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    • 1. 发明授权
    • Audio system
    • 音响系统
    • US07308325B2
    • 2007-12-11
    • US10057959
    • 2002-01-29
    • Alistair Neil ColesLawrence Wilcock
    • Alistair Neil ColesLawrence Wilcock
    • G06F17/00H04R5/02
    • G06F3/011G06F3/167H04R2420/07H04S1/002
    • An audio system comprises an audio source terminal 11 and a audio playback terminal 13, connected to each another by a wireless data link 14. The source terminal 11 comprises a source computer 15, and a cellular modem 17. The playback terminal 13 comprises a playback computer 19 having an internal processor 23 and an audio processor 24. Connected to the processor 23 is a cellular modem 21, an audio transducer 25, and a user control 27. Data relating to audio components, representing different services, is stored at the source terminal 11 where it is spatially processed and transmitted to the playback terminal. At the same time, each individual audio component is transmitted at a lower bit-rate than the spatially processed data, to the audio source terminal 11, whereafter it is spatially processed. Although the low bit-rate transmission causes a loss of audio quality, the positional data remains unaffected. Accordingly, when played, the combination of a high quality signal with low three-dimensional audio positional accuracy, and a set of low quality signals with high three-dimensional audio positional accuracy, results in restoration of the human perception of three-dimensional position to the degraded three-dimensional audio signal.
    • 音频系统包括通过无线数据链路14彼此连接的音频源终端11和音频回放终端13.源终端11包括源计算机15和蜂窝调制解调器17.再现终端13包括播放 计算机19具有内部处理器23和音频处理器24.连接到处理器23的是蜂窝调制解调器21,音频换能器25和用户控制27.与代表不同服务的音频组件相关的数据被存储在源 终端11,其被空间处理并发送到重放终端。 同时,将每个单独的音频分量以比空间处理的数据更低的比特率发送到音频源终端11,然后进行空间处理。 虽然低比特率传输导致音频质量的损失,但是位置数据保持不受影响。 因此,当播放时,具有低三维音频位置精度的高质量信号和一组具有高三维音频位置精度的低质量信号的组合导致人类对三维位置的感知的恢复 降级的三维音频信号。
    • 5. 发明授权
    • Encoding data
    • 编码数据
    • US5784409A
    • 1998-07-21
    • US606262
    • 1996-02-23
    • Alistair Neil Coles
    • Alistair Neil Coles
    • H03H7/18H04L25/49
    • H04L25/4925H04L25/4908
    • Three-level (ternary) line codes are provided for use in transmitting binary data at high data rates (e.g. 100 Mbits/s) over twisted-pair cable, without producing excessive radiated emissions at frequencies above 30 MHz. A running digital sum (RDS) is computed for a stream of ternary symbols as it is encoded; if this RDS reaches a predetermined limit, the polarity of the next following non-zero symbol is determined so as to change the RDS towards zero. In addition, if the binary data stream and the RDS satisfy another predetermined criterion, such as the RDS having a particular polarity when two or more 0 symbols have occurred, then the next non-zero symbol is determined so as to have the opposite polarity; otherwise the next non-zero symbol has the opposite polarity to the preceding non-zero symbol. The RDS limit and the predetermined criterion can be selected to obtain a desired power spectral density for the ternary signal propagating over the twisted-pair cable.
    • 提供三级(三进制)行代码用于通过双绞线电缆以高数据速率(例如100Mbits / s)发送二进制数据,而不会在30MHz以上的频率产生过多的辐射发射。 对于三进制符号流进行编码,计算运行数字和(RDS); 如果该RDS达到预定极限,则确定下一个跟随非零符号的极性,以便将RDS改变为零。 此外,如果二进制数据流和RDS满足另一预定准则,例如当发生两个或多个0个符号时具有特定极性的RDS,则确定下一个非零符号以具有相反的极性; 否则下一个非零符号具有与前一个非零符号相反的极性。 可以选择RDS极限和预定标准以获得通过双绞线缆传播的三元信号的期望功率谱密度。
    • 7. 发明授权
    • Data delivery
    • 数据传递
    • US07509395B2
    • 2009-03-24
    • US10712819
    • 2003-11-13
    • Alistair Neil ColesEric Henri Ulysse Deliot
    • Alistair Neil ColesEric Henri Ulysse Deliot
    • G06F15/16
    • H04L67/06G06F17/30899H04L67/32
    • A system has at least two data-receiving applications running on one or more data-receiving devices. Each data-receiving application is capable of requesting and receiving data. A data-processing apparatus and a data-storage apparatus are also provided, the data-storage apparatus being connected to the data-receiving applications via the data-processing apparatus. The data-processing apparatus is arranged to receive a plurality of data-requests which form a request group from the data-receiving applications. The data-processing apparatus is arranged to evaluate the data-requests and to send a single request for the data-requests within the request group to the data-storage apparatus, and further arranged to receive data from the storage apparatus, in response to the single request. The data-processing apparatus is arranged to process and distribute the received data, or portions thereof, to at least one of the data-receiving applications.
    • 系统具有在一个或多个数据接收设备上运行的至少两个数据接收应用。 每个数据接收应用能够请求和接收数据。 还提供了数据处理装置和数据存储装置,数据存储装置经由数据处理装置连接到数据接收应用。 数据处理装置被配置为从数据接收应用接收形成请求组的多个数据请求。 数据处理装置被配置为评估数据请求并向数据存储装置发送对请求组内的数据请求的单个请求,并且还被配置为响应于所述数据请求而从存储装置接收数据 单一请求。 数据处理装置被设置为将接收的数据或其部分处理和分发到数据接收应用中的至少一个。
    • 10. 发明授权
    • Methods of encoding payload bits for transmission
    • 用于传输的有效负载数据的编码方法
    • US06430230B1
    • 2002-08-06
    • US09343630
    • 1999-06-30
    • David George CunninghamAlistair Neil Coles
    • David George CunninghamAlistair Neil Coles
    • H04L2549
    • H04L25/4908
    • In a method for encoding payload bits for transmission over communications link, data and control information are assembled into n-bit data words, where n is an even number and words for control information are constrained to have zero disparity (equal numbers of binary zero and one digits). The n-bit data words are then encoded into n+2-bit code words by adding a two-bit label; for words carrying control information the label has a value of 10. For other data words the disparity is evaluated; if it is zero, the label bits are 01; if the disparity is non-zero and opposite in sense to the running digital sum of the code words transmitted already, the label bits are 11; otherwise, the data word is inverted, and the label bits are 00.
    • 在用于通过通信链路传输的有效载荷比特的编码方法中,数据和控制信息被组合成n位数据字,其中n是偶数,并且用于控制信息的字被限制为具有零差异(相等数量的二进制零和 一位数)。 然后通过添加两位标签将n位数据字编码为n + 2位代码字; 对于带有控制信息的单词,标签的值为10.对于其他数据字,评估差异; 如果为零,则标签位为01; 如果视差对于已经传输的码字的运行数字和是非零的和相反的,则标签位为11; 数据字反转,标签位为00。