Progress on Cryptography

Contents

Foreword

Preface

Randomness and Discrepancy Transforms

1. Introduction

2. Discrepancy Transforms

3. Runs of Discrepancy Sequences and Linear Span Profiles

4. Restricted Discrepancy Transforms and Filtering Generators with D-Permutations

5. Conclusion

References

Legendre Sequences and Modified Jacobi Sequences

Introduction

1. Legendre sequences

2. Modified Jacobi sequences

3. Polyphase Legendre sequences

4. Modified polyphase Jacobi sequences

5. Proof of Green’s conjecture

References

Resilient Functions with Good Cryptographic Properties

1. Introductions

2. Preliminaries

3. Previous constructions and results

4. New construction of resilient functions

5. Example

6. Conclusion

References

Differential Factoring for Integers

1. Introduction

2. Right shifting and its properties

3. An algorithm

4. A complementary algorithm

5. Some perfect primes are not perfect

6. Preprocessing for parallel computation

7. A few small examples

8. Concluding remarks

References

Simple and Efficient Systematic A-codes from Error Correcting Codes

1. Introduction

2. Systematic authentication codes and some bounds

3. The construction of the authentication codes

4. Specific constructions of authentication codes from error correcting codes

5. Open problems

6. Concluding remarks

References

On Coefficients of Binary Expression of Integer Sums

1. Introduction

2. preparation

3. Main theorem

4. Conclusions

References

A new publicly verifiable proxy signcryption scheme

1. Related works

2. The proposed proxy signcryption scheme

3. Analysis

4. Conclusion

References

Some New Proxy Signature Schemes from Pairings

1. Introduction

2. Preliminaries

3. The General Construction

4. New Proxy Signature Schemes

5. New Proxy Blind Signature Schemes

6. Conclusion

References

Construction of Digital Signature Schemes Based on DLP

1. Introduction

2. Constructions of schemes

3. Conclusion

References

DLP-based blind signatures and their application in E-Cash systems

1. Introduction

2. How to construct DLP-based blind signatures

3. Generalize some DLP-based blinding processes

4. The application of blind signatures in E-Cash

5. Conclusion

References

A Group of Threshold Group-Signature Schemes with Privilege Subsets

1. Introduction

2. Analysis on threshold scheme [8]

3. threshold group-signature

3.1 Basic idea

3.2 Initiation

3.3 Generation of group key and secret pieces

3.4 Generation of threshold group-signature

3.5 Verification and Traceability

3.6 Threshold group-signature scheme with several privilege subsets

3.7 Instance without the assistance of KAC

4. Threshold group-signature schemes with message recovery

4.1 Generic threshold schemes of ElGamal type

4.2 Threshold schemes with message recovery

5. Analysis

References

A New Group Signature Scheme with Unlimited Group Size

1. Proxy signature with privacy protection

1.1 Notations

1.2 An improved proxy signature scheme

2. Group signature with unlimited group size

3. Properties analysis

4. Discussion

5. Conclusion

References

Identity Based Signature Scheme Based on Quadratic Residues

1. Introduction

2. Notation and related theorem

3. Identity based signature scheme based on quadratic residue problem( IBS- QR)

4. Practical aspects

5. Comparison and conclusion

Notes

References

A New Digital Signature Scheme Based on Factoring and Discrete Logarithms

1. Introduction

2. He-Kiesler scheme and a simple attack

3. Modified He-Kiesler Signature Scheme

4. Conclusion

References

New Transitive Signature Scheme based on Discreted Logarithm Problem

Introduction

1. Definitions

2. New undirected transitive signature scheme

3. Correctness

4. Security

5. Conclusion

References

Blind signature schemes based on GOST signature

Introduction

1. GOST signature scheme

2. Blind GOST signature schemes

3. Conclusion

References

One-off Blind Public Key

Introduction

1. Definition and properties of one-off blind public key

2. Relative knowledge

2.1 The theorem comes from [5]

2.2 The Fiat-Shamir identification scheme

2.3 Group signature [2]

3. One-off blind public key protocol

3.1 The initialization of the trusted entity

