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PDF Pack Release 5

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2013-2-10 08:14 2024-10-1 08:34 29 190.99 MB 250
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文件列表
  1. Viruses Revealed Understanding and Counter Malicious Software.pdf49.94MB
  2. Techniques virales avanc%2b%aees.pdf18.2MB
  3. The Art of Computer Virus Research and Defense.pdf9.89MB
  4. The Dangers of Computer Viruses Implications for 21st Century Educators.pdf9.02MB
  5. The Giant Black Book of Computer Viruses.pdf5.73MB
  6. WORM AND VIRUS DEFENSE HOW CAN WE PROTECT THE NATION'S COMPUTERS FROM THESE THREATS.pdf5.6MB
  7. Virus Tutorial.pdf2.74MB
  8. The worm that turned A social use of computer viruses.pdf2.71MB
  9. The Internet Worm Program An Analysis.pdf2.34MB
  10. Using Plant Epidemiological Methods To Track Computer Network Worms.pdf2.34MB
  11. Virus als Metapher.pdf2.25MB
  12. Using the KBTA method for inferring computer and network security alerts from time-stamped, raw system metrics.pdf1.84MB
  13. The Use of Heuristics in Identifying Self-Propagating Malicious Mobile Code.pdf1.82MB
  14. Trojan White Paper.pdf1.8MB
  15. The Giant Black Book of Computer Viruses (2nd ed.).pdf1.73MB
  16. The Rise of AutoRunBased Malware.pdf1.67MB
  17. Technological Turf Wars A Case Study of the Computer Antivirus Industry.pdf1.67MB
  18. The Pathology of Computer Viruses.pdf1.43MB
  19. The Shockwave Rider.pdf1.41MB
  20. The Little Black Book of Computer Viruses.pdf1.39MB
  21. Technologically Enabled Crime Shifting Paradigms for the Year 2000.pdf1.38MB
  22. Testing Time for Antivirus Software.pdf1.37MB
  23. Trojans Worms and Spyware A Computer Security Professional's Guide to Malicious Code.pdf1.31MB
  24. Viruses and Worms--What Can You Do.pdf1.2MB
  25. The Role of Internet Service Providers in Botnet Mitigation An Empirical Analysis Based on Spam Data.pdf1.17MB
  26. With Microscope and Tweezers The Worm from MITS Perspective.pdf1.17MB
  27. Unknown Malcode Detection and the Imbalance Problem.pdf1.16MB
  28. The Internet Worm Crisis and Aftermath.pdf1.13MB
  29. The Art of File Format Fuzzing.pdf1.12MB
  30. Using Virtualisation to Protect Against Zero-Day Attacks.pdf1.11MB
  31. Viruses, Worms, Zombies, and other Beasties.pdf1.09MB
  32. Towards an undetectable computer virus.pdf1.07MB
  33. The Emergence of the Posthuman Consumer and the Fusion of the Virtual and the Real.pdf1.03MB
  34. The Worm Programs--Early Experience with a Distributed Intelligence.pdf924.65KB
  35. The Worm Programs - Early Experience with a Distributed Computation.pdf869.9KB
  36. Towards Stealthy Malware Detection.pdf861.43KB
  37. The Blaster Worm - The View from 10,000 feet.pdf830.12KB
  38. Threat Intelligence Gathering, Malware Collection and Incident Response Proposal Discover, Investigate and Report.pdf810.4KB
  39. The geneology of malware.pdf785.09KB
  40. Understanding Computer Viruses.pdf779.29KB
  41. Viruses and Criminal Law.pdf729.26KB
  42. Testing the SETIHacker Hypothesis.pdf672.76KB
  43. Viral Attacks On UNIX System Security.pdf669.44KB
  44. The SASSER Event History and Implications.pdf653.17KB
