information technology application 中文意思是什麼

information technology application 解釋
信息技術應用
  • information : n. 1. 通知，通報，報告。2. 報導，消息，情報。3. 資料，知識，學識。4. 【自動化】信息，數據。5. 【法律】起訴，告發。adj. -al
  • technology : n. 1. 技術，工程，工藝。2. 製造學，工藝學。3. 術語（匯編）。
  • application : n. 1. 適用，應用；運用。2. 申請，請求；申請表格。3. 勤勉，用功。4. 敷用；敷用藥。
  1. With the wide application of information technology, the new concept of " education serves learning " has already been rooted in the hearts of people. the educational structure will turn from a dominator to a server

    隨著信息技術的廣泛應用， 「教育為學習服務」的新理念已深入人心，教育結構會逐漸由主導者變為服務者。
  2. Application of equipotential bonding and earthing in buildings with information technology equipment

    帶有信息技術設備的建築物中等勢連接和接地的應用
  3. Auto electronics is the generatrix of the electronfying of auto application, electronic information technology and electronic technology

    汽車電子是指汽車上應用的電子化和電子信息技術及相關電子技術的總稱。
  4. The study and contemplation on application of information technology to higher art education

    信息技術在高等美術教育中的應用研究及設想
  5. Modern agriculture needs the support of information technology. the agricultural expert systems ( es ) are the kind of intellective information technology of agriculture. the application of agricultural expert systems alters the blindness and the subjectivism of the decision - maker in agricultural production, reducing the impolicy, allaying the shortage of agricultural technical staff, and promoting the sustainable development of agriculture

    現代化農業需要信息技術的支持，農業專家系統是一種智能化的農業信息技術，它的應用改變了過去農業生產基層領導者決策的盲目性和主觀性，減少了決策的失誤，緩解了我國農業技術推廣人員不足的矛盾，促進了農業的持續發展。
  6. Ipi. 2 : information technology - computer graphics and image processing - image processing and interchange - functional specification - part 2 : programmer ' s imaging kernel system application program interface

    信息技術.計算機制圖和圖像處理.圖像處理和交換
  7. Today, the most of aeronautic industry corporation pay attention to the application of information technology and iso standard. these corporations need an aeroplane configuration management system to solve the problems of the aeroplane development management

    信息化技術的不斷發展，飛機研製過程嚴格的標準要求，都要求我們研究並實施一套科學、先進的飛機技術狀態管理系統。
  8. The courses include politics, chinese, mathematics, english, information technology and application, physical education and health care, art appreciation, overview of cuisine, nutrition and sanitation of food, civil aviation english, overview of aviation, microsoft office, catering, aviation commercial english, preliminary japanese, cuisine english, pr and business etiquette, business letters and writing, e - commerce, air catering service, self - image design, etc

    開設有政治、語文、數學、英語、信息技術與應用、體育與保健、藝術欣賞、烹飪概論、食品營養衛生、民航英語、航空概論、辦公自動化、菜點酒水知識、航空商務英語、日語基礎、烹飪英語、公關與商務禮儀、商務函電與寫作、電子商務、航空餐飲服務、自我形象設計等課程。
  9. In addition, the integration of the datalogger and information technology as a teaching ideology has been brought forward in the dissertation. the application that the datalogger integrated to courzeware and webpages has been cited in facilitating the teaching of physical experiments. it ' s indicated that using the above mentioned integration, will not only make up the lack of the resource, but also improve the physics teaching with excellent educational effectiveness

    本文還提出了數據採集器與信息技術整合的教學思路，列舉了數據採集器實驗與其課件、網頁在輔助物理實驗教學中的應用，闡述了數據採集器實物實驗與它的輔助課件、網頁相接合，相得益彰，不僅能彌補資源的不足，而且還能取得很好的教學效果。
  10. Information technology - ean ucc application identifiers and fact data identifiers and maintenance

    信息技術. ean ucc應用標識符和fact數據標識符及維護
  11. In the university ’ s administration informatization construction, the information resource is the core, the information technology application is the method, the transformation of working way and enhancement of the working efficiency is the goal, the talented person technology, the policy laws and regulations and the standard is the safeguard

