Nyquistemplois
I need help with a task that base don the following topics: ● Sampling ● Wavelength and frequency ● Nyquist theorem ● Quantization ● Image pixel histograms I have histograms images, and digits images, I need to identify the digits inside the histogram, and do more operations, all described in a PDF. using OpenCV and EMD method. Please contact me only if you are quick and experienced in this field.
Hello i need 10 helps in audacity 1- what font i used in macros in the insert screen 2-Help in some codes in nyquist 3-Help in speed effects 4-help in duplicate the sound 5-help in making voice over effects 6-help in macros automation 7-help in equllizer 8-help in sound qualtiy 9-help in channels 10-help in different in audio format
Buna ziua, Am nevoie de o lucrare de licenta cu titlul filtrele Nyquist, aceasta trebuie sa contina si o aplicatie in matlab. Va multumesc!
Separation of underdetermined mixtures is an important problem in signal processing that has attracted a great deal of attention over the years. Prior knowledge is required to solve such problems and one of the most common forms of structure exploited is sparsity. Another central problem in signal processing is sampling. Recently, it has been shown that it is possible to sample well below the Nyquist limit whenever the signal has additional structure. This theory is known as compressed sensing or compressive sampling and a wealth of theoretical insight has been gained for signals that permit a sparse representation. In this paper, the proposed study introduces undertermined BSS algorithm with unifying frequency texture pattern and sparse representaion by using a compressed...
The aim of this project is to create a scanner that measures electrical impedance on the skin (Magnitude + Phase shift). The hardware that i am going to use is: USB-2020 DAQ, Universal Screw Terminal (37-pin), Arduino, SparkFun MiniGen signal generator. The so...generator. The software that i am going to use is: Labview 2019 SP1 I need a freelancer to help me build my acquisitioning circuit and develop the LabView software to operate it. The logic behind the circuit is, we apply some voltage/current on the skin and measure the impedance of that area as a response. We then do the necessary calculations and print the results on the screen in Graph form, Nyquist plots and (if possible) some type of spectrogram. Hardware should be placed in a black box and operated exclusively through...
1. Design a lead-lag controller for the system (root locus method) : (10 marks) G(s) : Equation Attached Error in equation corrected: Ts98%<3s In order to obtain a OS, Ts, Tr are given as Table below (unity feedback system) 2. Check the system is stable or not with unit feedback (with all different methods: root locus, Bode plot, Nyquist ); inputs: step (10 marks) 3. Compare uncompensated and lead compensator in continuous time (Use root locus method) (5marks) 4. Compare uncompensated and lead-lag compensators in continuous time (5 marks) Discrete: 5. Find the discrete system of the plant and redesign the lead-lag compensator (Ts=0.02 ) (5 marks) 6. Compare uncompensated and lead compensator in the discrete domain (Use root locus method) (5 marks) 7. Compare uncompensated...
Designing an electrochemical sensor in comsol and studying the characteristics using nyquist plot by applying AC voltage to it
Españos: Necesito un Programa o planilla con Teorema de muestreo Nyquist Shannon (reconstruir la señal original): Tengo un muestreo realizado, que tiene en el eje X el tiempo den minutos y en el eje Y% Cu (Es decir una señal discreta), requiero recuperar la señal original, cuando llene la planilla. Esta planilla me debe permitir trabajar con otros datos. Se debe entregar una hoja con los conceptos o formulas usadas, el muestreo que tengo es con 84 datos, pero la planilla o programa debe funcionar para muchos datos. Si se realiza en una sola planilla y no estar traspasando datos, sería lo ideal.
Create some NYQUIST Plot from sets of natural frequencies
Need a tutor. I have an exam in 10 days and i need to someone who can teach me properly. exam consists of 3 Questions on control systems. 1st question is bode plot plus nyquist plot. Second is routh criterion and root locus. 3rd is varying but from state space generally. If you can solve the sample paper i've attached, i will hire you. Exam is on 1st june and i need to be prepared by then.
