Conference key agreement (CKA), or multipartite key distribution is a cryptographic task where more than two parties wish to establish a common secret key. It is possible to compose bipartite QKD protocols to accomplish this task. However, protocols based on multipartite quantum correlations may be more efficient and practical in future large scale quantum networks.
The protocols that implement this functionality are:
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No content has been added to this section, yet!
An ideal CKA protocol, with $N$ users, Alice, Bob$_{1}$, Bob$_{2}$, …, Bob$ _{N-1}$ should have the following properties:
A generic protocol structure for this functionality has:
No content has been added to this section, yet!
Conference key agreement (CKA), or multipartite key distribution is a cryptographic task where more than two parties wish to establish a common secret key. It is possible to compose bipartite QKD protocols to accomplish this task. However, protocols based on multipartite quantum correlations may be more efficient and practical in future large scale quantum networks.
No protocols implement this functionality yet.
No content has been added to this section, yet!
No content has been added to this section, yet!
An ideal CKA protocol, with $N$ users, Alice, Bob$_{1}$, Bob$_{2}$, …, Bob$ _{N-1}$ should have the following properties:
A generic protocol structure for this functionality has:
No content has been added to this section, yet!
Conference key agreement (CKA), or multipartite key distribution is a cryptographic task where more than two parties wish to establish a common secret key. It is possible to compose bipartite QKD protocols to accomplish this task. However, protocols based on multipartite quantum correlations may be more efficient and practical in future large scale quantum networks.
No protocols implement this functionality yet.
No content has been added to this section, yet!
No content has been added to this section, yet!
An ideal CKA protocol, with $N$ users, Alice, Bob$_{1}$, Bob$_{2}$, …, Bob$ _{N-1}$ should have the following properties:
A generic protocol structure for this functionality has:
No content has been added to this section, yet!
Conference key agreement (CKA), or multipartite key distribution is a cryptographic task where more than two parties wish to establish a common secret key. It is possible to compose bipartite QKD protocols to accomplish this task. However, protocols based on multipartite quantum correlations may be more efficient and practical in future large scale quantum networks.
No protocols implement this functionality yet.
An ideal CKA protocol, with $N$ users, Alice, Bob$_{1}$, Bob$_{2}$, …, Bob$ _{N-1}$ should have the following properties:
No content has been added to this section, yet!
test
No content has been added to this section, yet!
test
Conference key agreement (CKA), or multipartite key distribution is a cryptographic task where more than two parties wish to establish a common secret key. It is possible to compose bipartite QKD protocols to accomplish this task. However, protocols based on multipartite quantum correlations may be more efficient and practical in future large scale quantum networks.
No protocols implement this functionality yet.
An ideal CKA protocol, with $N$ users, Alice, Bob$_{1}$, Bob$_{2}$, …, Bob$ _{N-1}$ should have the following properties:
No content has been added to this section, yet!
test
No content has been added to this section, yet!
test