掘地取水 的英文怎麼說
中文拼音 [juédeqǔshuǐ]
掘地取水
英文
dig for water-
Chapter four makes some suggestions to china ' s future multinational operations. with china ' s entry into wto, chinese enterprises will face competition both at home and abroad. it requires joint efforts from governments and enterprises to implement " go - international " strategy : 1 ) to reform administrative mechanisms of governments and enterprises, 2 ) to fulfil scale effects by establishment of enterprise groups, 3 ) to increase international competitiveness by reasonable utilization of domestic and foreign resources, 4 ) to improve product design and promotion, 5 ) to set up explicit strategic goals in multinational investment, 6 ) to develop talents, 7 ) to enhance technology and develop integrative advantages, 8 ) to take flexible ways to enter foreign markets, 9 ) to implement diversification strategy
實施「走出去」戰略需要政府和企業兩方面的共同努力，中國企業跨國經營的發展首先是要改革政府管理體制和企業的經營機制，這是中國企業跨國經營發展的根本所在；同時要促進跨國企業的集團化以尋求規模效應；要善於發掘自身的技術和資源優勢，實現內外資源合理配置，提高國際競爭力；要改進產品設計和宣傳，突出產品差別優勢；要有明確的跨國戰略投資目標；要注意培養高素質的跨國經營人才；要提高科技水平，增強企業綜合實力，而不能僅靠勞動力等方面的傳統優勢；在進入戰略上也應因地制宜採取靈活多樣的方式；同時要實施多元化的跨國經營戰略。The optimized feature set feeds a 3 - class classification module, which is based on the traditional binary svm classifier. and the proposed linear programming svm reduces the burden of the svm classifier and improves its learning speed and classification accuracy. a new algorithm that combined svm with k nearest neighbor ( knn ) is presented and it comes into being a new classifier, which can not only improve the accuracy compared to sole svm, but also better solve the problem of selecting the parameter of kernel function for svm
在研究了數據挖掘、支持向量機及其有關技術的基礎上，建立了實現三類水中目標識別的svm方法；採用線性規劃svm解決了傳統二次規劃svm在海量樣本情況下導致的時間和空間復雜度問題；提出了將最近鄰分類與支持向量機分類相結合的svm - knn分類器應用於水中目標識別的思想，較好地解決了應用支持向量機分類時核函數參數的選擇問題，取得了更高的分類準確率。A large number of scientists have made a lot of carefully and thoroughly studying works and obtained many important results for widening absorbing ability of soil water, regulating suitability of roots to water stress, exploiting productive potential of dryland in the last several decades
摘要幾十年來，大量科學工作者為拓寬小麥根系對土壤水分的吸收能力和調控根系對乾旱的適應能力，挖掘乾旱地區的生產潛力，實現高產做了大量細致的研究工作，取得了許多重要研究成果。
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