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    Please use this identifier to cite or link to this item: http://ir.lib.ncu.edu.tw/handle/987654321/65718

    Title: 基於Windows API之實驗狀態回饋機制研究 ─以CSEP雲端安全實驗平台為例;On the Research of Windows API-based Experimental State Feedback Mechanism ─A Case Study on the Cloud Security Experimental Platform
    Authors: 卿韻亭;Ching,Yun-ting
    Contributors: 資訊管理學系
    Keywords: Windows API;API Hooking;狀態回饋;雲端安全實驗平台;Windows API;API Hooking;State Feedback;Cloud Security Experimental Platform
    Date: 2014-07-25
    Issue Date: 2014-10-15 17:08:50 (UTC+8)
    Publisher: 國立中央大學
    Abstract: 隨著資訊與網路的蓬勃發展,許多個人化的服務提供也隨之興起,衍伸而出的是許多商機。除了電子商務領域中的個人化服務推薦的應用之外,亦有個人化數位學習的應用。而這些個人化服務的提供最首要的一件事情就是「獲得使用者於使用服務時的使用動作/操作行為」。在針對如何獲得使用者操作行為的這個領域中,目前在學術上與網路上也已經有許多關於狀態獲取與辨識的文獻與機制,但這些狀態辨識機制卻仍不夠全面性地辨識使用者操作時所點選的項目資訊。
    為了能夠更全面地辨識使用者操作時所點選的項目資訊,本研究提出實驗狀態回饋機制(Experimental State Feedback Mechanism, ESFM),能夠即時捕捉使用者在Windows作業系統中的操作動作。並以CSEP雲端安全實驗平台為例,CSEP是一個具有互動式教學的數位學習平台。故可利用ESFM來捕捉使用者在虛擬實驗主機上的操作動作,進而回饋實驗的下一步驟給CSEP,讓使用者能夠一步步地接續進行爾後的實驗。
    ;With the rapid development of Internet, many personalized services also rise and bring many business opportunities. In addition to the application of personalized service recommendation in the field of e-commerce, some application of personal e-learning also exists in the field of providing personalized services. While providing these personalized services, the most important thing is "To get user′s action behavior when they using the service." There are many academic literatures and mechanisms about how do we access and identify user′s action behavior, but this information is still not enough to show the details of user′s operating behavior.
    In order to identify user′s action behavior more accurately, our study presents the Experimental Status Feedback Mechanism (ESFM). ESFM could instantly capture user′s action on Windows OS. Our study use Cloud Security Experimental Platform (CSEP) as an example, CSEP is an e-learning platform and provided with interactive teaching. Therefore, through ESFM could capture user′s action when they do some operations on the virtual machine. When ESFM capture this information, it will send this information to CSEP server, allowing users to follow steps and finishing their experiments.
    The ESFM we proposed has been proven that it can aptly capture the user′s actions and recognize the window and widgets information. ESFM not only has lower impact on system performance, but improve the Sikuli mechanism used in CSEP experiments. Therefore, ESFM could capture the user′s operation without affecting them on the virtual machine and used for future design of CSEP experiments.
    Appears in Collections:[資訊管理研究所] 博碩士論文

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