船联网

将这些应用于船联网，不但能解决目前对QoS需求的问题，更能满足今后船联网进一步发展的需求。

Applying this to the Internet of inland ships , not only can solve the current problems , but also can meet the needs of future .

基于船联网的AIS与VTS信息融合的方案设计是可行的。

The design of the AIS & VTS Information fusion in the internet of inland ships was available .

并且将之应用于船联网，不仅可以满足目前内河航运网络中数据的QoS需求，而且对船联网今后进一步的升级与发展提供了很好的网络性能保障。

And its application on the Internet of inland ships can not only meet the QoS requirements of current data , but also provide the further upgrade and development a good network environment .

接着以武汉海事局为例，系统的介绍了船联网的网络拓扑结构以及其所主要包括的六大系统。

Then take Wuhan Maritime Bureau for an example , the paper introduces the structure of the Internet of inland ships and its six systems .

船联网作为其在交通运输业中的重要组成部分，是为了在全流域范围内实现船舶管控和交通信息服务的提供。

As an important part of IOT , the Internet of Inland Ships was designed to provide ship sensing and traffic information service in the whole drainage area .

在信息化的大趋势下，江河上的大小船只，需要一种既能保障船舶安全航行，又能满足更多精细化服务的信息系统，船联网便应运而生。

Under the trend of informatization , all kinds of ships on rivers need a information system , which can not only ensure the safety of the navigation , but also meet more refinement services .

而这些的实现必将导致现有航运网络中业务种类和数据量的急剧增加，而且船联网的数据信息对实时性、准确性也提出了一定的要求。

These implementations are bound to lead to the rapid increasing of business lines and data quantity in existing network of inland ships . And the data information of the network is also put forward some requirements on real-time and accuracy .