  45. The Internet Motion Sensor A Distributed Blackhole Monitoring System.pdf645.69KB
  46. USC-OIA Special Virus Report.pdf642.54KB
  47. Viral Bodies, Virtual Practices.pdf632.1KB
  48. VT Integrity Services for Networking.pdf607.76KB
  49. The impact of Microsoft Windows infection vectors on IP network traffic patterns.pdf593.46KB
  50. The Application of Epidemiology to Computer Viruses.pdf588.64KB
  51. The Impact of Countermeasure Propagation on the Prevalence of Computer Viruses.pdf580.73KB
  52. Virus Detection System - VDS.pdf574.96KB
  53. Using Predators to Combat Worms and Viruses A Simulation-Based Study.pdf572.08KB
  54. System Dynamic Model for Computer Virus Prevalance.pdf569.74KB
  55. The Father Christmas worm.pdf569.66KB
  56. Virus ex machina res ipsa loquitur.pdf567.69KB
  57. Virus Prevention Without Signatures.pdf531.07KB
  58. Visualizing Windows Executable Viruses Using Self-Organizing Maps.pdf531.02KB
  59. TIBS.pdf515.5KB
  60. Using Spatio-Temporal Information in API Calls with Machine Learning Algorithms for Malware Detection.pdf513.47KB
  61. The Latest Malware Threats Against Your PC.pdf510.97KB
  62. When Malware Meets Rootkits.pdf493.31KB
  63. Utilizing Entropy to Identify Undetected Malware.pdf490.76KB
  64. Taxonomy and Effectiveness of Worm Defense Strategies.pdf487.91KB
  65. Using Entropy Analysis to Find Encrypted and Packed Malware.pdf466.75KB
  66. VirusMeter Preventing Your Cellphone from Spies.pdf462.54KB
  67. The Costly Implications of Consulting in a Virus-Infected Computer Environment.pdf457.72KB
  68. Worm wars.pdf446.91KB
  69. Virus Spread in Networks.pdf436.18KB
  70. Unknown Computer Virus Detection Inspired by Immunity.pdf429.56KB
  71. The WiT virus A virus built on the ViT ELF virus.pdf419.16KB
  72. Tools for Finding and Removing Rootkits.pdf418.41KB
  73. Viruses and Worms The Inside Story.pdf414.08KB
  74. The Cornell Commission On Morris and the Worm.pdf403.63KB
  75. Virus Techniques.pdf401.83KB
  76. Zeroing in on Metamorphic Computer Viruses.pdf401.56KB
  77. The Norman Book on Computer Viruses.pdf387.98KB
  78. Using Formal Grammar and Genetic Operators to Evolve Malware.pdf387.95KB
  79. Worm Hotspots Explaining Non-Uniformity in Worm Targeting Behavior.pdf382.81KB
  80. polyunpack.pdf372.04KB
  81. Worm Detection Using Local Networks.pdf371.5KB
  82. TTAnalyze A Tool for Analyzing Malware.pdf370.93KB
  83. Taking the redpill Artificial Evolution in native x86 systems.pdf370.31KB
  84. Virus Writers 360.pdf368.61KB
  85. Using Support Vector Machine to Detect Unknown Computer Viruses.pdf358.7KB
  86. Virology_101(Usenix).pdf358.64KB
  87. Worm Epidemiology.pdf351.99KB
  88. Viruses Bottleneck Prosecution.pdf348.96KB
  89. Virus Scanners for Multiple OSes.pdf348.03KB
  90. Testing Malware Detectors.pdf339.02KB
  91. The Impact of Computer Viruses on Society.pdf332.99KB
  92. Two Bills Equal Forewarning.pdf322.58KB
  93. The Virtual Artaud Computer Virus as Performance Art.pdf320.82KB
  94. Use of an Attenuated Computer Virus as a Mechanism for Teaching Epidemiology.pdf319.61KB
  95. Worm Analysis through Computer Simulation.pdf317.61KB
