TAILIEUCHUNG - CS682-Network Security: Module-1 Introduction to Network Security

Companies must protect confidential information from eavesdropping or tampering during transmission. By implementing Virtual Private Networks (VPNs) enterprises can establish private, secure communications across a public network—usually the Internet—and extend their corporate networks to remote offices, mobile users, telecommuters, and extranet partners. Encryption technology ensures that messages traveling across a VPN cannot be intercepted or read by anyone other than the authorized recipient by using advanced mathematical algorithms to “scramble” messages and their attachments. The Cisco VPN 3000 Concentrator Series is a best-of-breed, remote-access VPN solution. Incorporating the most advanced, high-availability capabilities with a unique purpose-built architecture, the Cisco VPN3000 concentrators allow corporations to build high-performance, scalable,. | CS682-Network Security Module-1 Introduction to Network Security Polytechnic UNIVERSITY Ị SYN This is CS682 Network Security There is a lab in RH219 get your accounts Homework-0 is on-line Part I II due next week Part III IV due in two weeks Homework submission Handover hardcopies at the beginning of the class Randomly selected students will be asked for demos of their work Website http courses cs682 Polytechnic z UNIVERSITY Prerequisites for CS682 CS392 Website http courses cs392-f2002 Textbook Computer Security Art and Science Matt Bishop 0201440997 - CS918 or EL537 Textbook TCP IP Illustrated Vol. 1 Richard W. Stevens Programming Reference Unix Network Programming Vol. 1 Richard W. Stevens 013490012X Basic Understanding of Operating Systems St CS623 - Operating Systems I Textbook Operating System Concepts Silberschatz rni Galvin Gagne o Q_ CJ Prerequisites for CS682 Cryptography Computer Security Symmetric asymmetric key algorithms Key Exchange Authentication etc. Hash Message Digests Signatures etc. Networking . TCP UDP ICMP . IP . Ethernet ARP RARP Programming Environment g Unix C Mostly Linux and ANSI C CASL Custom Audit Scripting Language p Q. What is This Course about XYZ Enterprise Network Layout Student Network Server Network- oooooo Information systems External Router Firewall IDS System Human .resources Accountin . g . Coustomer service ŨÍ o p Q_ Server_01 Server 02 Internal Router Firewall We will explore Various vulnerabilities in network protocols and services. Mechanisms to protect networks. Security tools. I Overview of This Course TCP IP Suite Vulnerabilities and solutions Security protocols built on top of TCP IP Security devices and tools to test and protect networks Network security theory and practice In homework Explore TCP IP vulnerabilities in detail by exploiting them using CASL Learn to analyze a TCP IP network for vulnerabilities Write small client server applications and learn to do .

• An ninh - Bảo mật
• Plant Genes
• Abiotic Stress
• Tumors (GEP NETs)
• Diagnosis and Management
• Neuroendocrine Carcinoma
• Unknown Primary
• BMC Plant Biology
• Plastochron length
• Plant architecture
• GmSPL9 genes
• Glycine max
• Comprehensive analysis of chloroplast introncontaining genes
• Chloroplast introncontaining genes
• Conserved splice sites in dicot and monocot plants
• Determination of splice sites
• Chloroplast genes during plant growth
• Ebook Plant pathology
• Plant pathology
• Plant pathology (Fifth edition)
• Plant physiological functions
• How pathogens attack plants
• Viral pathogenicity genes
• Genetic engineering techniques
• Plant Biology
• Fungus–plant interactions
• Resistance genes
• MAPK signalling pathway plant
• Plant hormone signal transduction
• Durable disease resistance
• Hypersensitive response
• Nicotiana benthamiana
• Pathogenesis related genes
• Pinellia ternata
• Nepenthes khasiana
• Leaf transcriptome
• Pitcher development and evolution
• Prey digestion
• Plant defense
• GA oxidase genes
• Early GA biosynthesis genes
• Expression patterns
• Tissue specificity
• Candidate genes
• Drought stress
• Non synonymous SNPs
• Genes Ontology
• BMC Genomics
• Brassica rapa
• PHD finger genes
• Gene duplication
• Genes expression
• Plant homeodomain
• RNA Seq
• Internode elongation
• Plant hormone
• Germin like proteins
• Adult plant resistance
• Wheat stem rust
• Puccinia graminis
• Physical mapping
• Gene expression
• Meristem identity genes
• EMS induced mutations
• Plant height
• Branch height
• Seed yield
• Disease resistance
• NBS LRR genes
• Plus leucine rich repeat
• NBS encoding genes
• GRAS domain
• Abscisic acid
• Systematically analyzed
• Arabidopsis thaliana
• Negatively selected genes
• Scientific reports
• biochemistry
• molecular Biology
• microRNA genes
• analysis of cytoplasmic
• hemoglobin
• Quantitative trait loci
• Carbon isotope composition
• Water use efficiency
• Root Knot Nematode
• Meloidogyne arenaria
• Yield worldwide
• Peanut wild relatives
• L tulipifera
• Microstructural analyses
• Phenylpropanoid biosynthesis
• ASE analyses
• B class genes
• Dosage imbalance
• Floral symmetry
• Organ identity
• Parallel pathways
• Petaloid stamen
• Transcription factor
• Drought responsive gene
• Senescenceassociated gene
• Canker disease
• Neoscytalidium dimidiatum
• Leucine rich repeat genes
• Expression analysis
• Leptosphaeria maculans
• Coiled coil
• Pre harvest sprouting
• Marker assisted selection
• Gametophytic self incompatibility
• Molecular evolution
• S RNase like genes
• Trifolium pratense
• Medicago truncatula
• Cicer arietinum
• Triticum aestivum L
• Temporal transcriptome profiling
• Homeologous genes
• Nullisomic Tetrasomic lines