Android-based application using mobile adhoc network for search and rescue operation during disaster

Tundjungsari, Vitri; Sabiq, Ahmad

doi:10.1109/icecos.2017.8167124

Cited by 5 publications

(4 citation statements)

References 4 publications

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“…Android-based applications are becoming a proper tool in order to solve different everyday life problems [1,6,7]. Recently, many researchers have tried to find a proper solution to address the security issue in the case of emergency [8][9][10][11][12][13], but there has been no proper solution.…”

Section: Related Workmentioning

confidence: 99%

“…Similar application intended for the cases where there is no operation of mobile communication systems was presented in [9]. The proposed application is used in a way that a group of phones, which have this application installed, create an ad hoc, a peer-to-peer-like, wireless network.…”

Section: Related Workmentioning

confidence: 99%

“…In addition, some of the presented applications do not have the widget. Moreover, there is no any information about experimental usage of the proposed app [8][9][10][11][12][13] and its reaction time measurements in real-life situation. These services also cannot give any useful analytics after long-time operative usage of client app.…”

Section: Complexitymentioning

confidence: 99%

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SOSerbia: Android‐Based Software Platform for Sending Emergency Messages

Jovanović¹,

Babic

Čabarkapa

et al. 2018

Complexity

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This paper presents Android-based SOS platform named SOSerbia for sending emergency messages by citizens in Serbia. The heart of the platform is SOS client Android application which is an easy and simple solution for sending SOS messages with unique combination of volume buttons. The proposed platform solves a lot of safety, security, and emergency problems for people who can be in dangerous situations. After a person presses a correct combination of buttons, a message with his or her location is sent to the operating center of the Serbian Police. The platform merges several appropriately combined advanced Android technologies into one complete solution. The proposed solution also uses the Google location API for getting user’s location and Media Player broadcast receiver for reading pressed buttons for volume. This logic can be also customized for any other mobile operating system. In other words, the proposed architecture can be also implemented in iOS or Windows OS. It should be noted that the proposed architecture is optimized for different mobile devices. It is also implemented with simple widget and background process based on location. The proposed platform is experimentally demonstrated as a part of emergency response center at the Ministry of Interior of the Republic of Serbia. This platform overcomes real-life problems that other state-of-the-art solutions introduce and can be applied and integrated easily in any national police and e-government systems.

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Section: Related Workmentioning

confidence: 99%

Section: Related Workmentioning

confidence: 99%

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SOSerbia: Android‐Based Software Platform for Sending Emergency Messages

Jovanović¹,

Babic

Čabarkapa

et al. 2018

Complexity

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“…Pada saat bencana alam yang mengakibatkan infrastruktur jaringan dan komunikasi di suatu wilayah menjadi lumpuh, dibutuhkan suatu sistem komunikasi yang berjalan tanpa infrastruktur jaringan. Komunikasi yang dilakukan dalam penanganan bencana dapat dilakukan menggunakan perangkat komunikasi yang berbasis Mobile ad-hoc network (MANET) [4] [5] MANET merupakan suatu inovasi teknologi jaringan nirkabel yang cocok digunakan pada daerah yang kekurangan infrastruktur jaringan dan komunikasi, seperti di kawasan yang terkena bencana alam. MANET adalah jaringan nirkabel yang terdiri atas beberapa mobile node yang dapat berkomunikasi tanpa adanya infrastruktur tetap dan kontrol yang terpusat dalam topologi yang dinamis.…”

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Analisis Kinerja Protokol Routing ZRP Dan Tora Pada Komunikasi Berbasis Manet Dan WMN Untuk Penanggulangan Daerah Bencana

Sabiq

Milayanti²

2022

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At the time of natural disasters, generally resulting in paralysis of the communication network infrastructure, a communication system based on Mobile Ad-hoc Networks (MANET) and Wireless Mesh Networks (WMN) is needed, so that disaster management teams are easier to communicate with each other. In this thesis, ZRP and TORA routing protocols are tested on MANET and WMN networks using network simulator 2 version 2.35 with four scenarios. The parameters obtained to test performance are packet delivery ratio, end to end delay, throughput and routing overhead. From the results of testing the TORA routing protocol with the node has spread scenario and the ZRP routing protocol for all scenarios on WMN networks has a high average packet delivery ratio and the TORA routing protocol with the node spreads scenario has an average value of end to end delay low and high throughput. On the MANET network has a low average value of end to end delay and also has a high throughput and TORA routing protocols with the node spreads scenario has a high average packet delivery ratio and high routing overhead.

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A Cyber-Enabled Mission-Critical System for Post-Flood Response: Exploiting TV White Space as Network Backhaul Links

et al. 2019

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A crucial problem in post-flood recovery actions is the ability to rapidly establish communication and collaboration among rescuers to conduct timely and effective search and rescue (SAR) mission given disrupted telecommunication infrastructure to support the service. Aimed at providing such proximity service (ProSe) for mission-critical data exchange in the post-flood environment, the majority of existing solutions rely heavily upon ad-hoc networking approaches, which suffer from restricted communication range and the limited scope of interaction. As an effort to broaden the ProSe coverage and expand integrated global-local information exchange in the post-flood SAR activities, this paper proposes a novel network architecture in the form of a cyber-enabled mission-critical system (CEMCS) for acquiring and communicating post-flood emergency data by exploiting TV white space spectrum as network backhaul links. The primary method of developing the proposed system builds upon a layered architecture of wireless local, regional and wide-area communications, and incorporates collaborative network components among these layers. The desirable functionalities of CEMCS are showcased through formulation and the development of an efficient global search strategy exploiting a wide range of collaboration among network agents. The simulation results demonstrate the capability of CEMCS to provide ProSe in the post-flood scenarios as reflected by reliable network performance (e.g., packet delivery ratio nearing 80%-90%) and the optimality of efficient search algorithm.

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Android-based application using mobile adhoc network for search and rescue operation during disaster

Cited by 5 publications

References 4 publications

SOSerbia: Android‐Based Software Platform for Sending Emergency Messages

SOSerbia: Android‐Based Software Platform for Sending Emergency Messages

Analisis Kinerja Protokol Routing ZRP Dan Tora Pada Komunikasi Berbasis Manet Dan WMN Untuk Penanggulangan Daerah Bencana

A Cyber-Enabled Mission-Critical System for Post-Flood Response: Exploiting TV White Space as Network Backhaul Links

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