ppti.info Education Network Security Charlie Kaufman Pdf


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Network Security: Private Communication in a Public World (2nd Edition). Home · Network Security: Author: Charlie Kaufman | Radia Perlman | Mike Speciner. The classic guide to network security—now fully updated!"Bob and Alice are back ! by Charlie Kaufman, Radia Perlman, Mike Speciner. Publisher: Prentice. Charlie Kaufman, Radia Perlman, and Mike Speciner, "Network Security: Private Cryptography and Network Security, by William Stallings, Prentice Hall, 4th.

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C. Kaufman, R. Perlman and M. Speciner, Network Security: Private Communications in a ppti.info ppti.info Charlie Kaufman, Radia Perlman,Bill Sommerfeld, DoS protection for. The required textbook for this class is Network Security: Private Communication in a Public World (2nd Edition) by Charlie Kaufman, Radia Perlman, and Mike. Network Security: Private Communication in a Public World, 2nd Edition. © |. Share this page. Network . Kaufman, Perlman & Speciner. © Cloth.

Kerberos V4 Tickets and Ticket-Granting Tickets Configuration Logging Into the Network Alice Asks to Talk to a Remote Node Replicated KDCs Realms Interrealm Authentication Key Version Numbers Encryption for Privacy and Integrity Encryption for Integrity Only Network Layer Addresses in Tickets Message Formats Tickets Authenticators Credentials Error Reply from KDC Kerberos V5 Names Delegation of Rights Ticket Lifetimes Renewable Tickets Postdated Tickets Key Versions Optimizations Cryptographic Algorithms Integrity-Only Algorithms Hierarchy of Realms Evading Password-Guessing Attacks Key Inside Authenticator Double TGT Authentication KDC Database Kerberos V5 Messages Authenticator Ticket Some Terminology PKI Trust Models Monopoly Model Monopoly plus Registration Authorities RAs Delegated CAs Oligarchy Anarchy Model Name Constraints Top-Down with Name Constraints Bottom-Up with Name Constraints Relative Names Name Constraints in Certificates Policies in Certificates Revocation Revocation Mechanisms Delta CRLs First Valid Certificate OLRS Schemes Good-lists vs.

Bad-lists Directories and PKI Store Certificates with Subject or Issuer?

Finding Certificate Chains PKIX and X. OIDs Specification of Time Authorization Futures Groups Cross-Organizational and Nested Groups Roles Anonymous Groups Real-Time Communication Security What Layer? Session Key Establishment Perfect Forward Secrecy PFS-Foilage Cookies Puzzles Endpoint Identifier Hiding Live Partner Reassurance Arranging for Parallel Computation Session Resumption Plausible Deniability Data Stream Protection Negotiating Crypto Parameters Easy Homework AH and ESP Overview of IPsec Security Associations Security Association Database Security Policy Database Tunnel, Transport Mode Why Protect the IP Header?

IP and IPv6 Firewalls IPv4 Header IPv6 Header AH Authentication Header Mutable, Immutable Mutable but Predictable Comparison of Encodings IKE Photuris SKIP History of IKE IKE Phases Phase 1 IKE Aggressive Mode and Main Mode Key Types Proof of Identity Cookie Issues Negotiating Cryptographic Parameters Session Keys Message IDs Traffic Selectors Public Signature Keys, Main Mode Public Signature Keys, Aggressive Mode Shared Secret Key, Main Mode Shared Secret Key, Aggressive Mode Phase-2 IKE: Setting up IPsec SAs Fixed Header SA Payload Ps and Ts within the SA Payload Type of Next Payload SA Payload Fields P Payload T Payload KE Payload ID Payload Cert Payload Certificate Request Payload Notify Payload Vendor ID Payload Using TCP Quick History Computing the Keys Client Authentication Version Numbers Negotiating Cipher Suites Who Makes the Decision?

