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Review List (by number)

David Beckham

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1. On Obfuscating Point Functions (*) [RE]
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2. Logcrypt: Forward Security and Public Verification for Secure Aud (*) [RE]
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3. Cryptanalysis of Hiji-bij-bij (HBB) (*) [AC]
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4. Benes and Butterfly schemes revisited (4) [RE]
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David Beckham,  Grade: 2, Confidence: 3
    Technical: 2,  Editorial: 2,  Suitability: 2
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Comments to Authors:
Blah Blah Blah, Blah Blah Blah, Blah Blah Blah, Blah Blah Blah.

Blah Blah Blah, Blah Blah Blah, Blah Blah Blah, Blah Blah Blah, Blah Blah
Blah, Blah Blah Blah, Blah Blah Blah, Blah Blah Blah, Blah Blah Blah.

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Devvyn Hawkins,  Grade: 6, Confidence: 3
    Technical: 2,  Editorial: 3,  Suitability: 3
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Comments to Authors:
You can find easy walk-throughs for little kids, but for older children,
look for a six-acre odyssey that will take an hour to navigate. Some mazes
have guides stationed in towers in case you get lost inside their
larger-than-life 3-D puzzles.

The most intricate labyrinths are professionally designed, with fields
carved to resemble images ranging from maps to presidents' faces to sports
logos. But most of the designs can only be appreciated with an aerial view.
If you're inside the maze, all you'll see is a 12-foot-high wall of
cornstalks on every side.

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* David Beckham: Is there anyhting to discuss here?
I don't really think so
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5. A sufficient condition for key-privacy (*) [RE]
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6. A Metric on the Set of Elliptic Curves over ${mathbf F}_p$. (*) [RE]
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7. The Misuse of RC4 in Microsoft Word and Excel (*) [RE]
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8. Comments on "Distributed Symmetric Key Management for Mobile Ad h (1) [RE]
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Devvyn Hawkins,  Grade: 1, Confidence: 3
    Technical: 1,  Editorial: 1,  Suitability: 2
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Comments to Authors:
“To expose myself artistically was terrifying, especially at my age”
said Ms. Knode, whose past credits include raising two children as a
single mother in Boston. “But it was safe here. It was gentle. I
wasn’t scared.”

In a city that worships youth, the colony is the latest spin on late-life
living. With the understanding that not everyone wants the old-school
model of golf course retirement, the colony offers artful self-expression:
a digital film editing laboratory, a theater, drama classes and studios
open for inspiration 24 hours a day.

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9. Mixing properties of triangular feedback shift registers (*) [RE]
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10. Update on SHA-1 (*) [RE]
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11. An Improved Elegant Method to Re-initialize Hash Chains (*) [RE]
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12. Efficient Certificateless Public Key Encryption (4) [RE]
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Devvyn Hawkins,  Grade: 4, Confidence: 3
    Technical: 2,  Editorial: 3,  Suitability: 3
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Comments to Authors:
“To expose myself artistically was terrifying, especially at my age”
said Ms. Knode, whose past credits include raising two children as a
single mother in Boston. “But it was safe here. It was gentle. I
wasn’t scared.”

In a city that worships youth, the colony is the latest spin on late-life
living. With the understanding that not everyone wants the old-school
model of golf course retirement, the colony offers artful self-expression:
a digital film editing laboratory, a theater, drama classes and studios
open for inspiration 24 hours a day.

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13. Comments: Insider attack on Cheng et al.s pairing-based tripartit (*) [AC]
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14. A Chosen Ciphertext Attack on a Public Key Cryptosystem Based on  (4) [RE]
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David Beckham,  Grade: 4, Confidence: 3
    Technical: 2,  Editorial: 3,  Suitability: 3
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Comments to Authors:
Wilson, 56, beat some long odds to pull off her double victory.

In 2002, her winning ticket in the Cool Million scratch-off game, which
has since been discontinued, was a shot of 1 in 5.2 million, according to
the New York State Lottery. Last month, she beat odds of 1 in 705,600 when
she got the $1 million prize in the New York lottery's Jubilee scratch-off
game.

Overall, her chances of winning both games were a slim 1 in
3,669,120,000,000.

A lottery spokeswoman verified Wilson was a Cool Million winner in 2002,
but declined to confirm her latest win until a planned news conference.
There have been only two previous repeat million-dollar-plus winners in
the lottery's history, according to the state.

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15. Hierarchical Identity Based Encryption with Constant Size Ciphert (*) [AC]
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16. Narrow T-functions (*) [RE]
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17. Side Channel Attacks on Implementations of Curve-Based Cryptograp (*) [RE]
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18. Collusion Resistant Broadcast Encryption With Short Ciphertexts a (*) [RE]
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19. The Full Abstraction of the UC Framework (*) [RE]
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20. (De)Compositions of Cryptographic Schemes and their Applications  (*) [AC]
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21. Partial Hiding in Public-Key Cryptography (*) [AC]
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22. An Improved and Efficient Countermeasure against Power Analysis A (*) [RE]
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23. A Construction of Public-Key Cryptosystem Using Algebraic Coding  (2) [AC]
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David Beckham,  Grade: 2, Confidence: 3
    Technical: 1,  Editorial: 2,  Suitability: 2
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Comments to Committee:
"It's really annoying coming on the (studio) lot everyday and having the
security guard say, '214 days!' He's such a fan he can't wait for the
movie," Groening said. "I don't come in that gate."

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Comments to Authors:
As Bart Simpson skips into his 18th season of TV mischief, fans will be
glad to know that creator Matt Groening sees no end in sight for the
wayward lad or "The Simpsons."

Groening's reasoning is sound: The show, which returns Sunday night, is
fun to make, fun to watch, just earned its 23rd Emmy and is finally
jumping to the big screen with a summer 2007 movie about Bart and the rest
of Springfield's first family.

