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Following a large-scale disaster such as an earthquake or a hurricane, existing communication (e.g., cellular towers) and other infrastructures (e.g., power lines, roads etc.) are often critically impaired. This hampers the seamless exchange of information, such as, the status of survivors, requirement of relief materials, supply chain of goods and services, between the rescue/relief teams and the control station in a disaster area, and thereby preventing the timely recovery operations. To address this, several network architectures, utilizing rescue/relief teams equipped with wireless devices and easily deployable towers, have been proposed to set up a temporary communication network. While these works propose novel network architectures, they largely ignore the fact that the availability of network resources are often limited in such scenarios (mainly due to budgetary constraints). Hence in this paper, we design a …