我想知道谁知道ㄨメ╳ 〆χ〤符号怎么打出来的_百度知道
我想知道谁知道ㄨメ╳ 〆χ〤符号怎么打出来的
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不好意思、我是累积出来的、看到这样的就会放在文本里、我只知道其中几个可以用智能ABC按V+字母键盘上面的数字、记住、按住V后快速的按数字就可以了、也可以在搜狗输入法里找。
不好意思、我是累积出来的、看到这样的就会放在文本里、我只知道其中几个可以用智能ABC按V+字母键盘上面的数字、记住、按住V后快速的按数字就可以了、也可以在搜狗输入法里找、希望您满意
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打开搜狗。 0.0. 你有搜狗吧， 没有去下载个哈。 选择工具栏上的菜单。 里面有个表情符号的， 搜狗表情、特殊符号、字符画等等。 0.0.
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我们会通过消息、邮箱等方式尽快将举报结果通知您。DRP: An energy‐efficient routing protocol for underwater...
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1.82National Taiwan UniversityAbstractThe features of transmissions in underwater sensor networks (UWSNs) include lower transmission rate, longer delay time, and higher power consumption when compared with terrestrial radio transmissions. The negative effects of transmission collisions deteriorate in such environments. Existing UWSN routing protocols do not consider the transmission collision probability differences resulting from different transmission distances. In this paper, we show that collision probability plays an important role in route selection and propose an energy-efficient routing protocol (DRP), which considers the distance-varied collision probability as well as each node's residual energy. Considering these 2 issues, DRP can find a path with high successful transmission rate and high-residual energy. In fact, DRP can find the path producing the longest network lifetime, which we have confirmed through theoretical analysis. To the best of our knowledge, DRP is the first UWSN routing protocol that uses transmission collision probability as a factor in route selection. Simulation results verify that DRP extends network lifetime, increases network throughput, and reduces end-to-end delay when compared with solutions without considering distance-varied collision probability or residual energy.Do you want to read the rest of this article?Request full-text
ArticleFull-text availableAug 2015ArticleJul 2015ArticleFull-text availableDec 2014ArticleFull-text availableNov 2014DataFull-text availableNov 2015Conference PaperJanuary 2015Conference PaperApril 2013Underwater sensor networks are used to detect the objects and the environmental pattern under the sea water. Some of its limiting features are high latency, low bandwidth, and high energy consumption. Some of the applications of under sensor networks are oceanographic data collection, pollution monitoring and disaster prevention. The issues which have to be resolved in the underwater sensor... [Show full abstract]Conference PaperMarch 2012 · Underwater acoustic sensor networks (UASNs) have attracted significant interest and been developed for a wide range of applications. Using acoustic signal for transmitting in underwater leads the effects on long propagation delay, low bandwidth, and low data rate. These characteristics result the high end-to-end delay from the sensor to a sink. In this paper, an important property of acoustic... [Show full abstract]Conference PaperAugust 2012In Underwater sensor networks (UWSN), Nodes are powered by battery. So saving energy is an important factor to estimate routing protocol. In this paper, we briefly introduced the vector-Based Forwarding and proposed an energy balance method to improve the lifetime of originate VBF. We sensor the energy information of neighbor nodes and decide whether participate in transport packets according... [Show full abstract]Data provided are for informational purposes only. Although carefully collected, accuracy cannot be guaranteed. Publisher conditions are provided by RoMEO. Differing provisions from the publisher's actual policy or licence agreement may be applicable.This publication is from a journal that may support self archiving.Last Updated: 21 Dec 17〆邪恶de猫猫〤的贴吧
1楼给西元3000的亲们，还有葳、瑶瑶、离~ 唔....还么去审核文呐~写完第一章在去审核好...}