I need help with these topics: Frequency response Nyquist Stability Criterion Performance analysis in frequency domain Control Design in Frequency Domain Modeling in state space Control design in state space Sample-hold and discretization Design by emulation, bilinear transformation Z-transform and Z-plane analysis
I need help with these topics: Frequency response Nyquist Stability Criterion Performance analysis in frequency domain Control Design in Frequency Domain Modeling in state space Control design in state space Sample-hold and discretization Design by emulation, bilinear transformation Z-transform and Z-plane analysis
System Operation and Control Project of an Unmanned Air Vehicle or Drone • Discuss the stability of the three control systems. Individual Block diagrams of the three roll, pitch and yaw control systems of the...Vehicle or Drone • Discuss the stability of the three control systems. Individual Block diagrams of the three roll, pitch and yaw control systems of the drone have been given. • From the block diagram derive three transfer functions for the roll, pitch and yaw control systems respectively. Note that Proportional Controller has a value of 0.5 for stable systems. • Subsequently, plot the bode and nyquist plots for roll, pitch and yaw control systems respectively using available software such as MATLAB. • A marking scheme is available on AULA...
Consider the pulse shaping filter created by using a truncated sinc function. Assume that we are operating ten times oversampled (that is 10 samples for every Nyquist sample, or 9 zeros between each Nyquist sample): (a) Plot the pulse shaping filter that spans the space of -3 to 3 Nyquist samples. Warning: matlab uses sinc(x) = sin(x)/x rather than sin(pi*x)/(pi*x). (b) By using this sampled truncated sinc, construct and plot the energy spectral density for this pulse shaping filter. (c) Plot the pulse shaped output signal of the oversampled signal for the three BPSK symbols at Nyquist, given by the oversampled sequence: {1,0,0,··· ,0,1,0,0,··· ,0,−1}.
mentioned I have a python code for audio signal processing, which analyses different audio voices (fundamental frequency detecting, Nyquist creteria, glottal pulses/periods) and compute the values of jitter and shimmer of them to classify pathological voices ( in my case violin's playing). The calculating of the HNR value is another methode for calssification. I need a new algorithm added to this code,
...would need to validate both the rudimentary PID and schedule controller in a non linear simulation. This is done to see how the controller will react in a real life situation. Finally if there is time, to design a Feedforward Path. This essentially is there to improve the speed and tracking of the controller within the simulation. Feedback plots and significance of those plots, Loop shaping, Nyquist plots, Step response, Stability, Gain and Phase margins and identify dynamics of the system ...
The system requirements knowledge: -Conventional Amplitude Modulation -Frequency Modulation -DSBSC -Calculation SNR and noise ratio -Nyquist sampling frequency -Pulse code modulation
...feedback system, the open loop transfer function and the equivalent closed-loop transfer functions 3- Simulate the system and describe its characteristics. Include response characteristics, range of K for stability, and steady-state error. Consider the type of input which should be used for the application (note however that only step input will be tested in this project). Show the root locus and Nyquist diagram for the system. For this stage, assume the controller is simply a proportionally gain controller (i.e. Kp only). 4- Design a PID controller which will be able to manage the behaviour of the system to meet the specified system characteristics. Ensure all stages of the design process are documented in full, showing all working. Give a rationale for all choices made 5- Si...
1) Lead Compensator - Focus on root locus and bode plot 2) Lag Compensator - Focus on root locus and bode plot 3) Digital Control System (Make sure to know how to do partial fraction and long division) - Zero order - Z transfrom table 4) Jury Stability test 5) Bilinear transformation, nyquist plot If you are well versed in the following things please message me
A numerical signal must be sent by 4-QAM modulation, using pulses with g (t) form of Nyquist, roll-off 0.5: st (t) = ak · g (t - kTb) cos (2πf0t + φ) + bk · g (t - kTb) sin (2πf0t + φ) k in an ideal transmission medium without attenuation. In reception, a white noise is added with a unit variance. 1. The power to be transferred is calculated to obtain an error probability of 0.001, and the result is verified by simulating the whole system with Matlab. 2. Write the equivalent baseband model and verify with Matlab that the same results are obtained. 3. A phase error is introduced in the reception Siφ Evaluate what can be valid to maintain the probability that an error occurs within 0.01, verifying the result with Matlab. 4. We introduce a causal phase e...
