Wireless mobile field-based GIS science and technology for crisis management process: A case study of a fire event, Cairo, Egypt

EL-Gamily, Islam H.; Selim, G.; Hermas, ElSayed

doi:10.1016/j.ejrs.2010.07.003

Cited by 8 publications

(4 citation statements)

References 17 publications

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“…Another part of needs assessment is mobile GIS technology reviews for obtaining thorough information about other geospatial application structures and details. Other applications designed in this eld, some of which were presented as practical researches in the literature review section, can assist in developing a more organized and useful knowledge of our research [33]. Reviewing the studies and researches accomplished helped us to get a valuable experience to use in the design and development of mobile GIS and implement according to current knowledge.…”

Section: -1-2 Mobile Gis Technology Reviewsmentioning

confidence: 99%

Development of a Mobile GIS Application (LandInfo) for Land Use and Land Cover Field Data Collection

Sarbazvatan,

Karimi

2023

Preprint

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Land use and Land cover (LULC) is considered one of the most basic data for any country. LULC information is used in many cases such as agricultural management, water resource management, urban planning, environmental management, etc. One of the optimal ways to generate low-cost and fast LULC maps is to use remote sensing and satellite imageries. Generation and accuracy assessment of maps requires accurate and reliable field data. The manual method of collecting field data is a traditional and reliable method that has been widely utilized since the past. Despite the advantages, this method has various limitations such as slow speed and time-consuming, limited forms, lack of control over the information of field users, difficult editing, difficulty entering data into the system and things like that. With the introduction of Global Positioning System (GPS) to mobile phones and the development of location-based applications, the concept of mobile Geographic Information System (GIS) was formed. Using mobile GIS as a tool to collect field data can overcome many limitations of the manual method. Therefore, this study has developed a GIS mobile application called "LandInfo" in order to obtain optimal and appropriate land information for the preparation and evaluation of LULC maps. The development of LandInfo application was accomplished through a process with four stages including needs assessment, application design, application implementation, and application testing. LandInfo is a native application based on the Android operating system, developed with Android and Java. The results of the study with the LandInfo application have increased the speed of the field data collection operation and resolve the limitations of the manual method. Our results demonstrate 22.97% reduction in data collection time and entering the software in a sample survey between the manual method and using LandInfo application.

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Section: -1-2 Mobile Gis Technology Reviewsmentioning

confidence: 99%

Development of a Mobile GIS Application (LandInfo) for Land Use and Land Cover Field Data Collection

Sarbazvatan,

Karimi

2023

Preprint

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“…Mobile GIS has known a significant rise in recent years as a method for data acquisition across diverse disciplines including, but not limited to, environmental monitoring [1], urban planning [2], and emergency management [3]. These GISs allow users to efficiently capture, analyze, and store spatial data related to space, resulting in an increase in productivity compared to traditional methods [4].…”

Section: Introductionmentioning

confidence: 99%

Quality In-Use of Mobile Geographic Information Systems for Data Collection

Fhel,

Idri

2023

IJACSA

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Mobile Geographic Information Systems (GIS) plays a vital role in data collection, offering diverse functionalities for spatial data handling. Despite advancements, accurately determining the usage environment during development remains challenging. This study uses machine learning and natural language processing to automatically classify user reviews based on the ISO 25010 quality-in-use model. Motivated by the challenge of gauging user experience during development, stakeholders analyze user reviews for insights. An experimental study compares Support Vector Machine (SVM), Random Forest, Logistic Regression, and Naive Bayes classifiers, revealing superior performance by SVM and Random Forest, particularly in efficiency evaluation. Findings underscore the efficacy of SVM in classifying user reviews, emphasizing its effectiveness in evaluating efficiency within mobile GIS applications. Moreover, it provides valuable insights for stakeholders, contributing to the enhancement of software quality of mobile GIS apps.

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“…In this paper, the system is based on the GPRS network to establish wireless data acquisition and monitoring control system [1][2][3], which is compatible with C/S and B/S architecture. The collected data of the remote monitoring point is transmitted to the management center through the GPRS network.…”

Section: Introductionmentioning

confidence: 99%

Design and implementation of water well monitoring system based on GPRS

Lou

et al. 2013

2013 3rd International Conference on Consumer Electronics, Communications and Networks

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To achieve real-time monitor and control of the water supply remote monitoring terminal and the management of other information(data of other water supply equipment); this paper introduces the design of a remote monitoring system for water supply pipe network with .NET development platform, on the basis of various key technologies such as GIS, database, data communication, multi-threaded design etc .The system adopts multi-layer architecture design framework to achieve the scientific, dynamic visual management of water well .By running the software on-site verifies the reasonableness of design and the stability of operation and provides a feasible solution for the automation management of the water supply network.

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Wireless mobile field-based GIS science and technology for crisis management process: A case study of a fire event, Cairo, Egypt

Cited by 8 publications

References 17 publications

Development of a Mobile GIS Application (LandInfo) for Land Use and Land Cover Field Data Collection

Development of a Mobile GIS Application (LandInfo) for Land Use and Land Cover Field Data Collection

Quality In-Use of Mobile Geographic Information Systems for Data Collection

Design and implementation of water well monitoring system based on GPRS

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