Critical_process_died Sin Soluccion
Buenas, tengo el tipico mensaje de critical_process_died y busco soluciones y no la encuentro, anteriormente vi un mensaje de otra persona con el mismo problema diciendo que deveria restaurar sistema, y lo hago y me sale, la unidad donde esta instalando windows esta bloqueada. desbloqueala e intentalo de nuevo, e probao ya mil soluciones, pero del pantallazo azul no sale.
estas son las soluciones que e intentado y nada:
- "Restaurar Sistema": la unidad donde esta instalado windows esta bloqueada
- "Recuperacion de imagen del sistema": Windows No encuentra una imagen del sistema (Lo tengo en un pen, y nada de nada)
- "Restablecer tu pc" No se pudo restablecer tu equipo. Falta una particion de unidad nesesaria.
Culaquier que sea la opcion me da fallo, ya nose que hacer.
Aveces me sale otro error que me dice: codigo error 00000001
Hola pasoprohibido que tal,
Que estuviste realizando ante del mensaje?, puede ser relacionado al Windows update, en teoría el mensaje guarda relación con que algún proceso para que arranque Windows no este andando como debe.
Pues esta medio complicado la situación si te dice que la unidad que contiene Windows esta bloqueada, puedes intentar algo con la unidad de la memoria USB que comentas puedes ingresar al CMD y escribir sfc /scannow
Otra opción radical es una nueva instalación, digo radical porque implicaria eliminar todo lo que tengas en la unidad que contenia a Windows (unidad C del disco duro por lo general), no comentas que modelo tienes, podría asumir que tenias Windows 8 pre-instalado pero no encuentro por ahora con información oficial sobre alguna descarga de una imagen para una posible instalación de cero (instalación limpia), lo que si te podría servir es esta información, funcional si tenias un ordenador con Windows 8 pre-instalado.
Un saludo.
@Antony_Vamu
Comunidad en Español English Community Deutsche Community РусскоязычноеСообщество
Mis Lenovo: Y560p,Z580,Z500 touch,S920,T400,G50-70 ,Soy voluntario no trabajo para Lenovo, las opiniones expresadas por mi no representan a Lenovo, no se responde a preguntas de manera privada debes crear un nuevo tema, números del centro de llamada Lenovo Aquí , reglas de participación del foro Aquí , si encontraste solución a tu problema marcarlo aceptándolo como solucionado!!!!!
Similar Messages
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Hi,
I am new to LabView and am having some trouble. I need to input two sine waves into a USB-6009. I have a voltmeter that should read the output. Two of the problems that I have had thus far: I can only use "On Demand" in DAQ Assistant and even when I throw the DAQ Assistant into a while loop I still do not get a readout on my voltmeter. Any suggestions? Thanks for the help.That is confusing. You say you need to input 2 sine waves into a 6009 and that to me implies that you are doing a DAQmx Read. Then you say you have a voltmeter to read the output. That implies you are doing a DAQmx Write. If you are really doing a write from the 6009, then on demand is, of course your only choice. As the specs clearly indicate, the output of the 6009 is strictly software timed so you would need to pass a sine wave point by point and then you would have very little control over the frequency. And, again as the specs clearly state, the fastest output rate you could expect is 150Samples/sec.
-
I am going to run tests that require an actuator to move using various types of arbitrary waveforms such as sine or square. The NI 7344 is hooked to the UMI that is going through a driver for a servo valve. The loop is analog and it is closed. I have played with some of the examples but can't get it to work. I have used the function generator VI to generate a signal but I think I am using the wrong input VI to the motion control board. When I use what I have it moves the servo and then stops. It doesn't continually generate the signal.
I would love to use the controls on the function generator vi to control frequency and amplitude ect. Any help or pointer would be helpful. Thank you in advance.Hello,
I'm not clear on exactly how you want to use the generated data but I'm assuming they will be used as your target points.
There's a built-in example for motion called 'One-Axis Contour Move.vi'. This example demonstrates how to provide your target points as 1-D array. All you need to do is to replace the input array with the output of the function generator. In order to have it run continuously, use a while loop. You can further program your application so that it'll change the waveform on the fly by monitoring the user interface but this might be little little tricky as you will need to reset the move and load the new generated points while keeping track of your current position.
I hope this helps. Let me know if you have further questions regarding this
application.
