Performance Analysis of Round Trip Time in Narrowband RF Networks For Remote Wireless Communications

Ar-Reyouchi, El Miloud; Ghoumid, Kamal; Amezian, Koutaiba; Mrabet, Otman El

doi:10.5121/ijcsit.2013.5501

Cited by 15 publications

(9 citation statements)

References 13 publications

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“…RTT adalah waktu yang dibutuhkan sebuah paket untuk melakukan perjalanan dari sumber ke tujuan dan kembali lagi. RTT merupakan ukuran penting dalam menentukan penuhnya suatu koneksi [7]. Nilai RTT sangat tergantung dari kondisi trafik.…”

Section: Transitionunclassified

Implementasi Komunikasi Full Duplex Menggunakan Web Socket Pada Sistem Informasi Pengelolaan Anggaran Universitas Abc

Husen

Rahmatulloh

Sulastri

2018

Simet

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ABSTRAKPenelitian ini membahas mengenai sistem pengelolaan anggaran di Universitas ABC yang didalamnya memuat manajemen pengelolaan anggaran biaya dari setiap bagian mulai dari pengajuan rencana anggaran biaya sampai dengan realisasi anggaran. Data dari hasil pengelolaan anggaran setiap bagian dapat dimonitoring oleh pihak pimpinan, namun dalam penyajian datanya belum real-time sehingga interaksi user dalam monitoring dan analisis data pada sistem kurang interaktif. Saat ini teknologi yang sedang tren pada aplikasi berbasis web yang real-time yaitu web socket (WS). WS dapat menyajikan komunikasi dua arah secara bersamaan (full-duplex). Selain itu menurut beberapa penelitian teknologi WS juga dapat meningkatkan performa sistem menjadi lebih baik. Maka pada penelitian ini akan di terapkan teknologi web socket sehingga proses monitoring data anggaran dapat dilakukan secara real-time dengan menyajikan data tersebut ke dalam bentuk grafik dan persentase. Hasil penelitian yang dilakukan menunjukan bahwa dengan menggunakan WS nilai perbandingan Round Trip Time (RTT) yaitu 1:135 ms jika dibandingakan ajax, sehingga penggunaan teknologi WS lebih cepat dan performanya jauh lebih baik. ABSTRACTThis study discusses the budget management system at ABC University which includes the management of budget cost management from each unit starting from the submission of a budget plan to budget until the realization of the budget. Data from the budget management results of each section can be monitored by the leadership, but in the presentation of the data has not been real-time so that user interaction in monitoring and data analysis on the system is less interactive. Currently trending technology in real-time web-based applications is web socket (WS). WS can present two-way communication simultaneously (full-duplex). In addition, according to some research WS technology can also improve system performance for the better. So in this study will be applied Web Socket technology so that the process of monitored budget data can be done in real-time by presenting the data in the form of graphs and percentages. The result of the research shows that by using WS Round Trip Time (RTT) value is 1: 135 ms if compared ajax, so the use of WS technology is faster and its performance is much better.

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Section: Transitionunclassified

Implementasi Komunikasi Full Duplex Menggunakan Web Socket Pada Sistem Informasi Pengelolaan Anggaran Universitas Abc

Husen

Rahmatulloh

Sulastri

2018

Simet

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“…The transition to NB CS (NB channel spacing) or the commercial radio band that is reduced from 25 to 12.5 kHz has been dictated by the increasing demand for radio frequencies [8] made to the Federal Communications Commission, which imposed this new separation on very high frequency (VHF) radio frequencies of 154-174 MHz. It can be used in the case of very complex propagation problems as in [9].…”

Section: Introductionmentioning

confidence: 99%

An effective practical method for narrowband wireless mesh networks performance

Rattal

Ar-Reyouchi

2019

SN Appl. Sci.

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This study presents a new practical measurement method for analyzing narrowband wireless mesh networks (NWMNs) application performance. It investigates a scenario for packet transmissions in NWMNs, leveraging wireless interconnection between two devices. It analyzes the effect of message size and channel spacing on the resulting bitrate, forwarding time and modulation rate through experimental results. We transmit a single packet for one hop, exploiting a versatile radio modem with very-high-frequency radios operating in the bridging or routing modes. The measurement results obtained, with the mentioned critical operating parameters, provide a quicker and clearer idea as well as conclusive evidence for overall network performance.

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“…The goal of our application, in this paper , is to decrease worst case end to end delays (between station in order to conduct of the interrogation, operation, monitoring and remote management using Simple Network Management Protocol (SNMP) and a type of propagation line of Line of sight (LoS),and this will be accomplished with a new mode of data transfer in which the node of network can g) between the in wirelessnetwork [15] the characteristics of propagation network Narrow band radio modem & Router transceivers stations i.e. : transmitter figure 2) at the station S5 is shown (of power studio SCADA Software, can control all the equipment T/FM ..), transmission (SDH / PDH ..), energy …”

Section: Objectivementioning

confidence: 99%

“…We will measure End to End delay versus throughput for incoming flow / total network capacity, in Narrowband RF wireless network for management of TV and FM broadcast stations from source to destination, using Radio modem &Router unit as a means of wireless communication [15].…”

Section: Introductionmentioning

confidence: 99%

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The Improvement of End to End Delays in Network Management System using Network coding

Ar-Reyouchi¹,

Ghoumid²,

Ameziane³

et al. 2013

IJCNC

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In this paper, we consider the application of network coding(NC) for network management system of Radio and Television Broadcasting Stations in wireless network using a narrow band radios modem &Routers ) as a means of transmission to communicate between the loins broadcast TV/FM stations . Our main contribution is the application of NCimproved by the proposed an effective strategy,called Fast Forwarding Strategy (FFS) compared to a classical routing strategy with a level of providing guarantees of service quality (QoS) expressed in terms of reducing the End-to-End Delays (EED) from source to destination.The practical and theoretical study, carried out by the authors, show that the EED of proposed strategy outperforms that of the classical strategy.

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Performance Analysis of Round Trip Time in Narrowband RF Networks For Remote Wireless Communications

Cited by 15 publications

References 13 publications

Implementasi Komunikasi Full Duplex Menggunakan Web Socket Pada Sistem Informasi Pengelolaan Anggaran Universitas Abc

Implementasi Komunikasi Full Duplex Menggunakan Web Socket Pada Sistem Informasi Pengelolaan Anggaran Universitas Abc

An effective practical method for narrowband wireless mesh networks performance

The Improvement of End to End Delays in Network Management System using Network coding

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