錯誤檢測程序 的英文怎麼說

中文拼音 [cuòwùjiǎncèchéngxù]
錯誤檢測程序 英文
bug monitor
  • 錯 : Ⅰ形容詞1 （錯誤; 不正確） wrong; mistaken; erroneous 2 （用於否定: 壞; 差） bad; poor 3 （交叉; ...
  • 誤 : Ⅰ名詞（錯誤） mistake; error Ⅱ動詞1 （弄錯） mistake; misunderstand 2 （耽誤） miss 3 （使受損害...
  • 檢 : Ⅰ動詞1 （查） check up; inspect; examine 2 （約束; 檢點） restrain oneself; be careful in one s c...
  • 測 : 動詞1. （測量） survey; fathom; measure 2. （測度; 推測） conjecture; infer
  • 程 : 名詞1 （規章; 法式） rule; regulation 2 （進度; 程序） order; procedure 3 （路途; 一段路） journe...
  • 錯誤 : 1 （不正確） wrong; mistaken; incorrect; erroneous 2 （不正確的事物、行為等） mistake; error; blu...
  • 檢測 : check; detection; test; gauging; detecting; sensing; [工業] checkout; measuring
  • 程序 : 1 （進行次序） order; procedure; course; sequence; schedule; ground rule; routing process 2 [自動...
  1. Tracking down and fixing programming errors in an application under development

    -檢測到正在開發的應用程序中的編程錯誤並修正這些錯誤。
  2. The adaptive thin groupware recognition system this paper illustratored uses the machine vision inspection technology, uses the professional optics image and advanced ccd electron photograph technology to get image, puts some process arithmetic on image through computer to complete its mission, and can recognise the unqualified assemble production having the problem of assembleing less and more hardware or the wrong assemble order. the recognition system is put into use in one mechanical factory in ningbo city, zhejiang province

    本課題所研究的薄形組合件自適應識別系統，運用機器視覺檢測技術、光學成像技術和ccd電子攝像技術，通過圖像處理和分析實現對薄型組合件裝配過程的檢測，有效地解決了裝配過程中出現的多裝、漏裝和安裝次序錯誤等問題。該檢測系統在寧波某機械公司得以應用，滿足了工廠各項檢測精度的要求。
  3. With the development of computer technology and modeling technology, the numerical control simulation technology has become a kind of effective method of foreseeing machining process performance, product quality and processing efficiency in the present production machining. it not only could inspect the rationality and correctness of nc program as a result it avoids the breakdown of nc equipment because of knife moving by error but also reduced the consumption and cost that test cutting brought before and shortened the development period of new product greatly

    在現代生產加工中，伴隨著計算機技術與建模技術的發展，數控模擬技術已成為能夠預測加工過程表現、產品質量及加工效率的一種有效方法，不但可以檢驗數控程序的正確性和合理性，避免由於機床走刀錯誤造成的數控設備損壞的危險，而且大大降低了以往採用工藝試切方法所帶來的高消耗和高成本，大大縮短了新產品的開發周期。
  4. Existent automatic grading model of programs can not deal with the programs with structural body. in this paper, we study the syntax and concept of structural body based on an existed model, and improve the original model in the following aspects : increasing the middle representation form of structural body in analysis of morphology and syntax and system dependence graph and abstract syntax tree, adding standardization rules, mainly including type definition, nesting structure, initialization, function invocation, renaming and sequence of program sentence, besides standardization rules of bit operation and program with enumeration, enhancing the function of inspecting syntax error and improving matching strategies

    本文在原有的編程題自動評分模型的基礎上，對結構體的語法結構和實現原理進行研究，並在以下幾個方面完善原有模型:在詞法和語法分析、程序的系統依賴圖建立和抽象語法樹生成三個方面增加結構體類型的中間表示形式;擴充程序的標準化規則，主要包括類型定義標準化、結構體嵌套結構標準化、結構體初始化的標準化、結構體作為函數參數時函數調用標準化、結構體變量名稱標準化、結構體語句排列順序標準化等等;另外，還增加了位運算標準化、枚舉標準化以及文件的處理;增強學生程序中語法錯誤的檢測和改進程序匹配策略。
  5. The most common place for a bug to occur in a test on a gui program is in the last step : checking that the state of the program was modified as intended