  96. Towards Systematic Evaluation of the Evadability of Bot,Botnet Detection Methods.pdf314.35KB
  97. Viruses and Worms.pdf311.35KB
  98. White-box attack context cryptovirology.pdf300.99KB
  99. Worm Meets Beehive.pdf298KB
  100. Virus detection using datamining techniques.pdf296.77KB
  101. Treating scalability and modelling human countermeasures against local preference worms via gradient models.pdf290KB
  102. Turing Machines and Undecidability with Special Focus on Computer Viruses.pdf283.88KB
  103. Virii Generators Understanding the Threat.pdf281.81KB
  104. Taiwan's first ever political computer virus.pdf281.32KB
  105. Viruses and Worms The Best Defense is Awareness.pdf277.22KB
  106. Worm Anatomy and Model.pdf267.17KB
  107. The Basic Building Blocks of Malware.pdf266.83KB
  108. Using Engine Signature to Detect Metamorphic Malware.pdf266.04KB
  109. User-mode memory scanning on 32-bit & 64-bit windows.pdf262.13KB
  110. Ukrainian-Russian Hackers the Stealth Group and Its Leader, LovinGOD.pdf256.45KB
  111. Worm Propagation Modeling and Analysis under Dynamic Quarantine Defense.pdf253.36KB
  112. Testing and evaluating virus detectors for handheld devices.pdf226.69KB
  113. Virus Inoculation on Social Graphs The Friendship Factor.pdf217.37KB
  114. Taking a Lesson from Stealthy Rootkits.pdf216.71KB
  115. The Legislative Response to the Evolution of Computer Viruses.pdf215.46KB
  116. The Bulgarian and Soviet Virus Factories.pdf212.92KB
  117. The Zombie Roundup Understanding, Detecting, and Disrupting Botnets.pdf212KB
  118. The Computer Virus -- From There to Here.pdf210.83KB
  119. The Danger Theory and Its Application to Artificial Immune Systems.pdf210.45KB
  120. SweetBait Zero-Hour Worm Detection and Containment Using Honeypots.pdf209.95KB
  121. There Are No Safe Virus Tests.pdf208.72KB
  122. The dynamics of computer virus infection.pdf204.65KB
  123. Viruses and Lotus Notes- Have the Virus Writers Finally Met Their Match.pdf204.37KB
  124. Using biological models to improve innovation systems.pdf201.36KB
  125. Unpredictable Legacies Viral Games in the Networked World.pdf200.22KB
  126. Young Nussbaum Monin PSPB 2007.pdf194.16KB
  127. With Microscope and Tweezers An Analysis of the Internet Virus of November 1988.pdf193.05KB
  128. Worms of the future.pdf192.25KB
  129. The Future of Internet Worms.pdf190.02KB
  130. Toward an abstract computer virology.pdf188.83KB
  131. Viruses and Computer Security.pdf184.78KB
  132. The Risk of Debug Codes in Batch what are debug codes and why they are dangerous.pdf184.46KB
  133. There Is No Ideal Virus Scanner.pdf183.24KB
  134. The Effect of DNS Delays on Worm Propagation in an IPv6 Internet.pdf174.69KB
  135. The Case for Using Layered Defenses to Stop Worms.pdf173.95KB
  136. Unknown Malcode Detection via Text Categorization and the Imbalance Problem.pdf170.8KB
  137. Trends in Viruses and Worms.pdf164.71KB
  138. Towards Automated Defense from Rootkit Attacks.pdf164.41KB
  139. System and method for detecting malicious executable code.pdf162.91KB
  140. Unknown Malicious Code Detection # Practical Issues.pdf161.69KB
  141. Viral polymorphism.pdf161.33KB
  142. Using Malware to Improve Software Quality and Security.pdf159.8KB
