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What type of network address space allows for nodes on a network to communicate? 

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The localized nature of these spaces allows for a clustered network architecture that leads to low communication overhead.
However, in real world networks, nodes may have attributes that are useful for network structure exploration.
The presence of these nodes make a network vulnerable to attacks as they are crucial for the overall connectivity.
Thus the selfish behavior of the nodes is used to ensure desirable properties of the network as a whole.
Through the novel addressing scheme, it enables nodes to be roughly aware of its physical location in the underlying network when they have joined in network.
For instance, the existence and position of a gateway towards the infrastructure network should be kept somewhere in the network, so that nodes are able to recover this information when needed.
Several major nodes are crucial for the network structure, while simultaneously many other nodes only weakly and foremost regionally connect to the network.
We conclude therefore that neither directional antennas, nor the ability to communicate simultaneously with multiple nodes, can be expected in practice to effectively circumvent the constriction on capacity in dense networks that results from the geometric layout of nodes in space.
While the insight into how the capacity of an arbitrary or random network scales with the number of nodes in a given area is important, the exact capacity of a network depends on the network topology and can be more desirable in practice.
We propose structuring nodes in zones, meant to reduce the global view of the network to a local one.
This paper suggests that in a multi-network setting' network flexibility is a significant factor in determining the relative importance of a network for the organization of space.
The inclusion of the Morse potential translates into improved control strategies, where forces on network nodes drive the release, retention, or reconfiguration of communication links based on their role within the network architecture.
Thus, it can greatly save the storage space of network nodes.
We show that network capacity is determined by the shape of the network area, the number of destination nodes, the number of helping nodes, and the bandwidth of helping nodes.
It provides an option to handle the heterogeneous types of nodes, distribute topology and mechanism in which new nodes are easily added to the network without affecting the existing network performance.

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