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Exact(2)
We assume a directional sensor network (DSN) composed of a large set of directional sensor nodes (mathcal {N}) to cover a set of (mathcal {M}) targets in a two-dimensional plane.
We assume a directional sensor network of an area A where a set (mathcal {S}) of directional sensor nodes are deployed with uniform random distribution, resulting in deployment density, rho = frac{|mathcal{S}|}{A}.
Similar(58)
(b) Coulomb failure stress changes (ΔCFS) of each triangle obtained by assuming a NNE directional pure left-lateral fault plane of the mechanism solution.
Cell migration might assume a random pattern, which allows cells to explore their local environment, or a directional (persistent) mode that rapidly transfers cells to new, distant environments.
We assume a homogeneous network model under which all base stations have only one omni-directional cell, and all base stations have the same energy consumption model.
Although not explicitly stated, we have assumed an omni-directional radar, and in practice the ρ p will also depend on the antenna pattern.
Assume a standing position.
Assume a firm stance.
Assume a target.
Assume a leadership stance.
Assume a lunge position.
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