Lecture 12 Representation Learning in Reinforcement Learning

The structural engineering design section within the engineering department of a regional electrical utility corporation has developed several standard designs for a group of similar transmission line towers. The detailed design for each tower is based on one of the standard designs. A transmission line project involving 50 towers has been approved. The estimated number of engineering hours needed to accomplish the first detailed tower design is 126. Assuming a 95% learning curve, a. What is your estimate of the number of engineering hours needed to design the eighth tower and to design the last tower in the project? b. What is your estimate of the cumulative average hours required for the first five designs?

Which of the following is not true? a.Increasing system gain increases stability b.poles farther to the left of imaginary axisimprove speed c.steady-state errors are important in the studyof unstable systems d.multiple poles on the imaginary axis improvessystem stability

Consider two systems one is second order and the other is third order. The characteristic equations are: as2+bs+c for the second order and as3+bs2+cs+d for the third order, where a,b,c,d are positive real numbers. Then which of the following is correct with regard to the stability of these two systems?     a. stability of either system cannot be confirmed with the given data     b. third order is definitely stable but second order cannot be confirmed     c. both systems are definitely stable     d. second order is definitely stable but third order cannot be confirmed

Kindly determine the Norton equivalent of this figure as seen by RL. Please do provide an explanation. Thank you.

Electrical Engineering Topic. Please help ASAP to provide neat and correct solution for the given problem below. Thank you. Will upvote for your answer!

Using the graphical method, compute the continuous time convolution of x(t) and h(t)     Please answer in typing format please ASAP for the

Find out following:i. Sketch the root locus.ii. The number of branches of the root locus.iii. The value of ? and gain ? where the locus crosses the ??-axis.iv. The breakaway and break-in point on the real axis.

Landmark trilateration employing reference beacons is used to locate the (x, y) coordinates of a robot.                                          The location of landmark number 1 (P1) is at the origin and the location of landmark number 2 (P2) is on the x axis at a positive distance x2 away from the first landmark (that is, P1 coordinates are (0, 0), and P2 coordinates are (x2, 0).     The robot is at location (xR, yR), which will be determined based on the information provided below.       Find the robot location (xR, yR) given the following:            x2 = 25.3 m (where x2 represents the distance between the landmarks)      d1 = 53.7 m (where d1 is the distance between the robot and landmark number 1)      d2 = 48.2 m (where d2 is the distance between the robot and landmark number 2)   Be sure to find the xR coordinate of the robot location and find both possible values of the yR coordinate of the robot location

Please solve the problem using the step-by-step method provide in the second picture. (Explanation Appreciated) Thanks!

Use DFT method to compute the circular convolution of x(n)={4,4} and h(n)={2, 6}.

Construct and explain six different examples of a discretesystems which are bounded but not stable.

Using the diagram capacitor circuit and values provided, find ZC1, Z T, i, VR1, and Vc1

COURSE: Electrical EngineeringSUBJECT: Electrical ApparatusINSTRUCTIONS:•    Write the GIVEN with their respective symbols and units.•    Do not skip the SOLUTIONS, do it step-by-step with their respective symbols and units•    Round up to 3 three decimal places the FINAL ANSWERS and BOX it.  PROBLEM:A capacitor in series with a 66 Ω resistor is connected to a 120 V, 60 Hz source. If the impedance of the circuit is 116 Ω, determine the size of the capacitor.

Explore the challenges and benefits of implementing power electronics-based grid solutions like STATCOM (Static Synchronous Compensator) for voltage control and stability.

Suppose an electrical signal generated, y(t) can be modelled as follows where t, is time in second, y(t) is voltage in mv. a) Produce graphs showing the amplitude and phase spectrum of y(t). b) State whether this time-domain signal y(t) is periodical, or non-periodical and justify your answer.

G(s)=((s+1)*(s+15))/((s+0.1)*(s+2.5)*(s+120)*(s+240)) 1-draw nyquist 2- Nyquist criterion, compute the number of unstable poles of the closed loop system as a function of K 3-determine for which values of K the closed system is stable.

Simplify the following expressions using Karnaugh map. Provide a complete and legible solution. 2. F(W,X,Y) = m0 + m2 + m4 + m5 + m6

NOTE: plot the response using excel or any graphing tools and determine whether it is an undamped, critically damped, underdamped, or overdamped system.

show the complete solution for this problem, thanks!

You drive your car in a straight line at 15 m/s for 10 kilometers, then at 25 m/s for another 10 kilometers. a. What is your average speed? b. Choose the best explanation from among the following: 1) More time is spent at 15 m/s than at 25 m/s. 2) The average of 15 m/s and 25 m/s is 20 m/s. 3) Less time is spent at 15 m/s than at 25 m/s.

identify the following 1. If the pole’s real value is positive and is located on the right side of the S-plane. The system exponentially ____________.2. Is a continuous connection of branches from one node to another with all arrowheads in the same direction.3. Knowing the location of the pole in the S-plane determines the ______________ of the system.