Nimda Wor Mv2
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The document discusses the Nimda worm, which was first discovered in September 2001. It spread through email attachments and network shares. Nimda stands for "Admin" spelled backwards. It caused denial of service attacks and infected existing files. Microsoft released an official fix on March 29, 2001 to address the worm. Updating antivirus software and scanning infected computers is recommended to remove the Nimda worm.
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violated. We propose a novel, adaptive internal clock synchronization
algorithm which allows to compute the deviation between the clocks during
runtime. The computed deviation can be propagated to the application layer
to allow it to adapt its behavior according to the current clock deviation.
The contributions of this paper are: (1) a new specification of a relaxed
clock synchronization problem, and (2) a new clock synchronization algorithm
with a novel approach to dealing with crash failures.
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The document discusses the Nimda worm, one of the first viruses to infect existing files. It was first discovered in September 2001 and spread through email attachments and network shares. The worm's name is "Admin" spelled backwards and it caused denial of service attacks by overloading servers. While economically damaging, it had a relatively minor overall impact. The writer seems to have created the worm to cause disruption.
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Computer viruses are malware designed to crash operating systems or modify computers. There are many types of viruses like Trojan horses, Win32 viruses, and AGI-Plan viruses. To protect against viruses and hacking, people should use antivirus programs, firewalls, strong passwords, scan devices daily, only download from trusted sources, and deploy other security measures. Basic viruses can be created in Notepad using Visual Basic script to eject CD drives or batch files to crash a PC, showing how important defenses are. Hacking involves accessing passwords, files, or computers without permission through methods like phishing, smishing, or malware. Strong security practices are needed to prevent unauthorized access.
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This document discusses various types of malware including viruses, worms, Trojan horses, and spam. It defines each type and provides examples. Viruses are programs that replicate themselves and can damage computer systems. Different types of viruses are described. Worms replicate rapidly across networks to infect other systems through security vulnerabilities. Trojan horses disguise harmful programs as legitimate files. Spam is defined as unsolicited commercial email. Methods of prevention for each type of malware are mentioned.
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Computer viruses have existed since the early 1980s. Some key events in virus history include the first Apple viruses in 1981, Fred Cohen's seminal research in the 1980s, the first memory resident virus called Lehigh in 1987, and the release of the first antivirus software in 1988. Major viruses that caused widespread damage include Melissa in 1999, I Love You in 2000, Code Red in 2001, and Slammer in 2003. To prevent virus infections, it is important to keep systems and software updated, use antivirus software, be wary of unknown attachments, and verify any security alerts before taking action.
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Antivirus programs were created in the 1980s to detect and remove computer viruses. As operating systems and internet usage became more advanced, antivirus programs evolved to not only detect viruses but block and disinfect them to prevent infection. Today antiviruses can recognize other types of malware like spyware, worms, trojans, and rootkits. Common types of antivirus software include programs from Panda, McAfee, Symantec, TrendMicro, and Kaspersky which protect personal and business computers from viruses and other threats.
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Computer viruses and worms are malicious software programs that spread from computer to computer and interfere with operations. Viruses spread through email attachments and downloads, while worms replicate by exploiting security vulnerabilities to copy themselves to other systems on a network. Common types are executable viruses, boot sector viruses, and macro viruses like the damaging Melissa virus of 1999. Prevention methods include installing antivirus software, keeping systems updated, and using firewalls. Trojan viruses differ in that they do not self-replicate but perform unauthorized actions like deleting or blocking access to data when activated. The first major computer worm was the Morris worm of 1988, which disrupted many systems and led to the conviction of its creator.
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The document discusses the history of computer worms and viruses. It describes how the first widely known worm, the Morris worm, was created by a graduate student in 1988 and how he was later convicted. It defines worms as software that replicates itself across a network by exploiting security vulnerabilities. The document also provides details on typical functions of computer viruses today, how viruses spread through email, and examples like the Melissa virus. It concludes with recommendations for prevention like keeping systems updated and using antivirus software.
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The top sources of virus attacks are highlighted below: Downloadable Programs Cracked Software Email Attachments Internet Booting From CD. 10. Best antivirus software. Norton antivirus. MacAfee virus scan Kaspersky antivirus. 11. Norton antivirus Norton antivirus is a product of Symantec corporation.The top sources of virus attacks are highlighted below: Downloadable Programs Cracked Software Email Attachments Internet Booting From CD. 10. Best antivirus software. Norton antivirus. MacAfee virus scan Kaspersky antivirus. 11. Norton antivirus Norton antivirus is a product of Symantec corporation.
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