...potential article submission, research product review opportunities, manage explainer video creation, email campaign, lead generation (B2B, academic, direct), additional marketing activities, etc. Initial thoughts would be to launch on and/or one of the other more mainstream crowdfunding platforms. Currently, we've initiated an initial 250 piece production run of our base model, Nyquist I. These will be completed in about 5 weeks. At which time, they will be ready for shipment to our first customers. As such, we would like to begin our marketing/crowdfunding campaign quickly. We have begun a promotional video with some filming completed and more scheduled in the coming weeks. We are still very busy with firmware and software development for the product and need help...
Someone willing to work immediately and fast. I have some parameters and I want to use these parameters to run an elctrochemical Impedance spectroscoy (Nyquist plot)
Am nevoie de un proiect in matlab care sa calculeze functiile de transfer Hd,Hf,H0 , sa le afiseze grafic dupa regulatoare P, PI,PID. dupa criteriile Oppel, Zeigler-Nicholas,Chien,Kappelovici, Murril-Sunith. it will be calculate sigma performances, transient time, the stationary error se va realiza interfata pt diagramele Bode,Nyquist cu calcularea functiilor de transfer
Am nevoie de un proiect in matlab care sa calculeze functiile de transfer Hd,Hf,H0 , sa le afiseze grafic dupa regulatoare P, PI,PID. dupa criteriile Oppel, Zeigler-Nicholas,Chien,Kappelovici, Murril-Sunith. Se vor calcula performantele sigma, timp tranzitoriu se va realiza interfata pt diagramele Bode,Nyquist cu calcularea functiilor de transfer
Its an investigation task to be done on MATLAB, ideal candidate should have idea about differential equations, laplace transforms, first second third order systems, frequency response methods and Nyquist diagram, Closed-loop stability and the Nyquist diagram, gain and phase margins, robust diagram,closed-loop performance assessment
I need someone to talk to me on voice chat to explain some control systems concepts. Specifically Nyquist plots, Bode diagrams, phase compensators etc. A couple of hours to begin with followed by regular weekly meetings if possible. High standard of English and good internet connection required for clear voice.
Need someone who is an expert in "Analysis of systems using the Laplace transform method. System performance and stability; Root-locus, Nyquist, and Bode plots; elementary synthesis techniques. Practical components and examples of typical designs"
Need someone who is an expert in "Analysis of systems using the Laplace transform method. System performance and stability; Root-locus, Nyquist, and Bode plots; elementary synthesis techniques. Practical components and examples of typical designs"
...electro-mechanical systems. 3- Understand the relationship of the poles (and zeros) of a system’s transfer function to its response, including classical time-domain transient performance specifications such as overshoot, rise-time, and settling-time. 4- Understand the relationship of a system’s poles to its stability; and stability analysis using the Routh-Hurwitz test, and the root-locus and the Nyquist plot 5- Understand the utility of the frequency-response of a system in both analysis and design; relate time-domain specifications to requirements on the frequency response, including the phase margin, gain crossover frequency etc. 6- Design lag, lead, lag-lead and P/PI/PID controllers using the root-locus and frequency-response (Bode plot) te...
