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IEEE Transactions on Cable Television最新文献

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Call for Papers and Information for Authors 呼吁为作者提供论文和信息
Pub Date : 1980-04-01 DOI: 10.1109/TCATV.1980.285815
Prospective authors are requested to submit new, unpublished manuscripts for inclusion in the upcoming conference described in this call for papers.
潜在作者被要求提交新的、未发表的手稿,以纳入本论文征集中描述的即将召开的会议。
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引用次数: 0
IEEE Broadcast, Cable and Consumer Electronics Society IEEE广播、电缆和消费电子学会
Pub Date : 1980-04-01 DOI: 10.1109/TCATV.1980.285803
Provides a listing of current committee members and society officers.
提供现任委员会成员和协会官员的名单。
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引用次数: 0
Fiber Optics Mediated Teleconferencing 光纤介导的远程会议
Pub Date : 1980-04-01 DOI: 10.1109/TCATV.1980.285808
Anand Kumar
Broadband transmission and distribution facilities are finally coming into commercial use as the privacy and security aspects as well as the cost effectiveness of in-house local networks are beginning to be appreciated. The local networks encompass a wide variety of service offerings that include various types of data transmission systems, monitoring and control systems, and video systems. It is expected that the much talked about integrated video teleconferencing capabilities will become a commercial success with the help of the enhanced transmission medium--namely fiber optics. This medium provides a commercial system provider with a flexible, reliable and a high growth capacity facility that not only accommodates traditional operations but adds value by providing new revenue sources. Fiber optics development, which is significantly supported by defense related R & D funds, is viewed from the CATV perspective by organizations such as Times Fiber Communications who bridge the special marketplace of intra busi-ness teleconferencing and the new technology. It is the intention of Times Fiber to develop components, methods and practices that are in conformance with the current CATV industry practices so that an orderly transition to the use of a new transmission technology could be effected in a painless way. This presentation is an attempt to look at the development of one commercially attractive service offering that a present CATV operation could offer over a fiber optics trunk.
随着内部本地网络的隐私和安全方面以及成本效益开始得到重视,宽带传输和分配设施终于开始投入商业使用。本地网络包括各种各样的服务,包括各种类型的数据传输系统、监控和控制系统以及视频系统。在增强型传输介质(即光纤)的帮助下,备受关注的集成视频电话会议功能有望在商业上取得成功。这种媒介为商业系统提供商提供了灵活、可靠和高增长能力的设施,不仅可以适应传统运营,还可以通过提供新的收入来源来增加价值。光纤的发展得到了国防相关研发资金的大力支持,时代光纤通信等组织从CATV的角度看待光纤的发展,他们连接了企业内部电话会议和新技术的特殊市场。时代光纤的意图是开发符合当前CATV行业实践的组件、方法和实践,以便以无痛的方式有序过渡到使用新的传输技术。本演示试图着眼于开发一种具有商业吸引力的服务,目前的CATV运营可以通过光纤干线提供这种服务。
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引用次数: 3
Progress in Fiber Optics Transmission Systems for Cable Television 有线电视光纤传输系统研究进展
Pub Date : 1980-04-01 DOI: 10.1109/TCATV.1980.285807
A. C. Deichmiller
Developments in transmitter/receiver design and signal conditioning are described. Also, included is a discussion of the operating experience and retrofit update of a 12 channel, eight kilometer fiber optic super trunk. A unique feature of the system described is that only one repeater location is employed in contrast with a conventional cable TV system which would require 12 repeaters to cover the same distance.
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引用次数: 6
The Video FM Supertrunk in Altoona, PA 位于宾夕法尼亚州阿尔托纳的视频调频Supertrunk
Pub Date : 1980-04-01 DOI: 10.1109/TCATV.1980.285805
Donald Z. Dworkin;Kenneth Brubaker
This article analyzes the performance of a 2-way supertrunk, 8.2 miles long, carrying 13 TV channels and a full complement of FM stations by means of FM modulation from a headend site to the system hub. Theoretical and actual performance are compared. Predicted group delay due to diplex filters in the amplifiers is compared to the measured delay before and after a simple correction.
本文分析了一条8.2英里长的双向超级干线的性能,该干线通过从前端站点到系统集线器的调频调制,承载13个电视频道和全套调频台。比较了理论性能和实际性能。将由放大器中的双工滤波器引起的预测组延迟与简单校正前后的测量延迟进行比较。
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引用次数: 0
Design of a Wideband Feedforward Distribution Amplifier 一种宽带前馈分布放大器的设计
Pub Date : 1980-04-01 DOI: 10.1109/TCATV.1980.285810
A. Prochazka;R. Neumann
The design of a wideband feedforward amplifier in the frequency range 40-300 MHz is described. It is shown that the technology is now available to push the output level over 1 volt for a 12 channel NCTA crossmodulation ratio of -60 dB, or over 1/2 volt for a 35 channel NCTA crossmodulation ratio of -60 dB. The triple beat and second order distortion are typically -80 dB down at the output level of 1 volt. This ultralinear feedforward amplifier is thus an immediate substitute for two distribution amplifiers of conventional design.