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24. On the Diffie-Hellman problem over $GL_{n}$ (*) [RE]
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25. Analysis of Affinely Equivalent Boolean Functions (5) [AC]
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Amy LePeilbet (Some One),  Grade: 5, Confidence: 3
    Technical: 2,  Editorial: 2,  Suitability: 3
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Comments to Authors:
The paper addresses the question of generating pseudorandom data in a
provably secure way. Essentially, despite well theoretical understanding
of pseudorandomness, practical random generators are not analyzed in a
provably 
secure way, and usually based on some heuristic argument. In contrast, the

point of this paper is to (1) give a clean and formal definition 
what it means to have secure (pseudo)random generation which withstands a

variety of powerful adversarial attacks (such as learning some of the
outpus of the generator, resetting its state, affecting the fresh
randomness used to 
refresh the state, etc.; (2) give a simple and elegant scheme which once
and for all should settle the general paradigm of how to construct such
generators.

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26. Techniques for random maskin in hardware (*) [RE]
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27. Tag-KEM/DEM: A New Framework for Hybrid Encryption (*) [RE]
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28. Improved Proxy Re-Encryption Schemes with Applications to Secure  (*) [RE]
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29. A model and architecture for pseudo-random generation with applic (*) [RE]
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30. Weak keys of pairing based Diffie Hellman schemes on elliptic cur (2) [RE]
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David Beckham,  Grade: 2, Confidence: 3
    Technical: 2,  Editorial: 2,  Suitability: 2
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Comments to Authors:
"We've shown episodes of 'The Simpsons' to audiences at colleges, various
conventions, and it's so much fun, such a different experience to see it
with an appreciative audience," he said. "Part of my motivation for doing
the movie is I just want to hear a theater full of people laughing at the
cartoon rather than being at home in the dingy rumpus room."

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31. The Vector Decomposition Problem for Elliptic and Hyperelliptic C (4) [AC]
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Mia Hamm,  Grade: 4, Confidence: 3
    Technical: 2,  Editorial: 2,  Suitability: 3
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Comments to Authors:
We present a formal model and a simple architecture for robust pseudorandom
generation that ensures resilience in the face of an
observer with partial knowledge/control of the generator's entropy source.
Our model and architecture have the following properties:

1 Resilience: The generator's output looks random to an observer with no
knowledge of the internal state. This holds even if that observer has
complete control over data that is used to refresh the internal state.

2 Forward security: Past output of the generator looks random to an
observer, even if the observer learns the internal state at a later time.

3 Backward security/Break-in recovery: Future output of the generator
looks random, even to an observer with knowledge of the current state,
provided that the generator is refreshed with data of sufficient entropy.

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32. On the Notion of Statistical Security in Simulatability Definitio (*) [RE]
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33. A Flexible Framework for Secret Handshakes (*) [RE]
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34. An Efficient CDH-based Signature Scheme With a Tight Security Red (*) [RE]
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35. Concurrent Composition of Secure Protocols in the Timing Model (*) [AC]
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36. Improving Secure Server Performance by Re-balancing SSL/TLS Hands (*) [AC]
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37. Distinguishing Stream Ciphers with Convolutional Filters (4) [AC]
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David Beckham,  Grade: 4, Confidence: 3
    Technical: 2,  Editorial: 3,  Suitability: 3
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Comments to Authors:
Groening knows firsthand that "Simpsons" buffs are beyond ready for the
film.

"It's really annoying coming on the (studio) lot everyday and having the
security guard say, '214 days!' He's such a fan he can't wait for the
movie," Groening said. "I don't come in that gate."

But he admits to his own eagerness.

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38. Unfairness of a protocol for certified delivery (*) [RE]
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39. On the Security of a Group Signature Scheme with Strong Separabil (*) [RE]
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40. Polyhedrons over Finite Abelian Groups and Their Cryptographic Ap (*) [RE]
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41. An Efficient Solution to The Millionaires Problem Based on Homomo (*) [AC]
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42. On the affine classification of cubic bent functions (*) [AC]
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43. Choosing Parameter Sets for NTRUEncrypt with NAEP and SVES-3 (*) [RE]
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44. New Approaches for Deniable Authentication (*) [RE]
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45. Cryptanalysis of an anonymous wireless authentication and confere (*) [RE]
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46. Cryptanalysis of two identification schemes based on an ID-based  (*) [AC]
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47. Adversarial Model for Radio Frequency Identification (*) [RE]
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48. David Chaum's Voter Verification using Encrypted Paper Receipts (*) [RE]
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49. A Note on Shor's Quantum  Algorithm for Prime Factorization (4) [RE]
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David Beckham,  Grade: 4, Confidence: 2
    Technical: 3,  Editorial: 2,  Suitability: 3
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Comments to Authors:
You can find easy walk-throughs for little kids, but for older children,
look for a six-acre odyssey that will take an hour to navigate. Some mazes
have guides stationed in towers in case you get lost inside their
larger-than-life 3-D puzzles.

The most intricate labyrinths are professionally designed, with fields
carved to resemble images ranging from maps to presidents' faces to sports
logos. But most of the designs can only be appreciated with an aerial view.
If you're inside the maze, all you'll see is a 12-foot-high wall of
cornstalks on every side.

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50. Picking Virtual Pockets using Relay Attacks on Contactless Smartc (*) [RE]
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51. An Approach Towards Rebalanced RSA-CRT with Short Public Exponent (*) [AC]
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53. Untraceability of Two Group Signature Schemes (*) [AC]
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54. Key Derivation and Randomness Extraction (*) [AC]
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113. Mitigating Dictionary Attacks on Password-Protected Local Storage (*) [AC]
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