Sentence examples for b slot from inspiring English sources

begin{array}rcl@&&C9: {x^{m}_{kn}(t)}~ text{comply to the transmission rules of} &&qquadtext{either type A or type B slot} end{array} (4j).

In the case of a type B slot, the BS determines the subchannel sets of the relays and notifies them to transmit on them.

Since in type B slots, the BS can only transmit to the direct users, line 5 of the algorithm defines its demands based on the estimations for type B slot, explained before.

We note that in a type B slot, due to sharing subchannels among all the nodes, the resource allocation for the links of different nodes are tied together which is reflected in (11).

It is computed in node m, (min mathcal {M}), assuming that the number of subchannels it will get, (tilde {N}_{m}), is proportional to the ratio of its number of queues ((|mathcal {K}_{m}|)) and the total number of queues that can be considered for service in type B slot (left (sum _{min mathcal {B}}|K_{m}|=Kright)); i.e., tilde{N}_{m}=N frac{|mathcal{K}_{m}|}{K}, forall minmathcal{B}, (13).

Variants of this approach have been used to estimate antigen concentration in the secretory pathway and for amino acid neurotransmitters in compartments of neuronal cells (Ottersen and Storm-Mathisen 1984; Ottersen 1987a, b; Slot et al. 1989; Posthuma et al. 1987, 1988).

For itself, the BS needs to compute separate demands for type A and type B slots.

ξ is measured by each terminal at the time step k (each time step comprises B slots) as follows: ξ k = 1 B ∑ i = ( k - 1 ) B kB - 1 C i, (5).

We assume that time is divided into the units of slot, where each time slot can be either type A or type B. In type A slots, the BS transmits to users directly connected to it, or to the relays; in type B slots, the BS and relays can transmit only to the users connected to them and therefore, there is no transmission from the BS to relays.

Then, the BS uses the reported demands from the relays as well as its own demands to estimate the system's total demands for type A and type B slots, and based on that, it decides about the type of the next time slot.

For the a × b slots matrix with a subchannels, the mapping of the proposed algorithm starts from the first appropriate subchannel in the sequence without backtracking, and whether a complete traffic burst can be found is determined after all appropriate subchannels are examined.