介绍了一种频率范围为40~300MHz的宽带前馈放大器的设计。结果表明,对于-60dB的12通道NCTA交叉调制比,该技术现在可用于将输出电平推高到1V以上,或者对于-60 dB的35通道NCTA横向调制比,可用于将其推高到1/2 V以上。三拍和二阶失真通常在1伏的输出电平下降低-80 dB。因此,这种超线性前馈放大器是传统设计的两个分配放大器的直接替代品。
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引用次数: 1
Be a part 成为一部分
Pub Date : 1980-04-01 DOI: 10.1109/TCATV.1980.285813
Advertisement, IEEE.
广告,IEEE。
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引用次数: 0
The Hidden Costs of 400 MHz 400MHz的隐藏成本
Pub Date : 1980-01-01 DOI: 10.1109/TCATV.1980.285831
Archer S. Taylor
The cable television industry (CATV) has experienced the unpleasant consequences of premature application of new technological developments. Expanded channel capacity by means of increased bandwidth is now being promised in many major market franchise proposals. There is no reason to suggest that 400 MHz systems carrying up to 54 channel will not eventually work; but there is good reason to expect unanticipated inconvenient and costly technical and operational problems with new equipment that has never been field tested with 50 or more channels under actual operating conditions. The "horsepower race" toward larger and larger channel carriage capability should be replaced with sophisticated efforts to improve the efficiency of utilization of existing capacity, the technical quality of the signals carried, and the content of the programs transmitted.
有线电视行业(CATV)经历了过早应用新技术发展的不愉快后果。现在,许多主要市场的特许经营提案都承诺通过增加带宽来扩大频道容量。没有理由认为400兆赫系统携带多达54个信道最终不会工作;但有充分的理由预计,从未在实际操作条件下用50个或更多通道进行过现场测试的新设备会出现意想不到的不便和昂贵的技术和操作问题。向越来越大的信道承载能力的“马力竞赛”应该被复杂的努力所取代,以提高现有容量的利用效率、所承载信号的技术质量和所传输节目的内容。
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引用次数: 0
Extended Bandwidth Cable Communications Systems 扩展带宽电缆通信系统
Pub Date : 1980-01-01 DOI: 10.1109/TCATV.1980.285830
I. Switzer;P. Eng.
The need for extended bandwidth in cable communications systems is obvious. The rapid growth of cable systems in the U.S.A. is encouraging the proliferation of program services for cable distribution. The tree structured broad-band nature of cable systems means that capacity must be provided for all of the service to be distributed irrespective of relative popularity. Cable losses follow a square root of frequency law which makes bandwidth extension attractive as a means of increasing channel capacity. Reducing the number of amplifiers in cascade and the use of coherent carrier systems makes it possible for extended bandwidth cable systems to handle the additional channel loading with no more distortion than in present 35 channel systems.
在有线通信系统中对扩展带宽的需求是显而易见的。美国有线电视系统的快速增长鼓励了有线电视分销节目服务的激增。电缆系统的树状结构宽带特性意味着,无论相对流行程度如何,都必须为所有要分发的服务提供容量。电缆损耗遵循频率平方根定律,这使得带宽扩展作为增加信道容量的一种手段具有吸引力。减少级联放大器的数量和相干载波系统的使用使得扩展带宽电缆系统能够处理附加的信道负载,而不比现有的35信道系统中失真更多。
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引用次数: 3
Technical Considerations for Operating Systems Expanded to Fifty or More Television Channels 扩展到50个或更多电视频道的操作系统的技术考虑
Pub Date : 1980-01-01 DOI: 10.1109/TCATV.1980.285828
Michael F. Jeffers
Many CATV systems built in the last six or seven years took advantage of the 300 MHz equipment available from suppliers to the industry, and operators planned their layouts to allow for the ultimate carriage of thirty-five television channels. The improved signal handling capability of hybrid IC's and the "quad" circuit, together with larger and more efficient coaxial cables, kept pace with this increased channel loading. Improved system layout approaches, such as hubbing - in conjunction with the use of AML for hub interconnect - were tools used by the CATV operator to deliver quality pictures to their subscribers. Few took advantage of the subjective performance benefits available from phase lock.
在过去的六、七年里,许多有线电视系统都利用了该行业供应商提供的300 MHz设备,运营商规划了他们的布局,以允许最终传输35个电视频道。混合集成电路和“四元”电路的信号处理能力的提高,以及更大、更高效的同轴电缆,与信道负载的增加保持同步。有线电视运营商使用改进的系统布局方法,如集线器,以及使用AML进行集线器互连,为用户提供高质量的图片。很少有人利用锁相带来的主观性能优势。
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引用次数: 3
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IEEE Transactions on Cable Television
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