This solution is provided in 454 words in an attached .doc file. It discusses each equation as a differential equation and how inputs and outputs can be utilized to determine the signals.
... are purely real and of opposite signs. The system does not oscillate (the fixed point is a saddle point, so E is untrue). The properties of systems du/dt=Au is ...
... and convolution for discrete signals and systems which are ... pulse response is being determined for this system, x[n ... if each of the following signals is periodic. ...
4 questions on signal processing are described. 1) Cosine and sine transform 2) Sampling output of nonlinear system 3) Causal systems and real-time ...
... The Z-transforms for discrete time signals in MATLAB are ... Use the Z-transform of u[n] and properties of the ... in the unit-step solution of a system represented by ...
... length(b)-1;.EE381 Lab CG Signals and Systems Theory 17 ... n] and h[n] are infinite duration %signals yn=yn ... recur to calculate the response of the system to a ...
... Solution: This follows the scaling property of z ... expert examines z-transforms for discrete-time signals. ... A linear time-invariant discrete-time system is excited ...
... The solution investigates the properties of the signal, such as linear ... 1.Determine if the linear time-invariant continuous-time system defined is stable ...
... the transfer function H(s) of the continuous-time system below given ... Solution Laplace transform's property. ... the convolution x(t)*v(t) of the two signals where x ...
... are on the LHP of the s-plane, the system is STABLE ... For the discrete-time signal x[n] with the DTFT where b ... Solution: Since DTFT has a linear property, then x[ n ...
