文章在广泛收集研究区已有地质、物探、化探、遥感等资料的基础上,基于GIS建立了湖南省地学空间数据库。通过对比分析多个不同成因类型金矿床的成矿条件,建立矿床统计学预测数学模型,选取四大类68个标志信息,利用DPIS系统(Deposit’s Po...文章在广泛收集研究区已有地质、物探、化探、遥感等资料的基础上,基于GIS建立了湖南省地学空间数据库。通过对比分析多个不同成因类型金矿床的成矿条件,建立矿床统计学预测数学模型,选取四大类68个标志信息,利用DPIS系统(Deposit’s Position Indicating System)的信息量计算法,筛选出25个有用找矿地质标志,并计算出各标志对预测湖南省金矿的影响因子,最终圈定了研究区金成矿信息总量异常区,结合地质、矿产、化探等数据综合分析,进行金矿床定位预测。展开更多
This paper focuses on the key technologies of P2P technology and network traffic monitoring, which focuses on AC automaton and bypass interference control technology, and on based of it, we design a new P2P traffic mo...This paper focuses on the key technologies of P2P technology and network traffic monitoring, which focuses on AC automaton and bypass interference control technology, and on based of it, we design a new P2P traffic monitoring system. The system uses DPI and DFI recognition technology, as well as straight loss and bypass interference control technology, basically meet the recognition and control of P2P traffic. Finally, the test results show that this system recognition accuracy of P2P traffic is high, good control effect, function and performance meet the design requirements.展开更多
文摘文章在广泛收集研究区已有地质、物探、化探、遥感等资料的基础上,基于GIS建立了湖南省地学空间数据库。通过对比分析多个不同成因类型金矿床的成矿条件,建立矿床统计学预测数学模型,选取四大类68个标志信息,利用DPIS系统(Deposit’s Position Indicating System)的信息量计算法,筛选出25个有用找矿地质标志,并计算出各标志对预测湖南省金矿的影响因子,最终圈定了研究区金成矿信息总量异常区,结合地质、矿产、化探等数据综合分析,进行金矿床定位预测。
文摘This paper focuses on the key technologies of P2P technology and network traffic monitoring, which focuses on AC automaton and bypass interference control technology, and on based of it, we design a new P2P traffic monitoring system. The system uses DPI and DFI recognition technology, as well as straight loss and bypass interference control technology, basically meet the recognition and control of P2P traffic. Finally, the test results show that this system recognition accuracy of P2P traffic is high, good control effect, function and performance meet the design requirements.
