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For still others he made use of apparent diameters, which he found to be relatively uniform for clusters of known distance.
One of these launches a sound wave from a point close to the keel; the second, a few metres ahead or astern, detects this wave and measures the time required for it to traverse the known distance.
Let's consider two signals measured by two sensors separated by a known distance.
Consider two signals measured by two receivers (transducers) separated by a known distance.
Hence for a known distance, the bubble size, and more precisely the Sauter mean horizontal diameter of bubbles is accessible.
These tools measure the time it takes for an acoustic wave to travel a known distance along the stem.
The probability of a particular hop count given a known distance Ω h (d) was studied, and the border effect and dependence problem was considered in our analysis.
In this section, we focus on analyzing the probability that a particular pair of sensor nodes forms a certain hop count with a known distance.
The probability that two randomly selected stations with a known distance can communicate in K or less hops with omnidirectional antennas has been analyzed by Chandler [17].
Evaluation of the resolution using this criterion requires a specimen that can be tilted at an orientation in which the atoms are separated by a known distance.
With this setup, we formulate the probability that a pair of nodes with a known distance resulting a particular hop count.
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