papers not added yet which should be added

[rdragos]

Leave some comments here with what papers need to be added and their corresponding semantic scholar ids to later add them which you consider to be influential.

[iliailia]

"label": "RAD78",
"title": "On Data Banks and Privacy Homomorphisms",
"Abstract": "Encryption is a well-known technique for preserving the privacy of sensitive information. One of the basic, apparently inherent, limitations of this technique is that an information system working with encrypted data can at most store or retrieve the data for the user; any more complicated operations seem to require that the data be decrypted before being operated on. This limitation follows from the choice of encryption functions used, however, and although there are some truly inherent limitations on what can be accomplished, we shall see that it appears likely that there exist encryption functions which permit encrypted data to be operated on without preliminary description of the operands, for many sets of interesting operations. These special encryption functions we call "privacy homomorphisms"; they form an interesting subset of arbitrary encryption schemes (called "privacy transformations").",
"authors": ["Ronald L. Rivest", "Len Adleman", "Michael L. Dertouzos"],
"venue": "Foundations of Secure Computation",
"year": 1978,
"numCitations": 2069,
tags: ["he", "public-key cryptography", "foundations"]

[rdragos]

I think it's better if you post the semantic scholar link as I already have the entire database, something like this: https://api.semanticscholar.org/v1/paper/b37b6c95bda81d7c1f84edc22da970d8f3a8519e If the info is wrong on semantic scholar perhaps it's better to do it as you did it above.

…

On Thu, Apr 2, 2020 at 2:59 PM iliailia ***@***.***> wrote: "label": "RAD78", "title": "On Data Banks and Privacy Homomorphisms", "Abstract": "Encryption is a well-known technique for preserving the privacy of sensitive information. One of the basic, apparently inherent, limitations of this technique is that an information system working with encrypted data can at most store or retrieve the data for the user; any more complicated operations seem to require that the data be decrypted before being operated on. This limitation follows from the choice of encryption functions used, however, and although there are some truly inherent limitations on what can be accomplished, we shall see that it appears likely that there exist encryption functions which permit encrypted data to be operated on without preliminary description of the operands, for many sets of interesting operations. These special encryption functions we call "privacy homomorphisms"; they form an interesting subset of arbitrary encryption schemes (called "privacy transformations").", "authors": ["Ronald L. Rivest", "Len Adleman", "Michael L. Dertouzos"], "venue": "Foundations of Secure Computation", "year": 1978, "numCitations": 2069, tags: ["he", "public-key cryptography", "foundations"] — You are receiving this because you authored the thread. Reply to this email directly, view it on GitHub <#1 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AAFNBSPNP3XFCSXBADZVKTLRKSD3BANCNFSM4LRAIN5Q> .

[iliailia]

Okido
https://api.semanticscholar.org/v1/paper/c365f01d330b2211e74069120e88cff37eacbcf5

[iliailia]

https://api.semanticscholar.org/v1/paper/6e6e67042c647b8dd6818f893cbe1ffd474636a3

[rdragos]

Example of paper request to add:
https://api.semanticscholar.org/v1/paper/e2957cbe949d4e76764bec20291a66de89393174
tags: ["he", "public-key cryptography"]