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    • 41. 发明申请
    • MODULE TO MODULE SIGNALING WITH JITTER MODULATION
    • 模块用模拟器模块进行信号模块化
    • WO2005060140A3
    • 2006-12-28
    • PCT/US2004042381
    • 2004-12-17
    • MINDSPEED TECHNOLOGIES
    • CHANG CHARLES EJONES KEITH RREINTJES MAURICE M
    • H04L27/00H03D3/24H04J9/00H04J11/00H04J99/00H04L20060101H04L1/20H04L27/20
    • H04J13/004H04B1/707H04J9/00H04J15/00H04L1/205
    • A method and apparatus is disclosed for incorporating secondary data (528) for transmission as part of or concurrently with network data (532). In one embodiment, the secondary data (528) comprises communication system data for use in controlling or monitoring a communication system. In one example embodiment, the secondary data (528) is utilized to control the transmit timing of the network data (532) to thereby jitter modulate the secondary data (528) into the transmission of the network data (532). By monitoring the timing variation, or jitter, of the received network data signal, the secondary data (528) may be recovered. In one embodiment, the secondary data (528) is encoded to reduce the amount of time variation, i.e. , jitter, that occurs when tranmitting the network data (532). Decoding may occur upon reception of the time adjusted network data signal. In one embodiment, the encoding comprises CDMA type encoding utilizing one or more orthogonal codes.
    • 公开了一种用于将用于传输的次要数据(528)作为网络数据(532)的一部分或与网络数据(532)同时发送的方法和装置。 在一个实施例中,辅助数据(528)包括用于控制或监视通信系统的通信系统数据。 在一个示例性实施例中,辅助数据(528)用于控制网络数据(532)的发送定时,从而将次要数据(528)的抖动调制为网络数据(532)的传输。 通过监视所接收的网络数据信号的定时变化或抖动,可以恢复辅助数据(528)。 在一个实施例中,对二次数据(528)进行编码以减少在发送网络数据(532)时发生的时间变化量即抖动量。 在接收到时间调整后的网络数据信号时可能发生解码。 在一个实施例中,编码包括利用一个或多个正交码的CDMA型编码。
    • 43. 发明申请
    • PROCEDURE AND DEVICE FOR TRANSMITTING INFORMATION BY RADIO
    • 通过无线电发送信息的程序和设备
    • WO9965200A3
    • 2000-02-03
    • PCT/FI9900487
    • 1999-06-04
    • SONERA OYJLUOMA ARI MATTI
    • LUOMA ARI-MATTI
    • H04B1/00H04B1/04H04J9/00H04K1/00H04L27/32
    • H04B1/04H04B1/00H04J9/00H04K1/00
    • The invention concerns a procedure for transmitting one middle channel, a first side channel and a second side channel in a radio system. According to the invention, the middle channel is transmitted as a frequency-modulated (FM) radio signal modulated by a suitable frequency, a signal symmetrically amplitude-modulated (AM) with respect to the mid-frequency of the middle channel is generated, a first amplitude-modulated single side band (LSB) is formed from the amplitude-modulated signal, a second amplitude-modulated single side band (USB) is formed from the amplitude-modulated signal, the first single side band (LSB) is modulated by the information in the first side channel, thus forming two side bands for the first single side band, the second single side band (USB) is modulated by the information in the second side channel, thus forming two side bands for the second single side band, the frequency-modulated (FM) signal, the first single side band (SSB) and the second single side band (SSB) are combined in a combiner so that all three channels are transmitted simultaneously.
    • 本发明涉及在无线电系统中发送一个中间信道,第一侧信道和第二侧信道的过程。 根据本发明,中频信道作为被适当频率调制的调幅(FM)无线电信号发送,产生相对于中频信道的中频对称幅度调制(AM)的信号, 第一幅度调制单边带(LSB)由幅度调制信号形成,第二调幅单边带(USB)由调幅信号形成,第一单边带(LSB)由 第一侧通道中的信息,由此形成用于第一单边带的两个边带,第二单边带(USB)由第二侧信道中的信息调制,从而形成用于第二单边带的两个边带 ,频率调制(FM)信号,第一单边带(SSB)和第二单边带(SSB)在组合器中组合,使得所有三个信道同时传输。
    • 45. 发明申请
    • METHOD AND APPARATUS FOR TRANSPORTING AUXILIARY DATA IN AUDIO SIGNALS
    • 用于在音频信号中传输辅助数据的方法和装置
    • WO1997009797A1
    • 1997-03-13
    • PCT/US1996013516
    • 1996-08-20
    • SOLANA TECHNOLOGY DEVELOPMENT CORPORATION
    • SOLANA TECHNOLOGY DEVELOPMENT CORPORATIONLEE, Chong, U.MOALLEMI, KamranWARREN, Robert, L.
    • H04B15/00
    • H04H20/31G10L19/018H04B1/665H04B1/707H04B15/04H04J7/00H04J9/00H04J13/00H04J13/0077H04J15/00
    • Auxiliary data (x(m)) is transported in a conventional audio signal (s(t)) by hiding the data in the form of colored noise (y(t)). The colored noise has a spread spectrum that simulates the spectrum of the primary audio signal. The data to be transported is first converted to a spread spectrum signal (p(n)). The primary audio signal is analyzed to determine its spectral shape (88). The same spectral shape is imparted to the spread spectrum signal (94), which is then combined with the primary audio signal for transmission (100). The spectral shaping can be performed using time domain modeling and synthesis such as linear predictive coding (88) or by using subband coding techniques such as fast Fourier transforms. A plurality of different auxiliary information streams can be transported on the audio signal. By adjusting the gain of individual spread spectrum signal carrier(s) and the power of the colored noise (98), the auxiliary information stream(s) can be rendered inaudible in the primary audio signal, or at any desired level below or above an audible threshold.
