| 2 | Simulation of Seasonal Circulations and Thermohaline Variabilities in the Gulf of Thailand显示文摘把海洋基于普林斯顿在泰国的海湾的模型( POM ),季节的 thermohaline 特征和海洋发行量(得到),在到 14 °N 纬度的 6 °N 和到 105 °E 经度的 99 °E 之间位于,与 97 直角的曲线的格子和 10 垂直西格马铺平遵循现实主义的底部地形学的 37 × 数字地被学习。第一模型跑的一个旋转起来阶段用从 climatological 月刊平均数风计算的风应力被执行,恢复类型表面热和盐,和 climatological 月刊意味着淡水流动数据。在这篇论文,从模型从 Levitus94 数据集和计算温度和咸度拿的温度和咸度领域竞选12月的平均数,在的地方,为各个,季节被介绍冬季,夏天,多雨,并且泰国的雨季的结束到月1月被代表,4月,7月,和10月分别地。模仿的发行量也被描述。结果证明温度在得到比另外的部分的温度与华南海(SCS ) 连接温暖。在从 SCS 进的流入的任何深度得到,咸度是高,但是在流出从得到了表面,咸度是低的。强壮的发行量是顺时针方向在夏天和泰国,是东方亚洲季风经期,的雨季期间在东北并且在夏天期间西南。他们在夏天期间并且在发生在 Pattani 和 Narathiwat 省附近中央在雨季期间得到了。敏感实验被设计调查风强迫和开的边界条件的效果。强迫的风被显示是为产生发行量在的重要因素得到。在开的边界的侧面的速度具有到当前的循环为的可观的重要性多雨并且雨季的结束,与为冬季和泰国的夏天季节的不足道的效果。 | Nitima ASCHARIYAPHOTHA Prungchan WONGWISES Somchai WONGWISES Usa Wannasingha HUMPHRIES 游小宝 | 2008 | Advances in Atmospheric Sciences2008，25，3： | 1 |
| 3 | Enhancement of UAV Data Security and Privacy via Ethereum Blockchain Technology显示文摘Unmanned aerial vehicles(UAVs),or drones,have revolutionized a wide range of industries,including monitoring,agriculture,surveillance,and supply chain.However,their widespread use also poses significant challenges,such as public safety,privacy,and cybersecurity.Cyberattacks,targetingUAVs have become more frequent,which highlights the need for robust security solutions.Blockchain technology,the foundation of cryptocurrencies has the potential to address these challenges.This study suggests a platform that utilizes blockchain technology tomanage drone operations securely and confidentially.By incorporating blockchain technology,the proposed method aims to increase the security and privacy of drone data.The suggested platform stores information on a public blockchain located on Ethereum and leverages the Ganache platform to ensure secure and private blockchain transactions.TheMetaMask wallet for Ethbalance is necessary for BCT transactions.The present research finding shows that the proposed approach’s efficiency and security features are superior to existing methods.This study contributes to the development of a secure and efficient system for managing drone operations that could have significant applications in various industries.The proposed platform’s security measures could mitigate privacy concerns,minimize cyber security risk,and enhance public safety,ultimately promoting the widespread adoption of UAVs.The results of the study demonstrate that the blockchain can ensure the fulfillment of core security needs such as authentication,privacy preservation,confidentiality,integrity,and access control. | Sur Singh Rawat Youseef Alotaibi Nitima Malsa Vimal Gupta | 2023 | Computers, Materials & Continua2023，76，8： | 0 |
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