Abstract

As international humanitarian assistance from governments and private donors continued to increase in recent years, the pace of growth, however, has slowed down [1]. For instance, in 2018, while USd17.0 billion out of USd28.1 billion funding was committed to UN-coordinated appeals, there was still a funding shortfall of USd11.1 billion, with only 61% of requirements met [1]. Against this backdrop, international organizations are in - creasingly implementing innovative solutions to respond the needs of affected communities [2], [3]. Many of these solutions involve the use of digital technologies, such as geographic information systems (GIS), robotics, spatial decision support systems, and unmanned aerial vehicles, also known as drones [4]. Although drones are not the first use of robotics in commercial and industrial settings, the humanitarian use of drones represents the first wave of robotics applied in the aid sector, and is representative of emerging technologies being used for humanitarian purposes [5]. Examples of successful drone use in this setting include the 2010 Haiti earthquake (damage inspection), 2012 Hurricane Sandy in the U.S.A. (epidemic prevention), 2013 Typhoon Haiyan in the Philippines (rescue logistics), the 2014 Ebola outbreak in West Africa (medical equipment delivery), and the 2015 Nepal earthquake - the site of this case study - when Nepal was stricken by one of the most devastating natural disasters in history, leaving the country with heavy burdens of immediate emergency relief and long-term postdisaster reconstruction [6]-[8].

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