EE263 HOMEWORK 7 SOLUTIONS
The total traffic on a link is the sum of the source rates for the routes that pass through it. In this problem you will use matlab to solve an optimal control problem for a force acting on a unit mass. It will also plot the sampled signal. This statement is taken to be true if there are no unbiased estimators for a particular A. These issues can be handled using the material of EEa, however.
Minimal credit will be given for incomplete solutions or solutions that do not provide details More information. EE Autumn Stephen Boyd Lecture 19 Observability and state estimation state estimation discrete-time observability observability controllability duality observers for noiseless case continuous-time. Use matlab to simulate the power control algorithm 1 , starting from various initial positive power levels. Eigenvalues and Singular Values Computational Methods Eigenvalues and Singular Values Manfred Huber 1 Eigenvalues and Singular Values Eigenvalues and singular values describe important aspects of transformations and of data relations More information. It should be clear from your answer that you know the definition. The MA model, on the other hand, has a finite memory:
There are also matrices for which it does hold, e. We say that a signal z is piecewise-affine PWAwith kink points i1. The problem is to identify the optimal trade-off curve ee2663 C and D, and explain how to find smoothed functions G on the optimal trade-off curve. There are 8 problems worth points total.
The algorithm you will discover is called back substitution, because you are substituting known or computed values of yomework into the equations to compute the next xi in reverse order. It is basically the input used in a disk drive to move the head from one track to another, while respecting a maximum possible current in the disk drive motor coil.
The traffic on the network i. To find the predictive ability of an AR model with coefficients a0b1. Poles, Zeros and System Response Time Response After the engineer obtains a mathematical representation of a subsystem, the subsystem is analyzed for its transient and steady state responses to see if these characteristics yield the desired More information.
You are given noise-corrupted values of a DCT bandlimited signal y, at some integer times t1. Golnoosh Elhami, Hanjie Pan Review of some mathematical. A method for guessing x in this situtation is called a robust estimation method, since it attempts to take into account the uncertainty in the matrix A.
This problem explores a famous heuristic method, based on solving a sequence of linear least-squares problems, for finding coefficients a, b that approximately minimize J.
You learned a number. You are given the photodetector direction vectors q1.
Ee263 homework 7 solutions
He describes it as follows: You can quote solutiins result given in the lecture notes. Kamalika Chaudhuri Due on: Which is why such matrices are called projection matrices. The federal government has mandated that cellular network operators must have the ability to locate a cell phone from which an emergency call is made.
The problem is to estimate the vector of densities x, from a set of sensor measurements that we now describe.
EE homework 9 solutions – PDF
In the next chapter we will begin to. You may not assume anything about the dimensions of A, its rank, nullspace, etc. The combination of block diagrams and transfer functions is a powerful tool because it is possible both to obtain an overview of a system and find details of the behavior of the system.
We consider the problem of selecting a portfolio composed of n assets. Least Squares Data Fitting Measurement. Control is the process of making a system variable. For each model, give the root-mean-square RMS residual, i. The state space is the direct sum of X r and another linear subspace X r. Dynamic interpretation of eigenvectors.
You must justify that any matrix solutiona you use actually exist; you cannot simply assume that matrices appearing in your solution are invertible as we often let you do.
The roughness measure R is zero precisely for constant arrays, i. Now suppose you are given measured runtimes for N executions of the algorithm, with different sets of input data.
Concepts like nullspace, range, independence and rank are all defined in the obvious way for vector spaces over Z2. EE Autumn S. Consider a feedback connection of systems with the transfer functions G 1 and G 2, as shown in Figure 6.