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Understanding Digital Signatures
Author: Gail L. Grant
Publisher: McGraw-Hill (canada)
ISBN: 0070125546
Pages: 298
Year: 1998
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This volume explains the technology behind digital signatures and key infrastructures (PKI). These are the standards that make it absolutely safe to buy, sell, sign documents and exchange sensitive financial data on the Internet.
Digital Signatures
Author: Mohan Atreya
Publisher: McGraw-Hill Osborne Media
ISBN:
Pages: 368
Year: 2002
View: 299
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Emphasizing the four primary goals of computer security--confidentiality, authentication, integrity, and non-repudiation--this helpful handbook provides a detailed tutorial on data security models that covers digital signatures, cyptography, PKI, and authentication, along with real-life applications and a discussion of digital signatures in the wireless environment. Original. (Intermediate)
Digital Signatures
Author: Ragnhild Brøvig-Hanssen, Anne Danielsen
Publisher: MIT Press
ISBN: 026203414X
Pages: 188
Year: 2016-02-19
View: 551
Read: 416
How sonically distinctive digital "signatures" -- including reverb, glitches, and autotuning -- affect the aesthetics of popular music, analyzed in works by Prince, Lady Gaga, and others.
Digital Signatures
Author: Jonathan Katz
Publisher: Springer Science & Business Media
ISBN: 0387277129
Pages: 192
Year: 2010-05-17
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As a beginning graduate student, I recall being frustrated by a general lack of acces sible sources from which I could learn about (theoretical) cryptography. I remember wondering: why aren’t there more books presenting the basics of cryptography at an introductory level? Jumping ahead almost a decade later, as a faculty member my graduate students now ask me: what is the best resource for learning about (various topics in) cryptography? This monograph is intended to serve as an answer to these 1 questions — at least with regard to digital signature schemes. Given the above motivation, this book has been written with a beginninggraduate student in mind: a student who is potentially interested in doing research in the ?eld of cryptography, and who has taken an introductory course on the subject, but is not sure where to turn next. Though intended primarily for that audience, I hope that advanced graduate students and researchers will ?nd the book useful as well. In addition to covering various constructions of digital signature schemes in a uni?ed framework, this text also serves as a compendium of various “folklore” results that are, perhaps, not as well known as they should be. This book could also serve as a textbook for a graduate seminar on advanced cryptography; in such a class, I expect the entire book could be covered at a leisurely pace in one semester with perhaps some time left over for excursions into related topics.
Quantum Mechanics
Author: Walter Greiner
Publisher: Springer Science & Business Media
ISBN: 3642568262
Pages: 486
Year: 2011-06-28
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"This book gives a solid understanding of the basic concepts and results of quantum mechanics including the historical background and philosophical questions...Many worked examples serve to illustrate the material while biographical and historical footnotes round off the content." Zentralblatt MATH
Electronic Signatures in Law
Author: Stephen Mason
Publisher: Cambridge University Press
ISBN: 1107012295
Pages: 408
Year: 2012-01-26
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Using case law from multiple jurisdictions, Stephen Mason examines the nature and legal bearing of electronic signatures.
Digital Signature Schemes
Author: Birgit Pfitzmann
Publisher:
ISBN: 366220603X
Pages: 420
Year: 2014-01-15
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E-commerce and the law of digital signatures
Author: Dennis Campbell, Center for International Legal Studies
Publisher: Oxford University Press, USA
ISBN:
Pages: 916
Year: 2005-06
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In the past six years, more than 55 countries have begun adopting UNCITRAL's (United National Commission on International Trade Law) Model Laws of 1999 and 2001 regarding the use and validity of e-signatures. Dozens of pieces of legislation and legislative proposals now exist around the world on the subject of e-signatures. While the model laws may look the same on paper, in practice they can vary widely. Finally, you can be certain that your clients are in compliance when using digital signatures. The Center for International Legal Studies, in cooperation with UNCITRAL, has gathered experts in over 25 jurisdictions to analyze the impact of these standards in their respective domestic e-commerce regimes. These experts show how the Model Laws are actually implemented today in each of these countries. Now you can have on-the-ground feedback about how UNCITRAL's Uniform Rules on Electronic Signatures, the Model Law on Electronic Commerce 1996, and the Model Law on Electronic Signatures 2001 are being implemented. A must have reference for: Any lawyer working on a business transaction or contract using the Internet to exchange forms Government Lawyers Intellectual Property Lawyers Topics covered include: Application and enforceability of electronic transactions Defining key terms, including 'writing,' 'signature,' and 'original' documents Legal recognition of data messages Formation of contracts Attribution of data messages Retention of data messages Trustworthiness of e-signature Electronic Commerce Analyzes the global impact of: UNCITRAL's Uniform Rules on Electronic Signatures Model Law on Electronic Commerce 1996 Model Law on Electronic Signatures 2001
Java Web Services
Author: David A. Chappell, Tyler Jewell
Publisher: "O'Reilly Media, Inc."
