洪基善 的英文怎麼說

中文拼音 [hóngshàn]
洪基善 英文
hongki-sun
  • : i 形容詞(大) big; vast; grand Ⅱ名詞1. (洪水) flood 2. (姓氏) a surname
  • : Ⅰ形容詞1 (善良; 慈善) good 2 (良好) satisfactory; good 3 (友好; 和好) kind ; friendly 4 (...
  1. Six foundation works : first, projects to prevent flood, avoiding huai river overflow again ; second, projects of comprehensive traffic, perfecting the highway, railway, waterway and aviating traffic network ; third, ecological environmental protection project to improve peoples living conditions and strengthen environmental ecological construction progressively ; fourth, construction of " digital fuyang ", realizing datamation of product design, automation of production process, and electronization of commercial market ; fifth, sincere project of fuyang, advancing all kinds of sincere institutional improvement of same trade, forming morals based on sincerity, and personal integrity ; sixth, talents market project, developing human resources diversely

    六項礎工程:一是防保安工程,切實根除淮河心腹之患;二是綜合交通工程,完公、鐵、水、空綜合交通網路;三是生態環保工程,改人居生活條件,加強環境生態建設;四是數字阜陽工程, .逐步實現產品設計數據化、生產過程自動化、營銷商務電子化;五是誠信阜陽工程,推進各類同業誠信制度建設,形成誠信為本、操守為重的社會風尚;六是人才強市工程,多方位開發人力資源。
  2. The dissertion, after introducing physical geography situation and societal economic sitiuation of chongqing, has also analysed the basic feature of water resources in chongqing, at present the water resources utilization in chongqing is still in traditional phase. there are so many faults and shortcomings in water resources management system. the construction of water resources institutions and regulations is fallen behind. the supply of water resoures has not sufficiently satisfied the demand to water resources. the condition of water quality has not radically improved. soil losses is still serious. the incidence of flood and drought is very high. in accordance with present condition of water resources utilization in chongqing, the dissertion argues that it should strengthen people ' s understanding to water resources sustainable utilization for chongqing ; reform the present water rexources management system and have a try on water affairs management system in chongqing ; make effort to construction of water resources " institutions and regulations ; realize demand management, constuct save - water model society ; according to actual condition, strength water utilization constrution, then realize the balance between water resources supply and demand ; according to the idea of " control resources, conduct flow ", control water pollution, realize sanitary generation ; control soil losses and protect water enviroment ; construc t the system of flood control and diaster prevent

    在對重慶市的自然地理情況和社會經濟情況作了介紹之後,還分析了重慶市水資源的本特徵,目前重慶市的水資源利用還處在傳統的開發利用階段,水資源管理體制還存在許多弊端,水的法規制度建設也相對落後,水的供給還不能完全滿足需求,水質狀況沒有得到根本性的改,水土流失還很嚴重,水旱災害發生的頻率比較高。針對重慶市水資源利用的現狀,本文提出:應加強對水資源持續利用的認識;改革目前重慶市的水管理體制,嘗試水務局管理體制,相應加強水的法規和制度建設,實現需水管理,建立節水型社會;根據實際情況,加強水利建設,實現水的供需平衡;依據「控源導流」的思想控制水污染,實現清潔生產;治理水土流失,保護水環境;建設防減災體系。
  3. At the same time, based on flood dispatching auto - monitoring system of shiquan reservoir, which is a hydrological data telemetering system and real - time flood forecasting system, this paper studies and develops the flood - dispatching system and perfects the flood - dispatching auto - monitoring system

    同時在水庫水調自動化監控系統礎上,即水情測報系統和水預報系統,本論文研究和開發了水調度系統,完了水調自動化監控系統。
  4. ( 3 ) combined with probability statistic knowledge, introduce the basic theory of message passing algorithm ; analyse the classical decoding algorithm of ldpc codes, including sum product algorithm which based on probability and llr, and min sum algorithm. ( 4 ) research message passing process on the tree ; according spa, turn the flooding schedule to serial schedule based on c - nodes and v - nodes, namely serial algorithm and, analyse de and complexity ; simulations show that the both serial algorithms could improve decoding performance, improve convergence property, reduce complexity

    ( 4 )研究了和積譯碼演算法在樹上的消息傳遞過程;在ldpc碼經典譯碼演算法礎上,將水消息傳遞機制轉換成於校驗節點的串列消息傳遞機制和於變量節點的消息傳遞機制,分別對應串列譯碼演算法和串列譯碼演算法,並對密度進化和譯碼復雜度等方面進行分析;模擬結果表明,兩種串列譯碼演算法都使譯碼性能得到明顯提高,改了消息收斂特性,降低了譯碼復雜度。
  5. Based on the facing situation in rural infrastructure construction after the reform of rural taxes and administrative charges, the chance and challange were analyzed ; the achievement and problems existing before and after the reform were pointed out ; the basic consideration on infrastructure construction in post - period of the reform of rural taxes and administrative changes were put formard, that is, taking a scientific concert in development, concerning with masses intervests, improving the facilitates of the rural traffic, information, education, energy, provision, drinking warter, flood control, disaster prevention through above analysis, the countermeasures to fasten the progress of rural infrastrueture construction were disccused in order to make a beneficial recycle between investment and profit in the rural infrastructive construction

    摘要針對農村稅改后農業礎設施面臨的新形勢,詳細分析了機遇和挑戰;指出稅改前後農村礎設施建設成果與存在問題;提出后稅費改革時期農村礎設施建設的本思路落實科學發展觀,堅持以人為本,改農村交通、資訊、教育、能源、飲水、防和防災減災設施等;通過上述的分析,探討了加快農村礎設施建設的對策建議,使礎設施建設投人與收益進人良性循環階段。
  6. In person integrating respect, beginning with integrated effect, the thesis questions two ways of person integrating - that is expert integrating and professed person integrating of water management. as for department integrating, being based on present management framework on watershed, the thesis adopts the method that consolidates different department for watershed water resources management though founding medium framework to improve management for water resources. in information integrating direction, the thesis, though anatomizing present water information, center on computer network and database, studies integrating of four spawn - systems - synthesis management information system of water resources, auto - transport system of standing overflow, monitor protection system on water quality and better transport system of water

    在人事集成方面,從集成的作用入手,探討人事集成的兩種方式? ?即專家群體集成及水管理職能人員的集成;在部門集成上,以流域現有管理體制為礎,通過設置中介協調機構,把與流域水管理有關的不同職能部門協調統一起來,以改對流域水資源的管理;在信息集成方面,通過剖析水利信息化現狀,以計算機網路和數據庫為核心,研究水資源綜合管理信息系統、防自動化調度系統、水質監測保護系統和供水調度優化系統四個子系統的集成。
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