    • 通过以彩色噪声(y(t))的形式隐藏数据,辅助数据(x(m))以常规音频信号(s(t))传送。 彩色噪声具有模拟主音频信号频谱的扩展频谱。 要传输的数据首先转换为扩频信号(p(n))。 分析主音频信号以确定其频谱形状(88)。 对扩频信号(94)赋予相同的光谱形状,然后将其与用于传输的主音频信号(100)组合。 可以使用诸如线性预测编码(88)的时域建模和合成或者通过使用诸如快速傅里叶变换的子带编码技术来执行频谱整形。 可以在音频信号上传输多个不同的辅助信息流。 通过调整各个扩展频谱信号载波的增益和彩色噪声的功率(98),辅助信息流可以在主音频信号中或在任何低于或高于 可听阈值。
    • 46. 发明授权
    • IoT기반의 LTE 이동통신망을 활용한 무정전전원장치 상태정보 전송 및 원격 감시 및 관리제어 시스템
    • 利用基于IOT的LTE移动通信网络的不间断供电系统的状态信息传输和远程监控管理控制系统
    • KR101770347B1
    • 2017-08-23
    • KR1020170057971
    • 2017-05-10
    • 주식회사 크로마아이티박윤서
    • 박윤서서창우
    • H04L12/24
    • H04L41/0686H04J9/00H04L12/10H04L41/069H04L43/065
    • 본발명에서는유선등 물리적으로구성할 수있는기존의무정전전원장치의상태전송기술의한계를보완하고자 'IoT기반의 LTE이동통신망을활용한무정전전원장치상태정보전송기술'을개발하였다. 우선기존다수의 UPS가다수의지역에분산설치되어있거나예비전원설비의중요도가높아 UPS의상태정보를연속해서감시해야할 시설중 별도의네트워크공사가불가능한옥내시설이나장거리원격감시가필요한지역의유선으로구성할 수있는위치적물리적한계를보완하고해킹에대한보안성을높이기위해무선통신방식의데이터처리기술을채택하여개발하고와이파이, 지그비, 블루투스등의기존무선통신방식의거리적한계의단점을보완하고자 LTE 무선통신방식으로개발하였다. 해당방식을이용함으로써기존유선상으로데이터를전송하거나네트워크공사가불가능한옥내시설, 장거리에위치한통합관제센터내에도실시간데이터를제공함으로써효율성및 안정상상승의효과를가지며, 다양한형태및 방식(서버, 웹, 스마트기기등)의데이터제공을통해무정전전원장치를이용한전원설비의안전상태를관리할 수있도록효율성을높일수 있다.
    • 另外,在本发明中,开发利用了LTE方式的移动通信网络状态信息传输技术“基于的IoT不间断电源,以补偿可以被配置为物理的,如丝的传输技术传统的不间断电源状态的限制。 首先,配置单独的网络建设有线本地需求是不可能的室内设施,或现有数量的长距离远程监控做UPS塔德尔加达装机分布在兽医领域,或后备电厂的重要性不断增加监控UPS服饰状态信息设施 通过采用数据处理技术的无线通信方法,以提高安全性的黑客和补充的现有的无线通信系统的距离的限制,例如WiFi,ZigBee和蓝牙的缺点位置上补充物理极限和发展 LTE无线通信系统。 通过使用此方法具有效率的效果,而不是正常的上升通过在室内设施,数据或在现有的线不可用的网络结构和各种形式和方法(服务器,web的长距离传输的集成控制中心还提供实时数据 智能设备等),可以提高效率,从而可以管理使用不间断电源的电力设备的安全状态。
    • 50. 发明专利
    • Digital communication device
    • 数字通信设备
    • JPS6162256A
    • 1986-03-31
    • JP18488184
    • 1984-09-04
    • Nippon Telegr & Teleph Corp
    • NAKAGAWA SEIJIOOTA NORIHISAAIDA KAZUOHAYASHI YOSHIHIRO
    • H04J3/14H04J3/12H04J9/00
    • H04J9/00
    • PURPOSE:To enable transmission of high quality supervisory and control information economically without giving influences on main signal information transmission characteristic eliminating necessity of providing a separate transmission line for information transmission by inserting a small number of auxiliary codes in a series of digital signals of a main signal to be transmitted and amplitude modulating the auxiliary codes by a supervisory control signal. CONSTITUTION:The transmitting device detects the auxiliary code from the output signal of a transmission code converting circuit 3 by a block synchronizing circuit 12, and amplitude modulates the auxiliary code by an AND gate 13, a differential amplifier 16 and a gate circuit 18 according to the supervisory control signal of a terminal 2. The receiving device takes difference between an output 41 of a discriminator 36 and an output 39 of a waveform equalizer 34 by a differential circuit 42, rectifies the output by a full wave rectifier circuit, and takes out the supervisory control signal to a terminal 47 by a low pass filter 46.
    • 目的:为了能够经济地传输高质量的监督和控制信息,而不会对主信号信息传输特性产生影响,消除了通过在主系统的一系列数字信号中插入少量辅助码来提供用于信息传输的单独传输线的必要性 要发送的信号并通过监控信号对辅助码进行幅度调制。 构成:发送装置通过块同步电路12从发送码转换电路3的输出信号中检测出辅助码,并通过与门13,差分放大器16和门电路18对根据 接收装置通过差分电路42取得鉴别器36的输出41和波形均衡器34的输出39之间的差异,通过全波整流电路对输出进行整流,取出 由低通滤波器46向终端47提供监控信号。