Download Free Maps Command And Conquer Generals Zero Hour

Hello,

I hope someone can help me with this soon.

My problem is, I have a bunch of maps downloaded and added to my C:\Users\Owner\Documents\Command and Conquer Generals Zero Hour Data\Maps folder and am not able to see them in my Multiplayer map list. I see them in Skirmish game setup, just not Multiplayer. A friend that I play with downloaded the same maps, but he can see them in his multiplayer map list and skirmish.

For a less caring person, one could just have the friend make the game, but I care about how things should work. If my friend can see the maps in MP and Skirmish, so should I. I would like to figure this out and have already spent a couple hours trying to find differences in my files and those of my friends' files.

Both mine and my friends PC's are Windows 7.

Any help to solving this would be very appreciated, cause google is not being helpful, thanks.

This paper presents a robust controller known as Extended State Observer (ESO) in order to improve the stability and voltage regulation of a synchronous machine connected to an infinite bus power system through a transmission line. The ESO-based control scheme is implemented with an automatic voltage regulator in conjunction with an excitation system to enhance the damping of low frequency power system oscillations, as the Power System Stabilizer (PSS) does. The implementation of PSS excitation control techniques however requires reliable information about the entire states, though they are not always directly measureable. To address this issue, the proposed ESO provides the estimate of system states as well as disturbance state together in order to improve not only the damping but also compensates system efficiently in presence of parameter uncertainties and external disturbances. The Closed-Loop Poles (CLPs) of the system have been assigned by the symmetric root locus technique, with the desired level of system damping provided by the dominant CLPs. The performance of the system is analyzed through simulating at different operating conditions. The control method is not only capable of providing zero estimation error in steady-state, but also shows robustness in tracking the reference command under parametric variations and external disturbances. Illustrative examples have been provided to demonstrate the effectiveness of the developed methodology.