Bellman's Principle can be formally captured in the following two equations (cf. [ 20]): h([ f x1,..., x k )) | x1 ← z1,..., x k ← z k ]) = h ([(f x1,..., x k )) | x ← h (z1),..., x k ← h z k )]) (24) h(z1 ╫ z2) = h(h z1) ╫ h z2)) (25) where the z i denote lists of intermediate results, ← denotes list membership, and ╫ denotes list concatenation.
R list denotes the list of bits required to be retransmitted.
In expressions like [...| x1 ← z1,..., x n ← z n ] the leftarrow ← denotes list membership.
Together with the pure TiO2, they are denoted as listed in Table 1.
For studies involving the prostate, suggested targets for CD profiling using the combination of DNA array and IHC technologies are listed in Table 4. 'Present' denotes the list of CD antigens expressed by the specific cell type and detected as by both array and IHC.
Denote the list using either the or tag and enter your list items.
We also use A={a1,⋯,a⋯,a q } to denote the list of actions that can be used to check symptoms.
The notation I i denotes a list of the column positions of non-zero entries in row i in H.
Here, bL denotes the list constructed from L by adding bit b in front of every element of L, and L ̄ denotes the complement of list L. In Table 2, instances of BRGCs in meeting different values of S are shown.
More specifically, we denote the list of all parameters ( ( C k ) k = 1 N, E L, E +, E −, ( G k j ) k, j = 1 N, … ) by the symbol γ.
