Secure multi-party computation / by Prabhakaran, Manoj, 1979-, editor, Sahai, Amit, editor

Multi-party quantum computation by Smith, Adam (Adam Davidson), 1977-

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On Global Types and Multi-Party Session by Giuseppe Castagna, Mariangiola Dezani-Ciancaglini, Luca Padovani

“…Our notion of completeness is less demanding than the classical ones, allowing a multi-party session to leave out redundant traces from an underspecified global type. …”
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Deniable authentication for multi-party protocol by Yong CHEN, Long LU, Sheng-ke ZENG, Ming-xing HE

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Multi-party and distributed private messaging by Nagaraj, Pratheek (Pratheek B.)

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Adaptively Secure Multi-party Computation by Canetti, Ran, Feige, Uri, Goldreich, Oded, Naor, Moni

“…A fundamental problem in designing secure multi-party protocols is how to deal with adaptive adversaries (i.e., adversaries that may choose the corrupted parties during the course of the computation), in a setting where the channels are insecure and secur…”
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Fair multi-party concurrent signature scheme by Qing YE, Yun YANG, Shi-hui ZHENG, Li-wei CHANG, Da XIAO, Yi-xian YANG

Subjects: “…multi-party concurrent signature…”
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Fair multi-party concurrent signature scheme by Qing YE, Yun YANG, Shi-hui ZHENG, Li-wei CHANG, Da XIAO, Yi-xian YANG

Subjects: “…multi-party concurrent signature;fairness;bilinear pairing;random oracle model…”
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Multi-party controlled quantum communication protocol by Li-wei CHANG, Shi-hui ZHENG, Li-ze GU, Min LEI, Yi-xian YANG

“…In order to satisfy the requirements of long-distance multi-node quantum networks，two multi-party controlledquantum communication protocols are put forward via maximally and partially entangled quantum channels.For the maximally entangled channels,projective measurements are used to realizemulti-party controlled joint remote preparation of an arbitrary four-qubitX-state.For the partially entangled channels,collective unitary operations and optimal positive operator-valued measures are used to realize multi-party controlled joint remote preparation of an arbitrary four-qubitX-state.The theoretical analysis shows that the efficiency of the first scheme can be up to 100% which is suprior to that of others.In addition,the efficiency of the second scheme is effectively improved and the way to be used to construct two kinds of measurement methods can be utilized in the similar protocols.…”
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Multi-party controlled quantum communication protocol by Li-wei CHANG, Shi-hui ZHENG, Li-ze GU, Min LEI, Yi-xian YANG

“…In order to satisfy the requirements of long-distance multi-node quantum networks，two multi-party controlledquantum communication protocols are put forward via maximally and partially entangled quantum channels.For the maximally entangled channels,projective measurements are used to realizemulti-party controlled joint remote preparation of an arbitrary four-qubitX-state.For the partially entangled channels,collective unitary operations and optimal positive operator-valued measures are used to realize multi-party controlled joint remote preparation of an arbitrary four-qubitX-state.The theoretical analysis shows that the efficiency of the first scheme can be up to 100% which is suprior to that of others.In addition,the efficiency of the second scheme is effectively improved and the way to be used to construct two kinds of measurement methods can be utilized in the similar protocols.…”
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Communication Locality in Secure Multi-party Computation by Boyle, Elette Chantae, Goldwasser, Shafrira, Tessaro, Stefano

“…We devise multi-party computation protocols for general secure function evaluation with the property that each party is only required to communicate with a small number of dynamically chosen parties. …”
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MIT-Middle East Multi-Party Collaboration by Ali, Hassaam

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Spatial speech processing for multi-party teleconferencing by Phua, Kok Soon.

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Bootstrapping Multi−Party Ad−Hoc Security by Roscoe, A, Creese, S, Goldsmith, M, Xiao, M

Coalition-directed Voting in Multi-Party Democracies by Duch, R, May, J, Armstrong, D

Bootstrapping multi−party ad−hoc security by Creese, S, Goldsmith, M, Roscoe, B, Xiao, M

Bootstrapping Multi−Party Ad−Hoc Security by Roscoe, M

Quantum Secure Multi-Party Summation with Graph State by Yaohua Lu, Gangyi Ding

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Communication Complexity of Entanglement-Assisted Multi-Party Computation by Ruoyu Meng, Aditya Ramamoorthy

“…We consider a quantum and a classical version of a multi-party function computation problem with <i>n</i> players, where players <inline-formula><math xmlns="http://www.w3.org/1998/Math/MathML" display="inline"><semantics><mrow><mn>2</mn><mo>,</mo><mo>…</mo><mo>,</mo><mi>n</mi></mrow></semantics></math></inline-formula> need to communicate appropriate information to player 1 so that a “generalized” inner product function with an appropriate promise can be calculated. …”
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Timing Prediction of Facilitating Utterance in Multi-party Conversation by Tomonobu Sembokuya, Kazutaka Shimada

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