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Moreover, the proposed approach captured the effect of the complexity and overall size of the system, showing the relevance of this performance indicator for evaluating technologies for applications in which volume is a limiting parameter.
Tumour volume, proportional to the number of tumour cells, may be a more accurate surrogate for size.
Maximum tumor diameter may be an adequate substitute for volume as a measurement of size.
With the proposed system, it is possible to vary the dimensions of the inspected measurement volume.
The resultant system can produce analytically tractable estimates of volume.
Although the question of how to perform quality size measurements in object-oriented projects remains unanswered, the paper gives valuable information on the topic, supported by mathematics.