    在測試gui程序的過程中，錯誤最常發生的地方是在最後一步：檢查狀態是否已經按意願被修改。
  6. Test for potential application compatibility errors caused by common programming mistakes

    檢測由常見編程錯誤導致的潛在應用程序兼容性錯誤。
  7. Utility, we detect the default value of " undef " and leave the loop if the output might contain that string, a false collision could occur, however

    實用程序的輸出所替換的復合變量名時，我們就會檢測到「 undef 」默認值並退出循環（不過，如果輸出中可能包含那個字元串，會發生錯誤沖突） 。
  8. The process of locating and explaining detectable errors in a computer routine or hardware component

    對計算機程序或硬體部件中可檢查出來的錯誤進行檢測和判定的過程。
  9. A nonfatal error can be detected and investigated by a part of the operating system or run - time system and the results can be displayed or used to make a programmed decision

    非致命錯誤可以用操作系統或運行時系統的一部分進行檢測和研究，結果可以顯示出來，也可以用於進行程序判斷。
  10. Self - repairing programs automatically detect and repair critical errors

    自動修復程序能夠自動檢測並修復嚴重錯誤。
  11. Robustness provide predictable documented behavior in response to errors and exceptions. do not hide errors and do not force clients to detect errors

    健壯提供可預測的程序出錯和異常的文檔說明。不要隱藏錯誤，也不要讓使用者檢測錯誤。
  12. Second, in a realistic program, you should generally test the return values of all the api calls in this program immediately to detect errors ( e. g., import failure )

    第二，在一個實際的程序中，你一般應該立即檢查程序中所有api調用的返回值，以檢測錯誤（例如導入失敗） 。
  13. Building your application helps you detect compile - time errors

    生成應用程序的過程可幫助您檢測編譯時錯誤。
  14. Until now, most inspection tools either tried to take on the very difficult problem of proving that a program is correct, or focused on superficial issues such as code formatting and naming conventions, or at best, simple bug patterns such as self - assignment, unused fields, or potential errors such as unused method parameters or public methods that could be declared private or protected

    到目前為止，大多數檢測工具要麼極力試圖證明程序是正確的，要麼注重一些表面問題，如代碼的格式編排和命名規則，最多還關注一些簡單的bug模式，如自賦值、未使用的域或潛在的錯誤（如未使用的方法參數，或可以聲明為私有或保護的方法被聲明為公共的） 。
  15. First, this paper introduces the conception of software test, testability, and some existent model used for analyzing testability. second, we analyze the merits and demerits of each model, as followed, after we particularly investigating the process of software fault leading to software failure, we put forward our improved scheme ? stdm and specify the process that it measure software testability more logically. at last, based on stdm we design and implement a stds ( software testability detecting system ), which can be used to measure the testability of c programs, and show the detected result in different level

    本文首先介紹了軟體測試和可測試性的基本概念等用於檢測軟體可測試性的理論基礎，並詳細分析了一些理論檢測模型及各自的優缺點；接下來，針對這些可測試性檢測模型中所存在的問題，根據對軟體錯誤導致軟體失效過程的研究分析，本文提出了一種改進的解決方案stdm用於對軟體的可測試性進行量化檢測，文章在最後設計並實現了構建在此stdm模型基礎之上的一個軟體可測試性檢測工具，該工具能夠對c源程序進行可測試性檢測並得出量化結果數據，驗證了該模型的有效性。
  16. Extremeprogramming teams prefer to implement software to check for and detect errors, whether in the base software or in process, rather than to set up involved procedures which leave open the possibility of human error or laziness

    極限程序設計團隊不管是對于基本成型的軟體還是正在開發的軟體，喜歡以執行軟體來檢查、探測錯誤，而不是通過建立復雜的可能受人的錯誤和惰性影響的過程來做這件事。
  17. Remember that you can instrument an application not only to display errors, but also to monitor performance

    請記住，通過在應用程序中插入檢測點，不僅可以顯示錯誤，還可以監視性能。
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