  143. The Engine of the Underground The Elite-Kiddie Divide.pdf159.32KB
  144. Viruses & spam fuel new laws.pdf155.7KB
  145. creation dun Web Worm.pdf155.02KB
  146. Viruses and the Law.pdf154.92KB
  147. The Code of Life A look at emerging Artificial Life.pdf154.33KB
  148. The Ecology of Malware.pdf149.9KB
  149. The Code Red Worm.pdf148.33KB
  150. The Social Psychology of Computer Viruses and Worms.pdf148.02KB
  151. Virus Verification and Removal Tools and Techniques.pdf147.49KB
  152. Windows Rootkits.pdf146.43KB
  153. Worm Epidemics in High-Speed Networks.pdf144.64KB
  154. Worm Defense System for Enterprise Networks.pdf143.46KB
  155. Viruses, Worms, and Trojan Horses Serious Crimes, Nuisance, or Both.pdf142.45KB
  156. Virus authors faster to the kill.pdf142.02KB
  157. Using Qualia and Hierarchical Models in Malware Detection.pdf140.61KB
  158. Winning the battles, losing the war Rethinking methodology for forensic computing research.pdf138.81KB
  159. TheV-Files A dictionary of file threats.pdf134.98KB
  160. The solution in the naming chaos.pdf134.65KB
  161. The Evolution of Viruses and Worms.pdf132.59KB
  162. When Computer Viruses Strike.pdf130.02KB
  163. Why Anti-Virus Software Cannot Stop the Spread of Email Worms.pdf128.95KB
  164. Viral Evolution.pdf128.18KB
  165. The Java mobile risk.pdf127.44KB
  166. The Impact of Countermeasure Spreading on the Prevalence of Computer Viruses.pdf124.22KB
  167. Throttling Viruses Restricting propagation to defeat malicious mobile code.pdf121.92KB
  168. Viruses in France The French Connection - II.pdf121.08KB
  169. Using Code Normalization for Fighting Self-Mutating Malware.pdf120.62KB
  170. The Virus is Worse than the Cure.pdf119.81KB
  171. Zmist Opportunities.pdf119.27KB
  172. TAU cure for computer viruses.pdf118.53KB
  173. The Asexual Virus Computer Viruses in Feminist Discourse.pdf116.75KB
  174. Viruses Are Beginning to Get to Me!.pdf115.78KB
  175. Virus Prevention, Cure and Hoaxes.pdf114.37KB
  176. VX Reversing I, the basics.pdf113.19KB
  177. The future of virus detection.pdf112.85KB
  178. The Virus Hunter.pdf110.9KB
  179. Virus Writers The End of The Innocence.pdf109.07KB
  180. The ABC of computer security.pdf104.6KB
  181. The Design Space of Metamorphic Malware.pdf102.26KB
  182. The Internet Worm Incident.pdf100.44KB
  183. Thoughts about Cross-View based Rootkit Detection.pdf98.83KB
  184. Virus attack - how computer networks could heal themselves.pdf97.39KB
  185. The motivation behind computer viruses.pdf97.14KB
  186. Using Markov Chains to Filter Machine-morphed Variants of Malicious Programs.pdf96.34KB
  187. Windows Rootkit Overview.pdf94.56KB
  188. Understanding and Managing Polymorphic Viruses.pdf94KB
  189. Warnings of a Dark Future The Emergence of Machine Intelligence.pdf92.88KB
  190. Viruses That Intricate Yarn.pdf92.68KB
  191. Viruses 101.pdf92.17KB
  192. VX Reversing II, Sasser.B.pdf91.82KB
  193. Where have the worms and viruses gone - new trends in malware.pdf91.48KB
  194. The Virus Underground.pdf90.09KB
  195. Threats to Digitization Computer Virus.pdf89.04KB
  196. The metamorphosis of malware writers.pdf83.29KB
