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Managing the Technological Challenges

机译:应对技术挑战

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Despite increased HTS, LEO and MEO capacity, bandwidth management solutions are still needed. Market players share their technological breakthroughs and how solutions are keeping up with demands. Comtech EF Data solutions include IP header and payload optimization, DoubleTalk Carrier-in-Carrier implementations, and provision of high-performance modulation and coding. To ensure technology keeps up with bandwidth management needs, the company has developed a dynamic bandwidth access method, H-DNA, to address varying levels of bursty traffic found in internet access, mobile and corporate networks. H-DNA reacts on a sub-second basis to changing user demand and link conditions without introducing Time-Division Multiple Access (TDMA) such as jitter and latency. H-DNA's rapid response is possible by precise time and frequency synchronization between the hub and remotes. The integrated H-DNA controller creates and distributes a new bandwidth plan prior to the start of next time interval based on real-time network-wide traffic demand, link conditions and quality of service profiles.
机译:尽管增加了HTS,LEO和MEO容量,但仍需要带宽管理解决方案。市场参与者分享他们的技术突破以及解决方案如何满足需求。 Comtech EF数据解决方案包括IP标头和有效负载优化,DoubleTalk Carrier-in-Carrier实施以及提供高性能的调制和编码。为了确保技术满足带宽管理需求,该公司开发了一种动态带宽访问方法H-DNA,以解决Internet访问,移动和企业网络中出现的各种突发流量。 H-DNA在不到一秒的时间内对不断变化的用户需求和链接条件做出反应,而不会引入时分多址(TDMA)(如抖动和等待时间)。集线器和遥控器之间的精确时间和频率同步可以实现H-DNA的快速响应。集成的H-DNA控制器根据网络范围内的实时流量需求,链路条件和服务质量概况,在下一个时间间隔开始之前创建并分配新的带宽计划。

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    《Via satellite》 |2017年第7期|24-24|共1页
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