UCSY's Research Repository

Browsing by Author "Ishibashi, Yutaka"

Browsing by Author "Ishibashi, Yutaka"

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  • Sithu, Mya; Ishibashi, Yutaka; Fukushima, Norishige (Twelfth International Conference On Computer Applications (ICCA 2014), 2014-02-17)
    In this paper, we handle joint performance of a networked haptic drum system where two users play a drum set in a 3D virtual space with the same rhythm at the same tempo. In order to improve the interactivity, we propose ...
  • Lei, Wyne Lei; Ishibashi, Yutaka; Mya, Khin Than (ICCA, 2021-02-25)
    In this paper, we examine the effect of prediction control in a remote haptic control system by Quality of Experience (QoE) assessment. In the system, a user operates a haptic interface device (just called a haptic device ...
  • Kanaishi, Kazuya; Ishibashi, Yutaka; Huang, Pingguo; Tateiwa, Yuichiro (Proceedings of the Eighteenth International Conference On Computer Applications (ICCA 2020), 2020-02-28)
    By experiment, this paper investigates the effect of the stabilization control with filters to suppress instability phenomena for tele-robot systems with force feedback by using a master-slave relation. As the quality ...
  • Lwin, Hay Mar Mo Mo; Ishibashi, Yutaka; Mya, Khin Than (Proceedings of the Eighteenth International Conference On Computer Applications (ICCA 2020), 2020-02-28)
    This paper clarifies the influence of the voice delay on human perception of group synchronization error in remote learning by subjective assessment. In our assessment, we produce the difference in output timing of ...
  • Thazin, Nwe; Nwe, Khine Moe; Ishibashi, Yutaka (Seventeenth International Conference on Computer Applications(ICCA 2019), 2019-02-27)
    Cloud Data Center Network (CDCN) is receiving considerable attention and becomes one of the hottest topics among academia and industry. It is difficult to deliver the new emerging network services in a flexible way and ...
  • Win, May Thu Zar; Mya, Khin Than; Ishibashi, Yutaka (Sixteenth International Conferences on Computer Applications(ICCA 2018), 2018-02-22)
    Traditional per-flow routing increases communication complexity of both control and data planes because it requires a direct interaction between each node that is included in traffic paths and controller. Segment Routing ...

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