从USB协议转换为RF协议的转换电路,以及用于向接收设备发送RF信号的RF发送器。 接收设备包括RF接收机,用于从RF协议转换为USB协议的转换电路,以及可以连接到计算机的USB端口的USB端口。