Information Security and Cryptology - ICISC 2014 [electronic resource] : 17th International Conference, Seoul, South Korea, December 3-5, 2014, Revised Selected Papers / edited by Jooyoung Lee, Jongsung Kim.

General Bounds for Small Inverse Problems and Its Applications to Multi-Prime RSA -- On the Security of Distributed Multiprime RSA -- Formal Modeling of Random Oracle Programmability and Verification of Signature Unforgeability Using Task-PIOAs -- Algebraic Cryptanalysis of Yasuda, Takagi and Sakurai's Signature Scheme -- Discrete Logarithms for Torsion Points on Elliptic Curve of Embedding Degree 1 -- Efficient Key Dependent Message Security Amplification Against Chosen Ciphertext Attacks -- A Fast Phase-Based Enumeration Algorithm for SVP Challenge Through y-Sparse Representations of Short Lattice Vectors -- How Much Can Complexity of Linear Cryptanalysis Be Reduced? -- Format-Preserving Encryption Algorithms Using Families of Tweakable Blockciphers -- Bicliques with Minimal Data and Time Complexity for AES -- Fault Analysis on SIMON Family of Lightweight Block Ciphers -- A Clustering Approach for Privacy-Preserving in Social Networks -- Securely Solving Classical Network Flow Problems -- Remote IP Protection Using Timing Channels -- Detecting Camouflaged Applications on Mobile Application Markets -- WrapDroid: Flexible and Fine-Grained Scheme Towards Regulating Behaviors of Android Apps -- A Collision Attack on a Double-Block-Length Compression Function Instantiated with Round-Reduced AES-256 -- LSH: A New Fast Secure Hash Function Family -- Lossless Data Hiding for Binary Document Images Using n-Pairs Pattern -- Montgomery Modular Multiplication on ARM-NEON Revisited -- A Fair and Efficient Mutual Private Set Intersection Protocol from a Two-Way Oblivious Pseudorandom Function -- Security Analysis of Polynomial Interpolation-Based Distributed Oblivious Transfer Protocols -- Compact and Efficient UC Commitments Under Atomic-Exchanges -- Issuer-Free Adaptive Oblivious Transfer with Access Policy -- Memory Address Side-Channel Analysis on Exponentiation -- Mutant Differential Fault Analysis of Trivium MDFA.