Best regards,
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Applications Engineering
National Instruments -
Simultaneous analog output 1k sine wave and data acquisition
Although many topics of simultaneous analog output and input can be found in NI Developer Zone, I have not found a case similar to my project. I'm trying to generate a 1kHz sine wave by using the analog output of NI DAQPad-6070E, and acquire one channel input signal simultaneously. I found most of the examples can not work properly above 100Hz. Any suggestions are welcome. Thank you.
JianI have sucessfully solve the problem when I observed the increase of
scan backlog number. Simply increase the buffer size of AI/AO and you
can make the 1kHz sine wave output and data acquired properly.
On Tue, 3 Feb 2004 09:03:07 -0600 (CST), jujian wrote:
>Although many topics of simultaneous analog output and input can be
>found in NI Developer Zone, I have not found a case similar to my
>project. I'm trying to generate a 1kHz sine wave by using the analog
>output of NI DAQPad-6070E, and acquire one channel input signal
>simultaneously. I found most of the examples can not work properly
>above 100Hz. Any suggestions are welcome. Thank you.
>
>Jian -
Hello everyone!
I am currently working on my Bachelor project at a company. i am stuck with a problem.
I have designed a labview program for vibration test system. I have used cRIO 9076 as the controller with NI 9263(as D/A) and NI 9234(as A/D).
The loop works as follows. the input is given from the labview program. it is then sent to the cRIO. the output of CRIO(that is output from NI 9263) is given to the amplifier. the vibration shaker vibrates based on the input from aamplifier. then the accelerometer detects the vibration and sends it to the NI 9234 and loop repeats iteratively. since i have designed a sweep sine vibration system, the output of cRIO is a square wave. it should be sine wave.
the probelm is i am getting a square wave as output from my NI 9263 which should be a sine wave output. I have two subVI where i use nominal to binary convertor(for NI 9234) and binary to nominal (for NI 9263) as calibration mechanism.
the question is where have i went wrong? what should I do to get a sine wave?
PS: on searching NI i found out some formulas (to generate sine wave) and designed a FPGA and LabVIEW program to generate a simple sine wave and got a sine wave. if that formulas is to be included where should i include that?
Thanks in advance.
Regards,
Vishal.Without seeing your current code, there is no way we can even uess as to why you are creating a square wave instead of a sine wave.
-
I have a 50Hz sine wave and a pulse signal on a same graph. The phase difference between two is between 0-90 degrees.
Now I need to calculate the time difference between (when the sine wave crosses zero volts) and (when the pulse rises). The frequency will stay approximately same for both signals.
The application is for a three phase generator. In simple words, when the time difference between the zero-crossing of sine wave and the pulse rises increases, that means that the load on the generator has increases.
I am a beginner user of LabView (version 9, 2009), maybe it is a very simple problem but I've been pulling my hair out for the last few days and coudln't figure anything out. Any help would be greatly appreciated. I am using DAQ USB-6008 to measure these voltages and pulse from the generator and a sensor
I have attached a jpg (a graph that i just made with excel to explain). The time 't' is what I am trying to measure
Cheers
Awais
Message Edited by awais.h on 03-30-2010 11:20 PM
Message Edited by awais.h on 03-30-2010 11:21 PM
Solved!
Go to Solution.Hi
Thanks for the code but I'm afraid it won't work. Like you said the probability of choosing a value that is on both graphs may not happen. This is something that I would like the code to do automatically.
But I did use the previous code posted and made some modifications to it and it seems to work perfectly. Now the next thing is to be able to get just that one value that tells you the first time difference.
Here is what I get using that code.
As you can see from the t Values. I only need the one that is highlighted. If there is a way to filter out the rest it would be great.
I was thinking of a while loop and as soon as the value is higher than 3E-5 it would store the number and stop the loop, but I'm not too familiar with arrays in labview.
Here is the the code modified.
As you can see, it wasn't that big of a modification and it still is your code.
I will keep trying.
Thanks for the help
Attachments:
FinalShockSpeed.vi 55 KB -
How do I set up a swept sine vi with multiple response channels?
I'm using a Compact PXI, the PXI-1002. I'm trying to setup a swept sine program that can acquire more than one response channel simultaneously. Is there an easy way to do this? or do I have to modify the SVT swept sine vi's to accommodate acquiring more channels?
- Adam CissellWelcome to the discussions, CassC.
