We started with the assumption that our subvenient base consists of intrinsic properties of point-sized objects and spatiotemporal relations.
For some basic properties of point processes, see [2], for example.
Table 1 shows the properties of point clouds for each measurement series.
The second is the thesis that the perfectly natural properties and relations in this world are intrinsic properties of point-sized objects, and spatiotemporal relations.
And it is a recipe that uses remarkably few ingredients; just intrinsic properties of point-sized objects, and spatio-temporal relations.
This paper examines some of the properties of point-weight incidence structures, i.e. incidence structures for which every point is assigned a positive integer weight.
The model also suggests that interactions with tropomyosin, actin, and nebulin are all possible sources of influences on the dynamic properties of pointed-end capping by tropomodulin.
The primary challenge to Humean supervenience comes from those who hold that providing a subvenient basis for all the truths of this world requires more than intrinsic properties of point-sized objects and spatiotemporal relations.
New properties of point and interval estimations of the TSP are derived and, in particular, an efficient "lower confidence bound" for the TSP estimation is proposed, based upon a suitable Beta probability distribution.
In this paper, we introduce a new metric, namely, effective area spectral efficiency (EASE), to quantify the spectral efficiency as well as the spatial properties of point-to-point transmission systems and decode and forward (DF) relaying communications networks with interference management.
