The strategy permits a natural implementation of a memory functionality that allows the robots to navigate through maze-like environments by successively constructing an approximative map of the environment during the motion.
The sequential covering strategy successively constructs a set of decision rules for each upward and downward union of decision classes in a training set by selecting, at each iteration, the "best" decision rule, after which the training objects described by the rule conditions are removed.
A duplication history is a sequence of duplicate events that first builds up a set of seed duplication blocks by duplicating and aggregating duplicons from their ancestral loci and then successively constructs the remaining duplication blocks by duplicating substrings of previously constructed blocks.
In the second approach the proposed models were constructed successively on the icosahedral from C960 up to C3840 fullerenes fragments.
The point QT is constructed successively by adding data points one by one.
Successive stream selection approach (SNSSS): Only one stream sequence is constructed by successively selecting the streams having the highest singular values, i.e., strongest streams.
The complexity in terms of the number of calls to Algorithm 1 by ESNSSS is r 2. Successive stream selection approach (SNSSS): Only one stream sequence is constructed by successively selecting the streams having the highest singular values, i.e., strongest streams.
In the proposed approach, quadratic surrogate models are constructed and successively updated.
In the first approach, only one stream sequence is constructed by successively selecting the strongest streams from the null spaces of the previously selected ones.
Liu et al. [16] studied the existence of positive solutions and constructed two successively iterative sequences to approximate the solutions for the following fractional boundary value problem: left { textstylebegin{array}l} D^{alpha}_{0^u(t) +f t, u(t))=0, quad 0< t< 1, u(0)=u^{prime}(0)=u^{primeprime}(0)=0, u(1)=lambda I^{beta}_{0^u eta), end{array}displaystyle right.
The rationally constructed architecture successively achieves the integration of one-dimensional conducting networks, ultrafine active nanoparticles, well-developed mesoporosity and sophisticated surface modification via a layer-by-layer assembly strategy, thus upholding good structural/interfacial robustness and enhanced charge-transfer reaction kinetics.
