  The movement changes the underlying spatial representation of the
participated mobile objects or nodes. In real world scenario, such mobile nodes
can be part of any biological network, transportation network, social network,
human interaction, etc. The change in the geometry leads to the change in
various desirable properties of real-world networks especially in human
interaction networks. In real life, human movement is concerned for better
lifestyle where they form their new connections due to the geographical
changes. Therefore, in this paper, we design a model for geometric networks
with mobile nodes (GNMN) and conduct a comprehensive statistical analysis of
their properties. We analyze the effect of node mobility by evaluating key
network metrics such as connectivity, node degree distribution, second hop
neighbors, and centrality measures. Through extensive simulations, we observe
significant variations in the behavior of geometric networks with mobile nodes.
