The second design of the cell-based broad-phase microarchitecture supports significantly greater object quantities.
However, it is apparent that the complexity may affect throughput for larger object quantities.
The area-efficient microarchitecture focused on occupying minimum resources, while the many-object microarchitecture focused on supporting greater object quantities.
Two alternative microarchitectures are proposed: one focuses on minimising resource consumption while the other supports greater object quantities.
The core truth of common cause principles thus in part relies on our choice as to how to partition the world into unified and independent objects and quantities, and in part on the objective, temporally asymmetric, principles that lie at the foundation of statistical mechanics.
If the object or quantity to be measured is not accessible for direct comparison, it is converted or "transduced" into an analogous measurement signal.
Thus, one may separately inquire after an object's quantity, quality, relation, and modality, receiving one of the three sub-answers in each case on the way to a more complete characterization of the object.
Bodily sensations are typically attributed to bodily locations and appear to have features such as volume, intensity, duration, and so on, that are ordinarily attributed to physical objects or quantities.
The reference signal is derived from objects of known quantity by a process called calibration.
This, then, is knowledge at the level of the first 'degree of abstraction.' Physico-mathematical objects (e.g., quantity, number, and extension) stand at a second level of abstraction.
