Offline drone instrumentalized ambulance for emergency situations

Abstract

<p>In this paper, an offline drone instrumentalized ambulance (ODIA) mechanism has been discussed. The rapid increase in the urban population directly influences every sector of society. The sectors are maybe food, health care, education, transportation, etc. Normally, it has been observed that when any accidents happen on the urban road or any remote places then, the availability of immediate medical help is very rare. It is not because of the unaware or unavailability of medical facilities rather it happens because of overcrowding on the urban road and geographical odd-isolation of places. Hence, here an ODIA concept has been discussed which uses offline maps and offline first-aid medical videos through which immediate medical help can be made available at the patient end. This model helps to save the life of an accident victim by providing immediate medical attention. The key strength of ODIA is, it is independent of internet service that is why it is more suitable for harsh and hostile environments.</p>

Integrating the Biophilia Concept into Urban Planning: A Case Study of Kufa City, Iraq

“…From an environmental perspective, the promotion of green and blue spaces, fostering of diverse habitats, and facilitation of nature accessibility emerge as primary gains. Meanwhile, on the societal front, a surge in pedestrian activities, conservation drives, community involvement in habitat stewardship, and the resultant augmentation in social capital have been observed [12]. These multifarious benefits of biophilic cities resonate with the ethos of Sustainable Development Goal 11 (SDG 11), which champions the cause of molding cities and human settlements into hubs that are inclusive, safe, resilient, and sustainable.…”

“…These multifarious benefits of biophilic cities resonate with the ethos of Sustainable Development Goal 11 (SDG 11), which champions the cause of molding cities and human settlements into hubs that are inclusive, safe, resilient, and sustainable. Specifically, SDG 11 endeavors to cultivate sustainable transport avenues, engender green and communal spaces, safeguard cultural and natural legacies, and fortify the synergies between rural and urban domains [12].…”

“…According to established standards, a minimum of 35% of the mass area should be dedicated to green spaces, dispersed across no more than 26 distinct green patches with a recommended inter-patch distance of 7 meters. Such stipulations aim to strike a balance between ensuring green space accessibility and sustaining urban densities [12].…”

Smart Water Solution for Monitoring of Water Usage Based on Weather Condition

“…Re-engineering of some traditional urban water management processes by application of smart water meter [45] and advanced data analytic tools was also suggested and use of a software tool that automatically dis-aggregates and synthesizes higher consumption rate water end-use data of costumer into reports using a hybrid combination of data mining techniques and pattern recognition algorithms for better water use monitoring has also been proposed [46]. Optimization of pipe network modeling, Improvisation in water demand forecast, and development of more targeted conservation programs during the time of water scarcity can be achieved by the use the pro-posed software [47]. Along with the Smart metering technology, this software can lead to better detection of leaks, reduction of peak demand, pumping schedule optimization, and improvisation in the management of wastewater.…”

“…Along with the Smart metering technology, this software can lead to better detection of leaks, reduction of peak demand, pumping schedule optimization, and improvisation in the management of wastewater. for water management has been attempted by researchers [47]. Some researchers have used weather conditions in the construction of water demand models using a non-linear climatic effect based on monthly time series and annual time-series.…”