You may need to re-post in the pre-Tiger mail forum.
But what I THINK you need to do is use your Address Book, and make a group. Add to the group (by selecting, dragging and dropping) the contacts you need in the distribution list. Now in Mail use the name of the group in the To: or Cc: or Bcc: field to send them all mail.
AK -
Question on the result of using Wavelet transform on sine wave
Dear all,
I have apply the Wavelet transform on a 50Hz sine wave. The result is shown below. But I don't understand the result of Wavelet transform. Anyone can help me? Thanks.
VictorYou seem to have something against the FFT, yet continually compare other transforms to the "sweet spot" for the FFT, ie. sinusoidal and periodic functions. Without trying to write a treatise on the subject (there are many fine books), a few observations.
The primary purpose of any transform pair is to perform a rotation in function space, for the FFT we are familiar with the time domain and frequency domain. The wavelet domain is not so simple. The FFT is very effective for sinusoidal and periodic functions, ie. those that have no localization in the time domain. If you have a sinusoidal input, the infinite signal in the time domain can be reduced to a pair of numbers (one if you take the power spectrum). That is very efficient, other periodic signals can usually be approximated by a small number of terms.
Wavelets on the other hand are chosen to be localized in both the time domain and the wavelet domain. If you look at a periodic signal like your sine wave, you see a mess, and to recreate the input signal you will need to keep an awful lot of the points around for the inverse transform. You may be able to set the last 1/3 to zero, but that's it. To see an effective application, you should be looking at localized functions, like an impulse. Put an impulse into the wavelet transform and you get something that is still a bit complex, but pretty simple. The FFT of an impulse contains components at all frequencies and the wavelet clearly wins in this case.
On paper, there is usually a clear choice, and the FFT almost always wins for spectral estimation. On the other hand, if you are trying to compress "real world" data, for instance an image, then there is a choice to be made. Standard JPEGs are FFT based, you take the FFT and try to keep just the largest frequency components. As you probably notice, edge contrast usually suffers, especially at higher compression. With wavelets, it is typical to have slightly better contrast leading to better preservation of details for a given compression.
In short, my opinion is that transforms are useful when they simplify the problem. Wavelets do not simplify the representation of a sine wave. -
How do I make a sine wave in illustrator?
Hi,
I started a thread earlier this evening but I think that I accidentally flagged it as "solved" or something like that (I'm new to this forum). So I'm trying this again. I want to know if there's a way of creating a sine wave in illustrator. I've managed to create a cosine wave by using the zig zag effect on a line and choosing "smooth". But I can't seem to find a good way to make a sine wave.
This is the difference for anyone wondering:
I want a sine wave just like the picture above.
Thanks for the help!
ekmanchekmanch,
As I (mis)understand it, to create a single full sine wave, you may:
1) Create a horizontal line 2.5 times the length of the desired full sine wave (or you may adapt the length later);
2) Effect>Distort & Transform>Zig Zag with 4 Ridges per segment and Smmoths Points and the desired height as the Size (or you may adapt later);
3) Object>Expand Appearance;
4) Object>Path>Add Anchor Points;
5) With the Scissors Tool cut where the sine wave starts and ends;
6) Ungroup if needed and delete the end bits (and adapt the length/height if needed). -
How can i measure only the valley voltages of a sine wave in labview 7 express evaluation version?
I am trying to convince my company to send me to purchase labview and send me to classes for labview.
I am trying to put together a small demo for them using the Labview 7 express evaluatin copy that I recieved.
What I am wondering is how can filter out everything besides the valley peaks on a sine wave.
What I am trying to accomplish, is create an example showing that Labview can sameple from a sine wave, read about 5 "valley" points of the wave, evaluate these based on a value that i can define, and signal pass or fail.
attached is a picture of what i have so far
Ryan
LV 7.1
Attachments:
progress.bmp 3841 KBHi,
I built a VI using LabVIEW 7.0 that detects the valleys in a sine wave. It uses the 'Peak detector' VI that I believe is available in the evaluation version.
(Functions palette >> All Functions >> Analyze >> Signal Processing >> Time Domain >> Peak Detector)
I have attached a VI as well as the screen shots its front panel and block diagram.
I hope this helps.
Sincerely,
Feroz
Attachments:
valley_detector_bd.jpg 36 KB
valley_detector_fp.jpg 72 KB
valley_detector.vi 29 KB -
How can I Write a sine wave in an Access-file?
