Analisis Throughput Pada Sistem Komunikasi Mobile WIMAX HAPS

Widdha Mellyssa

Abstract


HAPS (High Altitude Platform Station) is an airship or aircraft positioned 17-22 km altitude, or in stratosphere. HAPS is the development infrastructure of telecommunication network as BTS/BS replacement. BTS /
BS is seen still has shortcomings in funding and capacity range. HAPS position is on the air layer will effected by wind disgusting so that position of HAPS will change form its normal state called Platform Displacement. Therefore, in this research, we will discuss the impact of HAPS displacement on the quality of service perceived MS (Mobile Station) by measuring the throughput. Throughput values will be mesured during MS is doing handover (HO) process, user is a mobile user who is doing WiMAX VoIP communications. Users will be simulated moves with constant speed of 50 km / h, 80 km / h, 120km / h and 200 km / h. Platform will simulated in some position upward, downward, to the right and to the left. When platform moves upward, cells will increase the coverage so each cell will interfere their neighbor especially when MS is doing HO process

Keywords


HAPS; user mobile wimax; throughput

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References


Al-Saedi, Firas Abdullah Thweny; Wafa A. Maddallah (2012):

Evaluation of Handover Process in WiMAX Networks.

Ashoka, Bhaskar; David Eyers; Zhiyi Huang (2011): handover

|

Delay in Mobile WiMAX: a Simulation Study, International

Conference on Parallel and Distributed Computing.

Fadilla, Siti Dara; Zulfajri B. Hasanuddin (2012): Handover

WiMAX pada Komunikasi Wireles, Jurnal Ilmiad Saintikom.

Ho, Kelvin; Titus Cheung; Glen Nogayev (2010): Evaluation of

Gaming Traffic over WiMAX, Final Project

Iskandar; K.Z. Arief (2010): Effect of HAPS Movement on the

Performance of Downlink Power Control CDMA System,

International Conference on Information Science, ISSP

th

Janevski, Toni (2012): Mobility Sensitive Algorithm for

Vertical Handovers from WiMAX to WLAN, 20

Telecommunications forum Telfor.

Kundu, Anindita (2010): Performance Evaluation of Integrated

WiMAX and WLAN Networks for Voice over IP Application,

Dissertation.

Linggar, Leopold (2010): Analisa Optimasi Tahapan Handover

Ntap dan Ahop pada Mobile Wimax (IEEE 802.16e) Untuk

Layanan VoD, Tesis, Program Pasca Sarjana, Universitas

Indonesia.

Masum, Ebna; Jewel Babu (2011): End-to-End Delay Performance

Evaluation for VoIP in the LTE Network, Thesis, Master of

Science Program, Blekinge Institute of Technology.

Mellyssa, Widdha.2013.Analisis Pengaruh Platform Displacement

Pada Kinerja Handover Sistem Komunikasi Mobile Wimax

Haps,Thesis, Master Teknik Institut Teknologi Bandung.

Mellyssa, Widdha.2015.Analisis Pengaruh Perubahan Posisi HAPS

terhadap Delay Handover Sistem Komunikasi Mobile

Wimax, CIRCUIT Journal, Universitas Islam Negeri ArRaniry.

Mohammed, Hasanain Ali; Prashant Pillai (2009): PerformanceEvaluation of a WiMAX Enabled HAPs-Staellite Hybrid

System.

Opnet Tutorial. Creating a Wireless Network, (diakses April 2013),

http://www.coe.montana.edu/ee/rwolff/EE548/EE548-S06/

OPNET%20stuff/tut_wireless.

Svensson, Tommy; Alex Popescu (2003) : Development of

Laboratory Exercises based on OPNET Modeler, Thesis,

Master Degree, Blekinge Institute of Technology.

Yang, Z.; D. Grace; P.D. Mitchell. Downlink Performance of

WiMAX Broadband from High Altitude Platform and

Terrestrial Deployments Sharing a Common 3.5 GHz Band

(diakses Mei 2013),

http://www.eurasip.org/Proceedings/Ext/IST05/papers

Yu,Yongxue (2009): Handover Performance in the Mobile WiMAX,

Graduate School Thesis and Dissertations, University of

South Florida.

Yusoff, Rohaiza; Mohd Dani Baba; Muhammad Ibrahim; Ruhani

Ab Rahman; Naimah Mat Isa (2012): Handover Behaviour

of Transparent Relay in WiMAX Networks, ACEEE Int. J.,

Vol. 03, No. 02.

Zavala, Alejandro Aragon; Jose Luis Cuevas-Ruiz; Jose

Antonio Delgado-Penin (2008), High Altitude Platform for

Wireless Communication, 1

st Edition, Wiley.




DOI: http://dx.doi.org/10.22373/ekw.v3i1.2754

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© Elkawnie : Journal of Islamic Science and Technology 2019. Published by Faculty of Science and Technology in cooperation with Center for Research and Community Service (LP2M), UIN Ar-Raniry Banda Aceh, Aceh, Indonesia.

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