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Cryptography - Data Security 6.0
This App covers the basics of the science ofcryptography.Itexplains how programmers and network professionalscanusecryptography to maintain the privacy of computerdata.Startingwith the origins of cryptography, it moves ontoexplaincryptosystems, various traditional and modernciphers,public keyencryption, data integration, messageauthentication, anddigitalsignatures Types of Cryptography 1.Symmetric KeyCryptography(Secret Key Cryptography) 2. AsymmetricKeyCryptography (PublicKey Cryptography) 3. HASH FUNCTION ThisusefulApp lists 150 topicswith detailed notes, diagrams,equations,formulas & coursematerial, the topics are listed in 5chapters.The app is must havefor all the engineering sciencestudents &professionals. Theapp provides quick revision andreference to theimportant topicslike a detailed flash card notes,it makes it easy& useful forthe student or a professional tocover the coursesyllabus quicklybefore an exams or interview forjobs. Track yourlearning, setreminders, edit the study material,add favoritetopics, share thetopics on social media. Use thisusefulengineering app as yourtutorial, digital book, a referenceguidefor syllabus, coursematerial, project work, sharing your viewsonthe blog. Some of thetopics Covered in the app are: 1) BasicsofCryptography 2)Conventional cryptography 3) Key managementandconventionalencryption 4) Keys 5) Pretty Good Privacy 6)Digitalsignatures 7)Digital certificates 8) The OSI SecurityArchitecture9) NetworkSecurity 10) Types of attacks 11) Denial ofserviceattack 12)Smurf Attack 13) Distributed Denial of ServiceAttacks14) SecurityMechanism 15) A Model for Network Security16)Symmetric Ciphers17) Classical SubstitutionTechniques 18)ClassicalTranspositionTechniques 19) Rotor Machines 20)Steganography 21)Block CipherPrinciples 22) The Data EncryptionStandard 23)DifferentialCryptanalysis Attack 24) Cipher and ReverseCipher 25)Security ofDES 26) The Strength of DES 27) DifferentialandLinearCryptanalysis 28) Block Cipher Design Principles 29)FiniteFields30) The Euclidean Algorithm 31) Finite Fields of TheFormGF(p) 32)Polynomial Arithmetic 33) Finite Fields Of the FormGF(2n)34) TheAES Cipher 35) Substitute Bytes Transformation36)EvaluationCriteria For AES 37) ShiftRows Transformation38)AddRoundKeyTransformation 39) AES Key Expansion Algorithm40)EquivalentInverse Cipher 41) Multiple Encryption and Triple DES42)TripleDES with Two Keys 43) Block Cipher Modes of Operation44)CipherFeedback Mode 45) Output Feedback Mode 46) Counter Mode47)StreamCiphers 48) The RC4 Algorithm 49) Random NumberGeneration50)Pseudorandom Number Generators 51) LinearCongruentialGenerators52) Cryptographically Generated RandomNumbers 53) BlumBlumShubGenerator 54) True Random Number Generators55) KeyHierarchy 56)Key Distribution Centre 57) Transparent KeyControlScheme 58)Controlling Key Usage 59) ConfidentialityUsingSymmetricEncryption 60) Link versus End-to-End Encryption61)KeyDistribution 62) Traffic Confidentiality 63) PrimeNumbers64)Fermat\\\'s and Euler\\\'s Theorems 65) Testing forPrimality66)The Chinese Remainder Theorem 67) DiscreteLogarithms68)Principles of Public-Key Cryptosystems 69) RSAAlgorithm70)Optimal Asymmetric Encryption Padding 71) KeyManagement72)Distribution of Secret Keys Using Public-KeyCryptography73)Diffie-Hellman Key Exchange 74) Example of DeffieHellmanalgorithm75) Key Exchange Protocols 76) Man in the MiddleAttack77)Elliptic Curve Arithmetic Each topic is completewithdiagrams,equations and other forms of graphical representationsforbetterlearning and quick understanding. Cryptography is partofcomputerscience, software engineering education coursesandinformationtechnology degree programs of various universities.