Hello! I need a little work done on a plug-in for the audio editor Audacity. It's written in Nyquist, which is based on Lisp. The plugin analyzes audio data for files open in Audacity, and then prints that data to a .txt or .csv file. There are three modifications that I need. The first (and simplest!) is the most important. I could live without the others, for now. 1) I need the plugin to print much LESS data to the exported file. I really only need a small part of the data analysis exported. All I need is the "stereo peak" and "stereo RMS" in that export, but I am hesitant to go in and start deleting code. 2) The program can be run in Audacity as a batch process, so it can analyze a large number
...electro-mechanical systems. 3- Understand the relationship of the poles (and zeros) of a system’s transfer function to its response, including classical time-domain transient performance specifications such as overshoot, rise-time, and settling-time. 4- Understand the relationship of a system’s poles to its stability; and stability analysis using the Routh-Hurwitz test, and the root-locus and the Nyquist plot 5- Understand the utility of the frequency-response of a system in both analysis and design; relate time-domain specifications to requirements on the frequency response, including the phase margin, gain crossover frequency etc. 6- Design lag, lead, lag-lead and P/PI/PID controllers using the root-locus and frequency-response (Bode plot) techniques...
PID controller and nyquist plot
Must be an excpert in Control systems including servomechanisms by Laplace transform method. System performance and stability; Nyquist, Bode, and root-locus diagrams; elementary synthesis techniques. Practical components and examples of typical designs.
...in simple technical language so that a person with less technical knowledge can easily understand. Subject and topics that I want to be covered are: Control Systems: a) Basic control system components b) Feedback principle c) Transfer function d) Block diagram representation e) Signal flow graph f) Transient and steady-state analysis of LTI systems g) Frequency response h) Routh-Hurwitz and Nyquist stability criteria i) Bode and root-locus plots j) Lag, lead and lag-lead compensation k) State variable model and solution of state equation of LTI systems. Expected number of question and answers is at least 150 in around 7 days. However lesser number of questions will also be considered if questions have covered almost whole content of that subject and having conceptual and go...
...technical language so that a person with less technical knowledge can easily understand. Subject and topics that I want to be covered are: Control Systems: a) Basic control system components b) Feedback principle c) Transfer function d) Block diagram representation e) Signal flow graph f) Transient and steady-state analysis of LTI systems g) Frequency response h) Routh-Hurwitz and Nyquist stability criteria i) Bode and root-locus plots j) Lag, lead and lag-lead compensation k) State variable model and solution of state equation of LTI systems. Expected number of question and answers is at least 150 in around 7 days. However lesser number of questions will also be considered if questions have covered almost whole content of that subject and having conceptual...
Abstract: Pulse shaping is examined as a means to improve the performance of a differential offset quadrature phase-shift keying system in a bandwidth-constrained environment. Through optimization with respect to a composite Nyquist criterion, the derived pulse shapes have comparable performance to a pi/4-differential quadrature phase-shift keying in an additive white Gaussian noise (AWGN) channel and better performance in a hard-limited AWGN channel Published in: IEEE Transactions on Communications ( Volume: 54, Issue: 10, Oct. 2006 ) Page(s): 1731 - 1734 Date of Publication: 16 October 2006 Print ISSN: 0090-6778 INSPEC Accession Number: 9137936 DOI: 10.1109/TCOMM.2006.881349 Publisher: IEEE Sponsored by: IEEE Communications Society
Pulse shaping is examined as a means to improve the performance of a differential offset quadrature phase-shift keying system in a bandwidth-constrained environment. Through optimization with respect to a composite Nyquist criterion, the derived pulse shapes have comparable performance to a pi/4-differential quadrature phase-shift keying in an additive white Gaussian noise (AWGN) channel and better performance in a hard-limited AWGN channel Published in: IEEE Transactions on Communications ( Volume: 54, Issue: 10, Oct. 2006 ) Page(s): 1731 - 1734 Date of Publication: 16 October 2006 Print ISSN: 0090-6778 INSPEC Accession Number: 9137936 DOI: 10.1109/TCOMM.2006.881349 Publisher: IEEE Sponsored by: IEEE Communications Society
Designing better version of square root nyquist pulse shaping filter in order to remove in-band and out-of band attenuation.