ISBN: 0596002696
Pages: 262
Year: 2002
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Explains what Web services technologies are and how they work, discussing how to use them and what they do and covering topics including SOAP, WSDL, UDDI, security, interoperability, and integration.
Randomized Hashing for Digital Signatures
Author: Quynh Dang
Publisher:
ISBN:
Pages: 13
Year: 2009
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NIST approved digital signature algorithms require the use of an approved cryptographic hash function in the generation and verification of signatures. Approved cryptographic hash functions and digital signature algorithms can be found in [FIPS 180-3] and [FIPS 186-3], respectively. The security provided by the cryptographic hash function is vital to the security of a digital signature application. This Recommendation specifies a method to enhance the security of the cryptographic hash functions used in digital signature applications by randomizing the messages that are signed.
Anomaly detection using the correlational paraconsistent machine with digital signatures of network segment
Author: Eduardo H.M. Pena , Luiz F. Carvalho , Sylvio Barbon , Joel J.P.C. Rodrigues , Mario Lemes Proença
Publisher: Infinite Study
ISBN:
Pages: 16
Year:
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This study presents the correlational paraconsistent machine (CPM), a tool for anomaly detection that incorporates unsupervised models for traffic characterization and principles of paraconsistency, to inspect irregularities at the network traffic flow level.
Electronic authentication and digital signature
Author: United States. Congress. Senate. Committee on Banking, Housing, and Urban Affairs. Subcommittee on Financial Services and Technology
Publisher: Government Printing Office
ISBN: 0160576539
Pages: 55
Year: 1998-01-01
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Network Security with OpenSSL
Author: John Viega, Matt Messier, Pravir Chandra
Publisher: "O'Reilly Media, Inc."
ISBN: 0596551975
Pages: 386
Year: 2002-06-17
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Most applications these days are at least somewhat network aware, but how do you protect those applications against common network security threats? Many developers are turning to OpenSSL, an open source version of SSL/TLS, which is the most widely used protocol for secure network communications.The OpenSSL library is seeing widespread adoption for web sites that require cryptographic functions to protect a broad range of sensitive information, such as credit card numbers and other financial transactions. The library is the only free, full-featured SSL implementation for C and C++, and it can be used programmatically or from the command line to secure most TCP-based network protocols.Network Security with OpenSSL enables developers to use this protocol much more effectively. Traditionally, getting something simple done in OpenSSL could easily take weeks. This concise book gives you the guidance you need to avoid pitfalls, while allowing you to take advantage of the library?s advanced features. And, instead of bogging you down in the technical details of how SSL works under the hood, this book provides only the information that is necessary to use OpenSSL safely and effectively. In step-by-step fashion, the book details the challenges in securing network communications, and shows you how to use OpenSSL tools to best meet those challenges.As a system or network administrator, you will benefit from the thorough treatment of the OpenSSL command-line interface, as well as from step-by-step directions for obtaining certificates and setting up your own certification authority. As a developer, you will further benefit from the in-depth discussions and examples of how to use OpenSSL in your own programs. Although OpenSSL is written in C, information on how to use OpenSSL with Perl, Python and PHP is also included.OpenSSL may well answer your need to protect sensitive data. If that?s the case, Network Security with OpenSSL is the only guide available on the subject.
The Legal Aspects of Digital Signatures
Author:
Publisher:
ISBN:
Pages:
Year: 1998
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Developments in Handwriting and Signature Identification in the Digital Age
Author: Heidi H. Harralson
Publisher: Routledge
ISBN: 1317522877
Pages: 148
Year: 2014-09-25
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The examination of handwriting and signatures has a long and established history as a forensic discipline. With the advancement of technology in the use of digital tablets for signature capture, changes in handwriting examination are necessary. Other changes in handwriting, such as in increase in printed writing styles and the decrease in handwriting training in schools necessitates a re-examination of forensic handwriting identification problems. This text takes a fresh and modern look at handwriting examination as it pertains to forensic, legal, and criminal justice applications.

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