Lock-in effect in cascades of clock-controlled shift-registers 1st edition by William G Chamber, Dieter Gollmann – Ebook PDF Instant Download/Delivery. 3540502517, 978-3540502517
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Product details:
ISBN 10: 3540502517
ISBN 13: 978-3540502517
Author: William G Chamber, Dieter Gollmann
Cascaded cryptographic keystream generators as proposed by Gollmann possess a cryptanalytic weakness termed “lock-in” in this article. If the initial state has been guessed correctly apart from its phase a decryption cascade can be set up in which the effects of each stage of the original cascade are unravelled in reverse order. Once the decryption cascade has “locked in” on the original cascade, the state of the latter is known, and hence its future output and its output in the remote past. This weakness is studied; its effects are readily mitigated by taking certain precautions. Lock-in may also be used constructively as a synchronization technique.
Lock-in effect in cascades of clock-controlled shift-registers 1st Table of contents:
- Introduction
- Background and Theory
- 2.1 Overview of Clock-Controlled Shift Registers
- 2.2 The Lock-in Effect: Definition and Mechanisms
- 2.3 Cascades of Shift Registers
- Mathematical Modeling
- 3.1 Linear and Non-linear Models
- 3.2 Stability Analysis in Cascades
- Simulation of Lock-in Effects
- 4.1 Simulation Setup
- 4.2 Results and Observations
- Experimental Validation
- 5.1 Experimental Setup
- 5.2 Experimental Results
- Applications of Lock-in Effects in Digital Systems
- 6.1 Signal Synchronization
- 6.2 Timing Analysis and Error Correction
- Conclusion and Future Work
- References
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