Files Distinction Technology Achieving Protection of Web Page Browsing
Date Issued
2009
Date
2009
Author(s)
Yang, Chun-Ze
Abstract
Internet services are rapidly developed today. They become essential part of our daily life. They not only force increase of network crime but also lead to increase number of malicious software in the network every day. The malicious software is also named as malware. The malware techniques are made more and more compact. When the webpage is turned on, the malware, like the viruses, the worms, the botnets, or the backdoor, are also planted to user’s computer and hided in the system via browsing the URL links at the same time. They spy on users’ computer and collect users’ private information by remote control. Users’ computers infected with malware cannot be aware of having been infected. So, the malware attack via browsing web pages is main way recently. Therefore, In order to prevent the malware invading from internet, real-time detection in the network is very important.his thesis proposes one structure of cloud computing to reduce the PC’s burden, and to help the user to judge immediately whether the linked websites hide crisis. The user can get safe protection of web page browsing. However, the structure of system has a bottleneck about responding time. We must improve efficiency in order to reach the feasibility on the people''s livelihood in the future. For the purpose, we propose file distinction technology (FDT) in the paper. It can filter suspicious files fast and reduce analysis times for achieving the ideal state on the structure.ur technology is utilizing the signature of different file formats. This research can differentiate the real file formats from the fake ones. If the virus disguises as the general file sedulously, it will be unable to hide. This method can differentiate whether the files can be reserved with several bytes. It improves the speed of differentiating the file.
Subjects
network security
malware
cloud computing
malicious files
SDGs
Type
thesis
File(s)![Thumbnail Image]()
Loading...
Name
ntu-98-J96921030-1.pdf
Size
23.32 KB
Format
Adobe PDF
Checksum
(MD5):bdec86ad37373cfddd16b763d09fe6d2