  197. What is Wild.pdf83.18KB
  198. Using Verification Technology to Specify and Detect Malware.pdf80.85KB
  199. The Future of Malware.pdf80.53KB
  200. Virus Protection.pdf79.57KB
  201. Viruses Are Not Speech.pdf79.39KB
  202. Trends of Spyware, Viruses and Exploits.pdf77.54KB
  203. The Computer Virus Culture.pdf77.02KB
  204. The More Things Change....pdf72.67KB
  205. Vx-trading.pdf70.68KB
  206. Trap E-mail Address for Combating E-mail Viruses.pdf70.31KB
  207. Zero-hour, Real-time Computer Virus Defense through Collaborative Filtering.pdf69.77KB
  208. Trapping Viruses.pdf68.46KB
  209. Tumours and polips.pdf67.31KB
  210. Vulnerabilities as monsters the cultural foundations of computer security (extended abstract).pdf66.54KB
  211. Understanding Virus Behavior in 32-bit Operating Environments.pdf64.98KB
  212. The wormpipe strikes back.pdf64.44KB
  213. Virentechniken Analyse und Metamorphismus.pdf64.07KB
  214. The Real Cost of a Virus Outbreak.pdf62.44KB
  215. The Evolution of the Computer Virus.pdf61.74KB
  216. The Future of Bot Worms.pdf60.86KB
  217. Timing Rootkits.pdf60.31KB
  218. Twinkle, twinkle little star.pdf59.55KB
  219. To catch Efish.pdf59.55KB
  220. The malware naming chaos.pdf59.14KB
  221. Viruses a concern for all of us.pdf58.74KB
  222. What's in a Name.pdf58.67KB
  223. The Race Against Malicious Software.pdf49.72KB
  224. The missing LNK.pdf47.46KB
  225. THE MALICIOUS LOGIC BATTLE UNDERSTANDING THE ENEMY.pdf46.68KB
  226. The Evolving Virus Threat.pdf45.89KB
  227. Those ubiquitous viruses.pdf43.12KB
  228. The Case for Beneficial Computer Viruses and Worms.pdf42.53KB
  229. The Challenge of Being Prepared for Tomorrows MalWare Today.pdf41.95KB
  230. The biology of digital organisms.pdf41.94KB
  231. Un combate con el Kerado.pdf40.69KB
  232. You've got M()a(D)i(L+K)l.pdf40.67KB
  233. Viruses using .NET Framework.pdf40.3KB
  234. Taming Lakatos' Monster - Computer Virus Epidemics and Internet Security Policy.pdf39.22KB
  235. Unexpected Resutls [sic].pdf38.93KB
  236. The road less truvelled.pdf38.75KB
  237. VIRUS, Very Important Resource Under Siege.pdf38.19KB
  238. When Java Was One Threats From Hostile Byte Code.pdf38.16KB
  239. Viral Style Technology, Culture, and the Politics of Infection.pdf35.62KB
  240. Time machine.pdf31.63KB
  241. The cause and effects of computer viruses.pdf30.68KB
  242. Writing disassembler.pdf27.01KB
  243. What's the difference between a Virus, Worm, and Trojan horse.pdf21.5KB
  244. The Brains Behind the Operation.pdf21.27KB
  245. Virology 101.pdf20.74KB
  246. The Bulgarian Computer Virus Factory.pdf9.55KB
  247. Virus Trends 2003-2004.pdf9.34KB
  248. Web Sites Hawk Instructions On Making Computer Viruses.pdf8.49KB
  249. Universal Procedures to Protect Against Computer Viruses.pdf6.17KB
  250. The Bite of the Computer Virus.pdf3.82KB
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概述 838888磁力搜索是一个磁力链接搜索引擎,是学术研究的副产品,用于解决资源过度分散的问题 它通过BitTorrent协议加入DHT网络,实时的自动采集数据,仅存储文件的标题、大小、文件列表、文件标识符(磁力链接)等基础信息 838888磁力搜索不下载任何真实资源,无法判断资源的合法性及真实性,使用838888磁力搜索服务的用户需自行鉴别内容的真伪 838888磁力搜索不上传任何资源,不提供Tracker服务,不提供种子文件的下载,这意味着838888磁力搜索 838888磁力搜索是一个完全合法的系统