In this paper, a probabilistic approach for estimating time and space-variant parameters of a system, based on sequentially received discrete-time signal values, is presented.
Assuming proper sampling of the outputs from the matched filter, the received discrete-time baseband signal can be modeled as, where is the BPSK-modulated signal, is the i.i.d.i.d
We can now rewrite the received discrete-time signal in the matrix notation as y = α P AVG S ⌣ r h eq + N G h channel + RRC + W h RRC, (6).
The received discrete-time signal r[n] can be represented as a convolution of s[n], with sampled channel impulse response h[l,i] of finite length I (i = 0,1,⋯,I - 1; △ = ( I - 1 ) T M ): r [ n ] = h [ l, i ] ⊛ s [ n ] + η [ n ], (12).
This technique uses a image spectrometer that has been mounted onboard an aircraft and is able to receive discrete information regarding a sensed target from orbit.
In this hypothetical case, a child receives discrete and varying amounts of dietary exposure, Pdietary (micrograms), from the meals (see Table 1 for a list of all terms used in this article).
The implant surface was treated by dual acid-etching and received the discrete crystalline deposition of HA nanoparticles (Biomet3i, Palm Beach Gardens, FL) [32].
When children receive polysomnographies, discrete patterns (eg, nasal flow limitation, abnormal respiratory effort, bursts of high theta or slow alpha EEG frequencies) should be sought; apneas are rarely found in children.
