Digital Signal Processing & Control

I am an Electrical Engineer having specialization in Electronics and Control, teaching at Electrical Department FAST National University Pakistan. I am also persuing my MS degree in Electrical Engineering with specialization in CONTROL. I have taught the followings courses, and also done many projects related to these subjects as well as related to consumer electronics products. 1. Control System Design & Modelling (Continuous, Discrete, Linear, Non-Linear, Optimal, Fuzzy Logic + Matlab & Simulink) 2. Digital System/Logic Design (Verilog, VHDL, Logisim) 3. Digital Signal Processing (MATLAB) 4. Micro-controllers (8051, Arduino, PIC) 5. Power Electronics (PSIM, MATLAB, PSpice) 6. Control of Electric Machine Drives 7. Circuit Analysis and Designe etc 8. PCB Design (Proteous + Ultiboard + Altium Designer) I assure you, if you assign your project to me, you surely gonna work with me in future. Note: I also provide the services in Mechanical Engineering Projects.

I have checked the file and would be able to finish it flawlessly in no time. Rest assured of the quality, I am an aerospace engineer specialised in control systems and have taught control courses for undergraduates before as well.. Please message me so we can discuss this further..

Hello Sir, I've done electronics engineering. and i had learnt this subject that was in my study course. I'll be able to give you answer on the go. I'll submit you answer within 24 hrs of time. hire me and get done your work. kindly reply me Thank You, PC010

I just solved the first question instantly and I'm 100% confident of my answer. I have taken digital signal processing and I have been using matlab for four years now.. Contact me for more details

Dear Sir/Madam I already read your signal processing problem. I am very happy to solve your problem within 24 hours. To demonstrate I could give you a hint in task 3 as below: e_steady_state = lim(s->0){sE(s)} E(s) = R(s) - Y(s) = R(s) - R(s)Gc(s)Gs(s) = R(s)(1-Gc(s)Gs(s)) From that we obtain the result. Gc(s) can be changed to discrete domain by using bilinear approximation. I am looking for your reply. Sincerely, CongThuong

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