protect information systems. 4. Explain IT auditing and planning for disaster recovery. Ethics, Privacy, and Information Security LEARNING OBJECTIVES rain_c03_070-121hr.qxd 28-09-2009 11:25 Page 71 WEB RESOURCES Student Web site www.wiley.com/college/rainer • Web quizzes • Lecture slides in PowerPoint • Author podcasts • Interactive Case: Ruby’s Club assignments WileyPLUS • All of the above and... • E-book • Manager Videos • Vocabulary flash cards • Pre- and post-lecture quizzes
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Application Servers for E-Business Table of Contents Application Servers for E-Business - 2 Preface - 4 Chapter 1 - Introduction - 5 Chapter 2 - A Survey of Web Technologies - 22 Chapter 3 - Java - 44 Chapter 4 - CORBA - 65 Chapter 5 - Application Servers - 82 Chapter 6 - Design Issues for Enterprise Deployment of Application Servers - 114 Chapter 7 - Tying It All Together - 137 References - 160 For More Information - 163 page 1 Application Servers for E-Business Application Servers
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computers are no longer used today. Computers are now categorized based on their intended use and physical sizes. Typical categories include personal computers, handheld computers, workstations, videogame consoles, mainframes, supercomputers, and servers. A personal computer is one designed to meet the computing needs of an individual person, usually those computers for e-mail, word processing, and internet access. Personal computers can be desktop computers, notebooks, or tablet computers. A personal
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Operational Systems - Yevgeniy Tovshteyn Operating System Security Flaws Vulnerable, as defined by the dictionary is being capable of or susceptible to being hurt or wounded by a weapon. In computer science, to be vulnerable means to be open to attack. Vulnerability in a computer’s system is a weakness and this weakness can be preyed on by attackers to take advantage of the system’s private data. In using a system, we are assured that the data we input is stored securely and processed for the intended
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A Survey of SQL Injection Defense Mechanisms Kasra Amirtahmasebi, Seyed Reza Jalalinia and Saghar Khadem Chalmers University of Technology, Sweden akasra, seyedj, saghar{@student.chalmers.se} Abstract SQL Injection Attack (SQLIA) is a prevalent method which makes it possible for the attackers to gain direct access to the database and culminates in extracting sensitive information from the firm’s database. In this survey, we have presented and analyzed six different SQL Injection prevention
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Question 1. [Pg. 242] 1. [Challenge exercise 9.1.] Windows vulnerability (Passwords) One of windows vulnerabilities is that user accounts may have weak, nonexistent or unprotected passwords. The operating system and some third-party applications may create accounts with weak or nonexistent passwords. This in turn causes data to be vulnerable and with respect to user data it could be very damaging to a user’s organization if data is lost or removed without warning by an attacker. Also the
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destination, and the server at the destination must decide whether to accept and service these packets. While defenses such as firewalls were added to protect the servers from the attacks and threats posed, a key challenge for these defenses was to discriminate legitimate requests for service from malicious access attempts. If it is easier for sources to generate service requests than it is for a server to check the validity of those requests, then it is difficult to protect the server from unauthorized
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|Linux Security Technology | | 1. SELinux SELinux, an implementation of Mandatory Access Control (MAC) in the Linux kernel, adds the ability to administratively define policies on all subjects (processes) and objects (devices, files, and signaled processes). This mechanism is in the Linux kernel, checking for allowed operations after standard Linux Discretionary Access Controls DAC are checked
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Infrastructure) ………. Applications) ………. End Points (Client Devices) ) ………. Call Processing) ………. Major IP Communications Solutions) ………. IP Telephony) ………. Considerations for Deploying IP Telephony) ………. IP Conferencing) ………. IP Contact Centers) ………. Unified Messaging) ………. Rich Media Communications—Integrated Audio, Video, and Web Conferencing) IP Videoconferencing) ………. IP Video Telephony) ………. Extension Mobility) ………. IP Telephony Applications) ………. Mobility
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Infrastructure) ………. Applications) ………. End Points (Client Devices) ) ………. Call Processing) ………. Major IP Communications Solutions) ………. IP Telephony) ………. Considerations for Deploying IP Telephony) ………. IP Conferencing) ………. IP Contact Centers) ………. Unified Messaging) ………. Rich Media Communications—Integrated Audio, Video, and Web Conferencing) IP Videoconferencing) ………. IP Video Telephony) ………. Extension Mobility) ………. IP Telephony Applications) ………. Mobility Applications) ………. Softphones/Soft-agents
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