In addition, RE modulates the responses of both dopaminergic and serotoninergic nerve terminals.
Now the transmitted signal in time domain can be re-modulated using the decisioned data, x ̂ ( i ) = IDFT X ̂ ( i ).
The decoded bit vector is then re-coded and re-modulated to regenerate the transmitted symbol vector x → ^ K.
At optical network unit, the downstream signal is directly re-modulated by the 2.5 Gb/s up-stream data and sent back with the same fiber.
In (5), εeq ΓSR,ΓRD) is the equivalent BER of a signal at the destination after going through the source-to-relay link, being demodulated and re-modulated at the relay, and going through the relay-to-destination link.
At the secondary relay, the received signal y sr is demodulated, and the resulting binary word (hat {c}) is re-modulated creating a new signal (x_{mathrm {r}}=mu _{mathrm {r}}left [hat {c}right ] in {-Delta,Delta }) that is forwarded to the destination, where (Delta ^{2} = min left ({frac {mathsf {I}}{left |a_{text {rp}}right |^{2}}},mathsf {P}right)).
After that, ( {tilde{x}}_{2left|mathrm{U}mathrm{E}1right.} ) is re-modulated in order to cancel this signal from y 1, and the received signal after IC for x 2 is begin{array}{l}{y}_1^{prime }={y}_1-{widehat{x}}_2 kern1.3em ={x}_1+left({x}_2-{widehat{x}}_2right)+{n}_1, end{array} (17).
We have demonstrated a bidirectional reflective semiconductor optical amplifier (RSOA) based on wavelength division multiplexing ROF network utilizing an offset quadrature differential phase shift keying (OQPSK) signal for down-link and an on-off keying (OOK) signal re-modulated for up-link.
At each k th channel, the estimated symbol vector x ¯ k, D is generated by using each MMSE de-spreading vector w ¯ k from (15) to yield a de-spread signal vector of x ¯ ̂ k T = w ¯ k H R k and an estimated bit stream u ¯ k, D. The decoded bit vector u ¯ k, D is re-coded at the receiver and re-modulated to regenerate the transmit symbol vector x ¯ k, D at the output of the decision device.
The passivation surface decreased the total interfacial electron localized state and electron transfer barrier, which could re-modulate the interfacial property of buffer layer and facilitate electron collection.
Compounds eluting from the first dimension column were cryogenically trapped, concentrated, and re-injected (modulated) onto the second dimension column.
