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电子计算机与人类社会结下了不解之缘.电脑不仅用于科学与工业生产、而且已用于预报天气、指挥交通、工业管理、诊病开方、绘图、下象棋、乃至分析政治形势等各行各业.那么,找矿勘探人员何时才能在办公桌上放个微型计算机,以帮助他们寻找矿产资源呢? 美国斯坦福研究所人工智能中心研制的可用于矿物勘探的计算机咨询系统“找矿者”(Prospector),已经诞生五年了. 该项研究由美国地质调查和国家科学基金会提供资金,并由美国地质调查指派了若干地质人员与计算机人员帮助建立矿床模式,并使模式计算机化.“找矿者”的总成本约为100万美元,进行了略相当于10人十年的研究工作.研究成果包括九个已完成的模式、三个几近完成的模式和一个尚处于最后研究阶段的模式.附表中列出了12个模式的类型、模式设计人及复杂程度.未列出的第13号模式,
Computer and human society has become a bond between computers not only for science and industrial production, but also for forecasting weather, directing traffic, industrial management, prescribing, drawing, chess, and even analyzing political situations So when the prospectors can put a microcomputer on the desk to help them find mineral resources? US Institute of Artificial Intelligence developed by Stanford Institute for mineral exploration computer consulting system “looking for ore (Prospector), has been in existence for five years and was funded by the U.S. Geological Survey and the National Science Foundation with a number of geologists and computer personnel assigned by the U.S. Geological Survey to help establish a deposit model and computerize the model The total cost of the ”prospectors" is about $ 1 million and has been roughly equivalent to a decade-long study of 10. The research results include nine completed models, three near-complete models and one that is still in the final stages Research phase of the model.The schedule lists the 12 types of patterns, pattern designers and complexity.Not listed in the 13th model,