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Journal : International Journal of Computing and Informatics (IJCANDI)

Mobile Packet Internet Groper (Moping) Application and Database Connection for Testing the QoS of Internet Services Edy Budiman; Ummul Hairah
International Journal of Computing and Informatics (IJCANDI) Vol 1, No 3 (2016): August 2016
Publisher : International Journal of Computing and Informatics (IJCANDI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.19732/10.19732/vol1122016

Abstract

Optimizing the Quality of Experience (QoE) of mobile applications over cellular networks requires detailed knowledge of the underlying network and it is performance. Parameters of interest are, besides the signal strength and availability of technologies, the Round-trip Time (RTT) and available throughput of individual cells at a given location. This information is generally not readily available. Therefore, an Android application measuring the cellular network performance was developed. This demonstration shows the Mobile Ping (Moping) Network App, being implemented to provide visual feedback of the measured network quality to the users. The Mobile Packet Internet Groper (Moping) enables mobile application developers to characterize the data delivery performance of cellular data networks as delivered to mobile devices. Mobile application developers need to know a range of network performance characteristics, including latency, jitter, throughput, and network timeout delays. Of particular importance is how these values vary in different network provider, network technology, and mobile device combinations. To enable data collection from users across the range of technologies available, the application of Moping offers a lightweight measurement architecture that can be deployed on a wide range of Android-enabled mobile devices. The essential effect of mobile systems is that link quality becomes extremely variable, often in a random manner, although some parts of this effect can be predicted, or statistically modelled. The main QoS parameters – reliability of connection, bandwidth, latency and jitter are all affected by mobility, both during and between connections.
Co-Authors Abdul Haris Ade Fachreza Arman Ahmad Adha Abdullah Ahmad Firza Nugraha Akbar, Mohammad Aldrin Alam, Sitti Nur Alameka, Faza Alameka, Faza Ali Husni Anam, M Khairul Andi Azza Az-Zahra Anindita Septiarini, Anindita Anton Prafanto Arfa’ Yunida Nurhafizhah Badaruddin Bin Halib Bambang Prasetyo Bramantyo, Dimas Ari Brins Leonard Pailan Citra Widhyani LW Damayanti, Elok Doni Kris Setiawan Erwin Erwin Evi Wildana Fajar Ramadhan Faza Alameka Faza Alameka Ferdy Rianda Fernando Elda Pati Firdaus, Muhammad Gubtha Mahendra Putra Gultom, Tiopan Hendry Manto Haeruddin, Haeruddin Hairah, Ummul Hairah, Ummul Hans Christiaan Palondongan Haviluddin Haviluddin Herman Santoso Pakpahan Herni Johan Herniawan Herniawan Hijratul Aini Jamaludin Jamaludin Jeno, Godefridus Kafi, Nashiruddin Langgeng Ari Kusuma Lathifah Lathifah Maratus Soleha Moh Safril Muh. Septian Ade Pratama Muhammad Bambang Muhammad Bambang Firdaus Muhammad Fikri Anshori Muhammad Firdaus Muhammad Safar Nataniel Dengen Nurfaizi Amin Nurwijayanti Paroliyan, Abraham Pohny Pohny Pradinata, Muhammad Aji Prafanto, Anton Prawira, Muhammad Nanda Puspitasari, Novianti Putra, Gubtha Mahendra Putut Pamilih Widagdo Randi Saputra Rendy Ramadhan Reza Wardhana Rofilde Hasudungan Roosevelt Watulingas, Jefferson Rosmasari Rosmasari Ryan Afriadi Whardana Saputra, Riska Adi Setyadi, Hario Jati Setyadi, Hario Jati soleha, leha Solly Aryza Syahputra, Andra Taruk, Medi Taufik Dwi Wahyu Putra Tejawati, Andi Ummul Hairah Usfandi Haryaka Wage Jason Wati, Masna Wawan Firmansyah Widians, Joan Angelina Yudi Kurniawan Yuniar Rahayu