BS ISO/IEC 15946-3:2002

1 Scope
2 Normative references
3 Terms and definitions
4 Symbols and abbreviated terms
5 Key derivation functions
6 Cofactor multiplication
7 Key commitment
8 Key agreement mechanisms
   8.1 Common information
   8.2 Non-interactive key agreement of Diffie-Hellman
        type (KANIDH)
        8.2.1 Setup
        8.2.2 Mechanism
        8.2.3 Properties
   8.3 Key agreement of ElGamal type (KAEG)
        8.3.1 Setup
        8.3.2 Mechanism
        8.3.3 Properties
   8.4 Key agreement of Diffie-Hellman type
        8.4.1 Setup
        8.4.2 Mechanism
        8.4.3 Properties
   8.5 Key agreement of Diffie-Hellman type with
        2 key pairs (KADH2KP)
        8.5.1 Setup
        8.5.2 Mechanism
        8.5.3 Properties
   8.6 Key agreement of Diffie-Hellman type with 2
        signatures and key confirmation (KADH2SKC)
        8.6.1 Setup
        8.6.2 Mechanism
        8.6.3 Properties
9 Key agreement mechanisms not included in ISO/IEC 11770-3
   9.1 Common information
   9.2 The Full Unified Model
        9.2.1 Setup
        9.2.2 Mechanism
        9.2.3 Properties
   9.3 Key agreement of MQV type with 1 pass (KAMQV1P)
        9.3.1 Setup
        9.3.2 Mechanism
        9.3.3 Properties
   9.4 Key agreement of MQV type with 2 passes (KAMQV2P)
        9.4.1 Setup
        9.4.2 Mechanism
        9.4.3 Properties
10 Key transport mechanisms
   10.1 Common information
   10.2 Key transport of ElGamal type (KTEG)
        10.2.1 Setup
        10.2.2 Mechanism
        10.2.3 Properties
   10.3 Key transport of ElGamal type with originator
        signature (KTEGOS)
        10.3.1 Setup
        10.3.2 Mechanism
        10.3.3 Properties
11 Key Confirmation
Annex A (informative) Examples of key derivation functions
A.1 The IEEE P1363 key derivation function
    A.1.1 Preconditions
    A.1.2 Input
    A.1.3 Actions
    A.1.4 Output
A.2 The ANSI X9.42 key derivation function
    A.2.1 Prerequisites
    A.2.2 Input
    A.2.3 Actions
    A.2.4 Output
    A.2.5 ASN.1 syntax
A.3 The ANSI X9.63 key derivation function
    A.3.1 Prerequisites
    A.3.2 Input
    A.3.3 Actions
    A.3.4 Output
Annex B (informative) A comparison of the claimed properties
        of the mechanisms in this standard
B.1 Security Properties
B.2 Performance Considerations
Bibliography

Defines public key cryptographic techniques based on elliptic curves. The standard is split into four parts and includes the establishment of keys for secret key systems and digital signature mechanisms.