Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Authenticated encryption schemes which resist misuse of nonce at some desired level of privacy are two-pass or Mac-then-Encrypt constructions (inherently inefficient but provide full privacy) and online constructions like McOE, sponge-type authenticated encryptions (such as duplex) and COPA. Only the last one is almost parallelizable except that for associated data processing, the final block-cipher call is sequential (it needs to wait for the encryption of all the previous ones). ,   design a new online secure authenticated encryption, called  ELmD or Encrypt-Linear mix-Decrypt, which is completely (two-stage)  parallel  (even in associated data) and fully  pipeline implementable . It also provides full privacy when associated data is not repeated. Like COPA, our construction is based on EME, an Encrypt-Mix-Encrypt type SPRP construction (secure against chosen plaintext and ciphertext). But unlike EME,  have used an online computable efficient  linear mixing   instead of a non-linear mixing.  have also provided the hardware implementation of the construction and compare the performance with similar constructions like COPA and EME2.
['Lilian Bossuet', 'Nilanjan Datta', 'Cuauhtemoc Mancillas-López', 'Mridul Nandi']
I am writing a research paper on a idea ELmD: A Pipelineable Authenticated Encryption and Its Hardware Implementation
[{"from": "human", "value": "I am writing a research paper on a idea ELmD: A Pipelineable Authenticated Encryption and Its Hardware Implementation"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Authenticated encryption schemes which resist misuse of nonce at some desired level of privacy are two-pass or Mac-then-Encrypt constructions (inherently inefficient but provide full privacy) and online constructions like McOE, sponge-type authenticated encryptions (such as duplex) and COPA. Only the last one is almost parallelizable except that for associated data processing, the final block-cipher call is sequential (it needs to wait for the encryption of all the previous ones). ,   design a new online secure authenticated encryption, called  ELmD or Encrypt-Linear mix-Decrypt, which is completely (two-stage)  parallel  (even in associated data) and fully  pipeline implementable . It also provides full privacy when associated data is not repeated. Like COPA, our construction is based on EME, an Encrypt-Mix-Encrypt type SPRP construction (secure against chosen plaintext and ciphertext). But unlike EME,  have used an online computable efficient  linear mixing   instead of a non-linear mixing.  have also provided the hardware implementation of the construction and compare the performance with similar constructions like COPA and EME2."}]