Cipher Suite Names Negotiating Compression Method Attacks Fixed in v3 Downgrade Attack Truncation Attack Exportability Exportability in SSLv2 Exportability in SSLv3 Encoding Encrypted Records Handshake Messages ClientHello ServerHello ServerHelloDone ClientKeyExchange ServerKeyExchange CertificateRequest Certificate CertificateVerify HandshakeFinished ChangeCipherSpec Alerts Further Reading Electronic Mail Electronic Mail Security Distribution Lists Store and Forward Security Services for Electronic Mail Establishing Keys Establishing Public Keys Establishing Secret Keys Privacy End-to-End Privacy Privacy with Distribution List Exploders Authentication of the Source Source Authentication Based on Secret Keys Source Authentication with Distribution Lists Message Integrity Message Integrity without Source Authentication Non-Repudiation Non-Repudiation with Secret Keys Proof of Submission Proof of Delivery Message Flow Confidentiality Anonymity Containment Annoying Text Format Issues Disguising Data as Text Names and Addresses Verifying When a Message was Really Sent Preventing Backdating Preventing Postdating Structure of a PEM Message Some PEM History PEM Certificate Hierarchy Reformatting Data to Get Through Mailers Encryption Source Authentication and Integrity Protection Multiple Recipients Bracketing PEM Messages Forwarding and Enclosures Forwarding a Message Unprotected Information CRL-Retrieval-Request CRL Overview Key Distribution Efficient Encoding Certificate and Key Revocation Signature Types Your Private Key Key Rings Anomalies File Name People Names Object Formats Leftovers Packet Filters Application Level Gateway Encrypted Tunnels Comparisons Denial-of-Service Attacks Should Firewalls Go Away?

More Security Systems NetWare V3 NetWare V4 KryptoKnight KryptoKnight Tickets Nonces vs.

Network security : private communication in a public world

Data Encryption Login Key DASS Authenticators DASS Delegation Saving Bits Lotus Notes Security ID Files Coping with Export Controls Certificates for Hierarchical Names Certificates for Flat Names Lotus Notes Authentication The Authentication Long-Term Secret Mail Certification Revocation DCE Security Microsoft Windows Security Windows Kerberos Network Denial of Service Robust Broadcast Robust Packet Delivery Clipper Key Escrow Web Issues HTTP Alternatives to Cookies Cookie Rules Tracking Users Other Web Security Problems Spoofing a Site to a User Merchants Unclear on the Concept Getting Impersonated by a Subsequent User Cross-Site Scripting Poisoning Cookies Other Misuse of Cookies Folklore Change Keys Periodically Multiplexing Flows over a Single SA The Splicing Attack Service Classes Different Cryptographic Algorithms Use Different Keys in the Two Directions Use Different Secret Keys for Encryption vs.

Integrity Protection Use Different Keys for Different Purposes Use Different Keys for Signing vs. Hash in a Constant When Hashing a Password Key Expansion Randomly Chosen IVs Use of Nonces in Protocols Compress Data Before Encrypting It Avoiding Weak Keys Minimal vs.

If you are caught cheating, you will be referred to the Honor Council, without exception. It doesn't matter if you plagiarized one part of one answer in a homework assignment or outsourced your entire semester project to www.

If You're a Student

The following -- taken from the Graduate Bulletin -- is a partial list of the things you cannot do: plagiarism; unacknowledged paraphrase; cheating, fabrication of data; fabrication, alteration, or misrepresentation of academic records; facilitating academic dishonesty; unauthorized collaboration; misuse of otherwise valid academic work; misuse of academic resources; depriving others of equal access to academic resources. Please see the Georgetown Graduate Bulletin for all the nasty things that will happen to you if you are caught cheating.

Bottom Line: If you are unsure whether or not something is permissible, ask me beforehand.

Project New: The description of the course project is now available. Students must participate in a novel research project.

Projects that merely implement existing protocols or that attempt to solve problems that have existing, well-understood, and widely-accepted solutions will not be accepted. The topic and scope of the project must be approved by the instructor, and the project itself will be graded based on its novelty, student effort, technical depth and correctness, and the clarity of the project presentation to occur on the penultimate class.

The output of the project should be a workshop-length paper that addresses a novel network security research topic. Students may work in groups, so long as the scope of the project is proportional to the size of the group. All students in a group will receive the same grade.Truncation Attack Groups 8.

Integrity Protection Not only is attendance mandatory and a significant part of the students' grades , classroom discussion will hone in on the particular subject matter that I think is most important and consequently, significantly more likely to appear on exams.

Counter Mode CTR 4.

Comparison of Encodings

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