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Elliptic Curve Protocol
What are elliptic curves?
 An elliptic curve is a curve that's also
naturally a group.
 Elliptic curves appear in many diverse
areas of mathematics, ranging from
number theory to complex
analysis, and from cryptography to
mathematical physics.
 Ref: Joseph H. Silverman, Computational Number Theory and
 Applications to Cryptography
 University of Wyoming
 June 19 July 7, 2006
In simple words
 Elliptic curve is the set of points, that are
generated from the formula:
Y族 = x続 + ax + b
Where 4a続 + 27 b族  0.
a&b  K : 1. R : real Numbers
2. Q : Rational Numbers
3. C : Complex Numbers
4. Z /pZ : integer Modulres
What it looks like?
What it looks like?
What it looks like?
What it looks like?
Why Elliptic Curves?
 Shorter encryption keys use fewer memory
and CPU resources.
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol
Elliptic curve protocol

More Related Content

Elliptic curve protocol

  • 2. What are elliptic curves? An elliptic curve is a curve that's also naturally a group. Elliptic curves appear in many diverse areas of mathematics, ranging from number theory to complex analysis, and from cryptography to mathematical physics. Ref: Joseph H. Silverman, Computational Number Theory and Applications to Cryptography University of Wyoming June 19 July 7, 2006
  • 3. In simple words Elliptic curve is the set of points, that are generated from the formula: Y族 = x続 + ax + b Where 4a続 + 27 b族 0. a&b K : 1. R : real Numbers 2. Q : Rational Numbers 3. C : Complex Numbers 4. Z /pZ : integer Modulres
  • 8. Why Elliptic Curves? Shorter encryption keys use fewer memory and CPU resources.