create a sinc functioin and a nyquist filter and pass this sincc thru the filter and obtain time and frequency domain outputs
...MATLAB. Play the file. Plot the signal with respect to time (Use proper labels). Compute the discrete Fourier transform (DFT) of the signal using a fast Fourier transform (FFT) algorithm. Use fftshift to fhift zero-frequency component to center of spectrum Calculate the magnitude and phase of DFT components. Plot the double-side amplitude and phase spectrum with respect to frequency (Use Nyquist criteria to define frequency range). Figure: Example of double-side spectrum Store the frequency, amplitude and phase parameters in ASCII file (text, excel, csv, etc.) Save the script as “Signal_Analyzer.m” Hint: audioread, audiowrite, sound, fft, fftshift, stem, save, load, subplot. Signal Synthesizer (part-2) Read the analyzed value (magnitude, phase and freque...
...Play the file. 3. Plot the signal with respect to time (Use proper labels). 4. Compute the discrete Fourier transform (DFT) of the signal using a fast Fourier transform (FFT) algorithm. 5. Use fftshift to fhift zero-frequency component to center of spectrum 6. Calculate the magnitude and phase of DFT components. Plot the double-side amplitude and phase spectrum with respect to frequency (Use Nyquist criteria to define frequency range). 7. Store the frequency, amplitude and phase parameters in ASCII file (text, excel, csv, etc.) *****PART 2 1. Read the analyzed value (magnitude, phase and frequency) from ASCII files 2. Re-create sinusoid using the following equation for each set of (magnitude, phase and frequency) a*cos(2*pi*f*t + theta) 3. Combine all sinusoids and ...
show ; impulse response, step response, bode plot, nyquist diagram, pole-Zero plot and root Iocus plot for both 1st order&2 order system and comment on all.
1- Project's description has been attached. 2- Having a "related academic degree" and "related experience" are necessary. Moreover,writing few sentences regarding to your approach based on the requested plan is also important and vital to make you a right candidate. So, underbidding would matter only when you have all aforementioned qualifications (Related Academic Degree + Having Related and Similar Experiences of Doing Such a Project Before + a brief approach in few sentences as your proposal) 3- Please read project's describtion carefully, all required elements "must be addressed". 4- Reasonable Offers with Reasonable Time Will be highly considered. 5- As I am serious, "Project Milestone Will Be Created for Sure" :). 6- Deadline: in...
Must have very good knowledge on Automatic Control System. Able to use the Matlab code to perform various functions such as open and close loop poles of a system, Root Locus, Bode and Nyquist plots, transfer function and laplace etc
I need to filter a music audio signal using fft convolution method. LPF HPF BPF I also need to find the Nyquist rate and bandwidth of the signal?
I have a music audio and I would like to filter it in matlab using fft convolution. My cut off frequency for the low pass filter is 300 Hz. I know how to start but the issue is that I cannot multiply my filter with abs(fft(x)) due to the size difference. Additionally, my signal consists of two columns and I am not sure if I have to extract each col...to filter it in matlab using fft convolution. My cut off frequency for the low pass filter is 300 Hz. I know how to start but the issue is that I cannot multiply my filter with abs(fft(x)) due to the size difference. Additionally, my signal consists of two columns and I am not sure if I have to extract each column for the filtering? Additionally, I have some questions about the bandwidth and Nyquist rate of the signal? If anyone c...
I need the matlab codes to find the bandwidth and Nyquist rate of an audio signal
1) plot the curve nyquist and the bode diagram of this transfer function : G(s) = 50(s+0.2)^2 /[s(s+0.01)(s+15)] - find the State Space Representation of this transfer function
1) plot the curve nyquist and the bode diagram of this transfer function : G(s) = 50(s+0.2)^2 /[s(s+0.01)(s+15)] - find the State Space Representation of this transfer function