3.2 Issue generative factor of blind public key for user

3.3 Calculation of blind public key

3.4 Verification of the validity of one-off blind public key.

3.5 Useing of one-off blind public key and the private key

4. Security analysis of one-off blind public key

5. The properties of one-off blind public key protocol

5.1 One transform blind signature

5.2 The check on one-off blind public key

5.3 The compose of one-off blind public key

5.4 The functions and the rights of the trusted entity

5.5 Comparison with group signature

6. Conclusion

References

Analysis on the two classes of Robust Threshold Key Escrow Schemes

1. Introduction

2. Review of two classes of robust threshold Key Escrow Schemes ( RTKES)

3. Our viewpoints

4. Analysis basis on KES

5. Analysis on RTKES1

5.1 Analysis on Improved RSA

5.2 Analysis on escrow protocol

5.3 Subliminal channel attack on communication protocol

5.4 Analysis of monitor protocol

6. Analysis on RTKES2

7. Tag

References

Privacy-Preserving Approximately Equation Solving over Reals

1. Introduction

2. Approximately Multi–party Computation over Reals

3. Secure Multi–Party Equation Solving Problems and Protocols

4. Summary and Future Work

References

An Authenticated Key Agreement Protocol Resistant to DoS attack

1. Introduction

2. AKAKC Protocol

3. DoS attack

4. An improved protocol which can defeat DoS attack

4.1 Basic idea of the improved protocol [3]

4.2 Description of the improved protocol

4.3 The analysis of the improved protocol

5. Summary

References

A comment on a multi-signature scheme

1. Introduction

2. Brief review of Burmester et al.’s scheme

3. Our attack

4. Summary

References

Cryptanalysis of LKK Proxy Signature

1. Introduction

2. Brief review of related schemes and our attack

2.1 Schnorr’s scheme [3]

2.2 LKK strong proxy signature scheme

3. Our attack

4. Summary

References

Attack on Identity-Based Broadcasting Encryption Schemes

1. Introduction

2. Identity-Based Broadcasting Scheme: MSL Scheme 1

3. MSL Scheme 2 and Its Analysis

3.1 MSL Scheme 2

3.2 Linear Attack on MSL Scheme 2

4. Remark on the Assumption of the Order of the Group

5. Conclusion

References

Differential-Linear Cryptanalysis of Camellia

1. Introduction

2. Description of the Camellia

3. 4-Round Distinguisher

4. Attacks on Camellia Reduced to 9 and 10 Rounds

5. Conclusion

References

Security Analysis of EV-DO System

1. INTRODUCTION

2. EV-DO Security Architecture

3. EV-DO User Authentication

4. Session security in the air interface

5. Security analysis and suggestion

5.1 Weak

5.2 Improvement

6. Conclusion

Acknowledgments

References

A Remedy of Zhu-Lee-Deng’s Public Key Cryptosystem

1. Introduction

2. Notions and Definitions

3. Our remedy scheme

4. Conclusions

Acknowledgments

References

Quantum cryptographic algorithm for classical binary information

1. Quantum cryptographic algorithm

2. Security analysis

3. Physical realization

4. Summary

Acknowledgments

References

Practical Quantum Key Distribution Network based on Stratospehre platform

1. Feasibility of stratosphere QKD network

2. Models of QKD network

3. Implementation and applications

4. Summary

References

A Survey of P2P Network Security Issues based on Protocol Stack

1. Introduction

2. Basic Concepts

2.1 The P2P Network

2.2 The P2P Network Security

3. Secure Demands Analysis of the P2P Network

3.1 P2P Computing

3.2 Cooperation Computing

3.3 File Sharing

4. The P2P Network Security Hidden Danger and Attack

4.1 Connection Layer

4.2 Service Layer

4.3 Application Layer

5. Conclusion

References

DDoS Scouter: A simple IP traceback scheme

1. Introduction

2. Multi-edge marking

2.1 Record route IP option[2]

2.2 Algorithm

2.3 Analysis

2.4 Authenticated multi-edge marking algorithm

3. DDoS Scouter

4. Simulation

5. Discussion

5.1 Fragmentation

5.2 Authentication

5.3 Cross-domains

6. Conclusion

References

A Method of Digital Data Transformation–Base91

1. Background of Invention

2. Contents of Invention

3. Conclusion

References

An approach to the formal analysis of TMN protocol

1. Introduction

2. The TMN protocol

3. Analysis of TMN protocol using Running-Mode

4. Attacks on the TMN protocol

5. Conclusion

References

Index