Kontrol Bandwidth Dinamis Berbasis Algoritma Logika Fuzzy pada Jaringan Wireless Ad-Hoc

  • Yedidio Purwodwiyogo Universitas Gadjah Mada
  • Alif Subardono Universitas Teknologi Jaringan
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Keywords: Bandwidth, Fuzzy logic, Ad-Hoc


Ad-Hoc network is a wireless network consisting of a collection of nodes that are connected spontaneously and dynamically. With the character of the Ad-Hoc network, this network is often used in the development of IoT devices (Internet of Things) or emergency conditions. But in the implementation of the Ad-Hoc network there are challenges that need to be addressed, one of which is the very limited bandwidth that can be provide. The existence of these things will lead to new problems, when network traffic is very busy, it will reduce the fairness level of bandwidth distribution. Therefore, the implementation of fuzzy logic is proposed as a reliable decision maker in managing bandwidth. From the results found in this study prove that the results of the obtained throughput performance is not found to be a significant increase, but the jitter and packet loss produces a better value than when the bandwidth management system is applied.



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[1] Asmuss, J., & Lauks, G., 2013. A Fuzzy Logic Based Approach to Bandwidth Allocation in Network Virtualization. Science and Information Conference (hal. 7). London: Science and Information.
[2] Sheu, S. T., & Chen, M. H., 1999. A Fuzzy Bandwidth Allocation Controller to Support Real-time Traffic over Wireless Network. IEEE Conference (hal. 5). Tamsui: IEEE.
[3] Slonowsky, D., Jiang, Q., & Srinivasan, R., 2002. A Fuzzy Dynamic Bandwidth Re-Allocator. IEEE Canadian Conference (hal. 8). Toronto: IEEE Canadian.
[4] Yi, C., Hao, L., Ge, G., & Ruimin, H., 2007. A Resource Allocation Control for Wireless Ad Hoc Networks. IEEE Conference (hal. 4). Wuhan: IEEE.
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