Exact(1)
For sampling at the receiver, we assume that out-of-band noise is first suppressed by an ideal low-pass filter (LPF) with bandwidth W, which has the same bandwidth as the transmitted signal.
Similar(59)
where Π is a classical 802.11g signal having the same bandwidth as the 1111 identifier.
But in the design of autopilot, actuator is usually approximated as a second order system having the same bandwidth as that of the actual one.
We have (s_{text {lp},ki}^{m}(t)=s_{textit {ki}}^{m}(t)) since the ideal LPF is assumed to have the same bandwidth as the transmitted signal, i.e., bandwidth of (s_{textit {ki}}^{m}(t)).
It is easy to see from (32) that Q(3)(6) has the same bandwidth m = 15 as Q(2)(12) but the size of state-space n = 28 is different, in this case.
Hence, the time-orthogonal shaping filters can be designed to have the same bandwidth requirements as a single filter narrowband system.
Suppose the durations for sensing each channel and transmission are t and T, respectively, and all channels have the same bandwidth B. As shown in Figure 2a, the immediate reward is BT/ T + 2t) if the node pair transmit immediately after sensing two channels.
The lowest two bands had the same bandwidth, and the following subbands were twice as wide as the preceding subbands.
Both links have the same bandwidth.
As a result, both the AF and EF queues receive the same treatment, having the same bandwidth assignment.
It is assumed that all channels have the same bandwidth.
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