The need for a small, discrete environment as a place of contemplation or connoisseurial consideration led to the evolution of both the tea room and a small study room, called tsuke shoin, containing a ledge used as a desk, shelves, and sliding shoji windows that opened onto an auspicious, usually man-made, view.
Agent environments can be allocated into: discrete environment; virtual environment; and continuous environment.
In order to apply ACO for a problem, memory, artificial obstacles, and living in a discrete environment must be investigated [34, 35], respectively.
The discrete environment has been applied in earlier research, for example to model rail operations (Caballini et al. 2014), to model the time duration of handling activities (Cartenì and De Luca 2011), to model and test several container stacking algorithms (Borgman et al. 2010), and to model the container flows within container terminals (Alessandri et al. 2007; Alessandri et al. 2008). .
While the mechanistic basis for the phenotypic plasticity of a genotype to discrete environments has been extensively investigated [1] [6], we know almost nothing about the pattern of phenotypic expression of a single genotype across continuous environmental gradients, such as temperature and humidity gradients [5].
We report here a dual functional colloidal gel system, which combines the advantages of allowing homogeneous cell seeding, eliminates the need to use proteolytic enzymes during passaging, and enables placement of cells in discrete environments which can be patterned magnetically.
While Equation (26) provides a general solution, in the specific cases analyzed in this study, the populations consist of a finite number of different phenotypes, there are a finite number of discrete simulation replicates, and for simplicity we show cases that compare two discrete environments g1 and g2 with occurrence probability h and (1— h).
This paper presents an intelligent multi-constraint finite capacity-based lot release system which has been designed, developed and implemented to solve the lot release problems in a discrete manufacturing environment with huge product mix and multitude of capacity constraints.
This paper aims at designing a non-asymptotic fractional order differentiator for a class of fractional order linear systems to estimate the Riemann Liouville fractional derivatives of the output in discrete noisy environment.
The reinforcement-learning model consists of several factors [11, 12]: (1) S = {s1, s2,..., s n } denotes the finite discrete possible environment states, (2) A = {a1, a2,..., a m } denotes the possible using actions of the agent, and (3) r denotes the current reward value, (4) π:S → A is the agent's strategy.
In addition to mitochondrial fragmentation, expression of the polyQ length expansion also clearly led to disruption of cristae, the invaginations of the inner membrane that are now known to help maintain a discrete submitochondrial environment.
