Search Results - ASYNCHRONOUS COMMUNICATION

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    Video review by utilizing asynchronous video communication platform by Yuki Otsuka, Eiko Mitsuda, Yukichika Yamamoto, Atsushi Kato, Mano Soshi, Masaya Higuchi, Mikako Obika, Fumio Otsuka, Tadayuki Hashimoto

    Published in Journal of General and Family Medicine (2025-07-01)
    “…Methods We utilized Tsucom, an online platform developed by BonBon, Inc., which enables asynchronous video communication instead of traditional styles. …”
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    The Interplay of Content and Community in Synchronous and Asynchronous Communication: Virtual Communication in a Graduate Seminar by Richard A. Schwier, Shelly Balbar

    “…A group of graduate students and an instructor at the University of Saskatchewan experimented with the use of synchronous communication (chat) and asynchronous communication (bulletin board) in a theory course in Educational Communications and Technology for an eight-month period. …”
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    A Session Type System for Asynchronous Unreliable Broadcast Communication by Dimitrios Kouzapas, Ramunas Forsberg Gutkovas, A. Laura Voinea, Simon J. Gay

    Published in Logical Methods in Computer Science (2024-08-01)
    “…Session types are formal specifications of communication protocols, allowing protocol implementations to be verified by typechecking. …”
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    THE ROLE OF OFFLINE METALANGUAGE TALK IN ASYNCHRONOUS COMPUTER-MEDIATED COMMUNICATION by Keiko Kitade

    Published in Language Learning and Technology (2008-02-01)
    “…The retrospective interviews and questionnaires reveal the factors that could affect the benefits of the asynchronous computer-mediated communication medium for language learning.…”
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    Communication Efficient Asynchronous ADMM for General Form Consensus Optimization by WANG Dong-xia, LEI Yong-mei, ZHANG Ze-yu

    Published in Jisuanji kexue (2022-11-01)
    “…The distributed alternating direction method of multipliers(ADMM) is one of the most widely used methods for solving large-scale machine learning applications.However,most distributed ADMM algorithms are based on full model updates.With the increasing of system scale and data volume,the communication cost has become the bottleneck for the distributed ADMM when big data are involved.In order to reduce the communication cost in a distributed environment,a general form consensus asynchronous distributed alternating direction method of multipliers(GFC-ADADMM) is proposed in this paper.First,in the GFC-ADADMM,the associated model parameters rather than full model parameters are transmitted among nodes to reduce the transmission load,and the associated model parameters are filtered according to the characteristics of high-dimensional sparse data sets to further reduce the transmission load.Second,the GFC-ADMM is implemented by an asynchronous allreduce framework,which combines the advantage of the asynchronous communication protocol and the allreduce communication mode.Third,combining the advantages of the stale synchronous parallel(SSP) computing model,allreduce communication model,and hybrid programming model,the asynchronous allreduce framework and MPI/OpenMP hybrid programming model are adopted to implement the GFC-ADADMM,which improves calculation efficiency and communication efficiency of the algorithm.Finally,the sparse logistic regression problem is solved by the GFC-ADADMM.Evaluation with large-scale datasets shows that compared with state-of-the-art asynchronous distributed ADMM algorithms,the GFC-ADADMM can reduce the total running time by 15%-63%,and has higher accuracy in convergence.…”
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    Quorum Systems towards an Asynchronous Communication in Cognitive Radio Networks by Sylwia Romaszko, Petri Mähönen

    “…Second, it shows that QS properties provide an interesting alternative towards an asynchronous communication in cognitive radio ad hoc networks (CRANs). …”
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    Polar Codes for Covert Communications over Asynchronous Discrete Memoryless Channels by Guillaume Frèche, Matthieu R. Bloch, Michel Barret

    Published in Entropy (2017-12-01)
    “…This paper introduces an explicit covert communication code for binary-input asynchronous discrete memoryless channels based on binary polar codes, in which legitimate parties exploit uncertainty created by both the channel noise and the time of transmission to avoid detection by an adversary. …”
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