    在高校政務信息化建設中，信息資源是核心，信息技術應用是手段，轉變工作方式，提高工作效率是目的，人才技術、政策法規和標準是保障。
  12. The issue focuses on various levels of governmental departments, communication enterprises, manufacture companies and evaluation corporations ; it products manufacturers, software enterprises and information technology application departments ; semiconductor or material equipment devices components manufacturers as well as concerned design and distribution enterprises ; automobile manufacturers and automobile electronic products manufacturers

    面向各級政府主管部門;通信運營企業、製造企業和增值服務企業； it產品製造企業、軟體企業及信息技術應用部門；半導體、材料設備元器件製造企業及相關設計、流通企業；汽車製造企業和汽車電子產品製造企業。
  13. Meanwhile, the paper discusses the fundamentals to be an international journal, and outlines the conditions that a scientific journal to be an international journal, from the perspectives of the level of research, the scale of scientific community, editor ' s sensitivity to information, information technology application and the marketing administration

    論文同時分析了國際化期刊形成的基礎，從科學研究水平、科學共同體規模、信息捕捉能力、信息技術條件，以及市場經營水平等層面，提出科技期刊成為國際化期刊的條件。作者認為，期刊國際化與期刊面向國際是兩個截然不同的概念。
  14. Now in economical globalization, competition superheating and the information technology application has met development time rapidly, the informationization already became the life of enterprise and the core competitive power, enterprise ' s development cannot leave the informationization. because the enterprise informationization is a quite arduous complex systems engineering, to our country many overall enterprises said still was the brand - new topic, regardless of in the plan in the construction informationization process, the it enterprise, the consultant firm stemming from the pure business objective and the competition need, aware, not on own initiative misleads the enterprise, the exaggerating enterprise to the informationization technology, the application and the effect understanding, causes it to plan and constructs this enterprise the informationization project to be separated from the enterprise present situation. our country informationization construction both must quicken pace, and must embark from the reality. “ persisted the informationization impetus industrialization, the industrialization promotion informationization, walks the new industrialization path

    本文以企業信息化投資強度的為主線，描述了投資強度的分佈規律以及曲線，從投資強度的控制對策入手進行分析研究，根據投資強度的影響因素指標體系的設計原則，設立影響因素指標體系的設計分層目標，在構建投資強度影響因素體系的基礎上，提出了投資強度影響因素總體設計框架和投資強度影響因素的指標確認方法，利用科學的對比、統計手段，構建影響因素的結構性矩陣框架，創新性提出了影響投資強度匡算模型，本文系統性概括了信息化投資的二維界定方法，針對企業信息化投資強度給出一個總體的概述，並且從信息化投資過程綜合復雜的關系中梳理出一個綜合模糊使用數理模型。
  15. Probe on information technology application in special education

    特殊教育中信息技術的應用初探
  16. Accelerating information technology application in continuous education

    加快信息技術在繼續教育中的應用
  17. Information technology application

    資訊科技應用
  18. With an enlarged gap between the expanding of information technology application field and the laggard development of responding defense technology, the situation turns to be serious

    隨著信息技術應用領域的擴大與對應的安全防禦技術發展的不平衡，這種威脅變得愈加嚴重。
  19. He has extensive experiences in contract and project management, information technology application, integrated total quality management system, change management, risk management and property asset and facility management, and he is responsible for the property asset and facility management division of urban group

    蘇先生在合約及項目管理資訊科技全面優質管理系統轉變管理風險管理物業資產及設施管理均擁有豐富經驗。他現時負責掌管集團物業資產及設施管理部。
  20. The effective approaches of improving the level of information technology application in geological surveying and mineral resource exploration are : ( 1 ) a common data platform should be established based on subject geological and mineral point source resource databases ( including spatial databases and attribute databases ) according to the character of the work itself ; ( 2 ) the main flow of geological surveying and mineral resource exploration can be rebuilt by making use of information system technology to put the computer aided whole working flow into practice ; ( 3 ) the " multi - s " system integration such as technical integration, network integration, data integration and application integration should be carried out, and meanwhile 3d visualization of exploration data can be realized

    摘要實現地礦勘查工作信息化的有效途徑與方法是根據地礦勘查工作自身的特點，建立以主題式地礦點源數據庫（包括空間數據庫和屬性數據庫）為基礎的共用數據平臺；利用信息系統技術對地礦勘查工作主流程進行充分改造，實現全程計算機輔助化；進行「多s 」的技術集成、網路集成、數據集成和應用集成，同時實現勘查數據的三維視覺化。
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