本文選題：移動辦公　切入點：安全管理　出處：《南京理工大學》2017年碩士論文　論文類型：學位論文

【摘要】：隨著智能手機等移動設備的全面普及,移動辦公方式發生了巨大的改變,辦公人員可以擺脫空間和時間的約束,使用手機隨時隨地進行辦公。這一便利也帶來了極大的安全隱患,比如辦公人員保存、傳播、盜用公司機密信息,因此對于移動辦公能否制定一個安全解決方案是移動辦公發展的瓶頸。論文選題來源于深圳中興網信技術有限公司的實際項目"云盾--移動辦公安全解決方案"。該系統汲取了現有移動辦公系統的優點,并對其不足之處進行改善,將云計算的優勢融入其中,通過在手機上連接云計算中心,獲取遠程虛擬化的Android系統環境,該系統不存儲于本地,手機端只進行頁面展示,所有數據均存儲于云端虛擬機中,達到安全辦公,降低公司成本,不侵擾員工隱私的目標。本文圍繞云盾移動辦公解決方案的改版項目,對移動管理系統進行設計和分析。論文的主要工作包括:首先,對系統開發框架進行概述,比較了各種技術開發框架后,采用目前性能較好的Spring MVC框架進行開發,同時使用數據持久層框架MyBatis進行配合,實現了對應用層的基礎支撐,簡化了前端與后臺繁瑣的數據交互。其次,詳細介紹了定制云平臺和云數據庫的方法,并對Windows Azure公有云服務和SQLAzure進行了詳細說明,實現了系統在云平臺的部署和存儲服務。然后通過對系統需求的分析,完成了系統主要功能的設計,包括用戶管理,虛擬機管理,客戶端版本管理,應用管理,登錄驗證等七個模塊,給出了部分主要模塊的代碼示例,實現了對云辦公方式的安全管理。在安全分析部分,由于云服務商都是不可完全信任的,將數據存儲在云平臺中的安全問題是系統設計必不可少的部分。本文提出使用云審計的方式驗證云端數據的完整性,通過對云服務商,用戶,TPA(第三方審計,Third Party Audit)三個終端在云審計過程中的交互進行模擬仿真,實現了云端數據完整性驗證的目標。最后,對系統進行測試,分為功能和性能進行測試,功能測試部分展現系統各個模塊正常運行,性能測試通過逐漸加壓的方式對客戶端并發登錄以及客戶端并發操作進行壓力測試,評估系統的最大處理能力。
[Abstract]:With the popularity of mobile devices such as smart phones, the mode of mobile office has changed dramatically. Office workers can get rid of the constraints of space and time. This convenience also brings great security risks, such as the preservation, dissemination, and embezzlement of confidential company information by office personnel. Therefore, whether the mobile office can make a security solution is the bottleneck of the development of mobile office. This paper comes from the actual project "cloud shield-mobile office security solution" of Shenzhen ZTE Technology Co., Ltd. The system draws on the advantages of the existing mobile office system, By connecting the cloud computing center on the mobile phone, we can get the remote virtualization Android system environment, the system is not stored in the local, the mobile phone only carries on the page display. All data are stored in the cloud virtual machine to achieve the goal of secure office work, reduce company costs, and do not intrude on the privacy of employees. The main work of this paper is as follows: firstly, the system development framework is summarized. After comparing various technical development frameworks, the Spring MVC framework with better performance is used to develop the mobile management system. At the same time, the data persistence layer framework MyBatis is used to support the application layer, which simplifies the complicated data interaction between the front end and the background. Secondly, the method of customizing cloud platform and cloud database is introduced in detail. The Windows Azure public cloud service and SQLAzure are described in detail, and the deployment and storage services of the system on the cloud platform are realized. Then, through the analysis of the system requirements, the design of the main functions of the system is completed, including user management, virtual machine management, and so on. Seven modules, such as client version management, application management, login verification and so on, are given. The code examples of some main modules are given, and the security management of cloud office mode is realized. In the security analysis part, because cloud service providers are not completely trusted, The security of storing data in cloud platform is an essential part of system design. This paper proposes to use cloud audit to verify the integrity of cloud data. The interaction of the three terminals in the process of cloud audit is simulated and simulated by the user TPA (third Party Audit), which realizes the goal of data integrity verification in the cloud. Finally, the system is tested, which is divided into function and performance. The function test part shows the normal operation of each module of the system. The performance test carries on the stress test to the client concurrent login and the client concurrent operation through the gradual pressurization way, evaluates the system maximum processing ability.
【學位授予單位】：南京理工大學
【學位級別】：碩士
【學位授予年份】：2017
【分類號】：TP311.52;TP393.09

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本文編號：1603654