... Escrow
Chapter 5—Advanced Protocols
5.1 Zero-Knowledge Proofs
5.2 Zero-Knowledge Proofs of Identity
5.3 Blind Signatures
5.4 Identity-Based Public-Key Cryptography
< /b> 5.5 Oblivious Transfer
5.6 Oblivious Signatures
5.7 ... privacy;
cryptography < /b> products may be declared illegal, but the information will never
be.
How to Read This Book
I wrote Applied < /b> Cryptography < /b> to b...
... second
is based on random oracle and suitable for probabilistic encryption component.
We remark that for the latter, generic construction based on non-interactive
zero-knowledge proof is also capable, ... encrypted or
decrypted as a whole. Before a write could succeed, the page needed to be decrypted,
the plaintext added at the appropriate position, and then the altered page data encrypted
an...
... (B, r
A
) (where B repre-
sents Bob’s identity), s
1
:= Sign
s
A
(t
1
) and sends (t
1
, s
1
) to Bob.
2. Bob verifies Alice’s signature, checks that he is the intended
recipient, chooses r
B
and ... are used instead of encrypt and
decrypt.
2
Each plaintext character is replaced by the character 3 to the right modulo 26,
i.e., a is replaced by d, b by e,. . ., x by a, y by b and z by c...
... Multiplexing
DFB Distributed Feedback (laser)
DMD Differential Modal Delay
DSF Dispersion Shifted Fibre
DWDM Dense Wavelength Division Multiplexing
dB decibel
EDFA Erbium Doped Fibre Amplifier
EF Encircled ... speci-
fication) installed to provide high-speed communication paths which have
been designed to be reliable with minimal mean-time-to-repair figures.
Communications cabling has become...