I measure a sine wave in LabView 6i. How can I write the datas automatically to an Acces-file, at the same time?
In my program, I managed it with Execute SQL.vi, I change a number in a SQL statement(String) -> after this I push start and then it writes the statement in the Access-file.
The problem is, it writes only one data per measurement in the file. How can I write all datas in the Access-file and measure the wave at the same time?
Thanks for help!
Attachments:
getwave.vi 49 KBOn the waveform palette, you will find a "to components" vi that you can break out the array of the waveform. You can then, using a for loop write all of the values from the waveform.
Better yet, there are examples in the database toolkit manual on pages 3-13 to 3-15 that deal with reading arrays (and even has a waveform example).
Good luck! -
I searched for this all over and can only find references to start up sounds like 5 beeps or breaking glass.
A couple of times I have started up my PowerBook G4 to have it make a single mid-ranged sine wave sound for a second or so. Then it waits for a few seconds and makes the normal startup sound. Everything seems to be running fine, except that hard drive access has become pretty slow. I tried running repair disk and it did nothing. What does the sine wave sound signify? Like I said this has only happened a couple of times, and is the only unusual error I've gotten.
Thank you,
Andrew
PowerBook G4 17" Mac OS X (10.4.8)sometimes slow drive access means failing hard drive.
all kinds of noises could be made by failing drives also. -
Sine, Square & Sawtooth sweep generation with variable duty cycle/rise time & fall time
Dear All !
I request and need some candid advices on the subject issue keeping in view the following notes:
1) I am a novice in LabView.
2) I was an average Electronics Engineering graduate who graduated about 9 years ago and since then I have not been involved in Electronics Engineering.
I have undertaken a task or generation of Sine, Square and Saw Tooth wave forms. All these waveforms are to be frequency swept form 1 Hz to 100 kHz. The amplitude of all these waveforms should be able to be adjusted. The duty cycle of Square Wave should also be adjustable (or better be able to be swept). Likewise the rise time and fall time of sawtooth wave should also be adjustable (or better be able to be swept).
I am considering other options as well but wanna try it on LabView.
I wish to ask that is it possible to execute this task in Labview 7.0? If possible then considering the para 1 & 2 above, is it possible for me to finish this task in 15-20 days if I work on this for about 3 hours a day? If not then what can be reasonable estimate?
I will be extremely grateful if you people can offer advice on whole project or part(s) of it.
Thanking you in advance and requesting urgent response(s).
Solved!
Go to Solution.Check this thread.
I did some similar coding, it might be usefull to you.
http://forums.ni.com/ni/board/message?board.id=170&thread.id=493477&view=by_date_ascending&page=1
I am using ver 9.0 though.
If you work 3hr /day for 2 weeks you might as well finish book basics 1& 2 and than can do whan you need in a breeze, couple of hours.
Good luck -
How can I calculate the frequency of a 2-4Hz three phase sine wave in 50msec?
I want to calculate the frequency of a sine wave using either all three phases or just one, but I want to know the frequency after 50 msec, I don't want to have to wait for a full period.
I have a mathematically sound suggestion but I do not know how well it will work in application. Most period measurements measure the time between a full period or several periods to eliminate the error introduced by the measuring device. Essentially the device error is made insignificant.
Mathematically you can do much more but there is a tradeoff between recording less information and knowing (or assuming) some values. For instance, if one knew the amplitude and could calculate the derivative of the signal, one could calculate the frequency. A sine wave can be represented by the function: A sin (BX)=C , where A is the amplitude, B is the frequency, C is the present measured value. If the equation is solved for X, we get: X=(sin^(-1)(C/A))/B. The d
erivative of the first equation is AB cos(BX)=C. If the equation for X is now substituted into the second equation, we get, AB cos(B (sin^(-1)(C/A))/B)=C. Solving for B we get B=C/(A cos(sin^(-1)(C/A))). Remember, we already know A and C, so we are done.
Practically every step and assumption in the above argument introduces possible error which will affect the accuracy of the frequency. Unfortunately it is a trade off and that is why at least a whole period needs to be measured to get an accurate frequency.
Jeremy Braden
National Instruments -
Query quiz find a query for sine function distribution
Let me tell you something about distribution function.
Here, i use the term, 'distribution function' differently from what we use in general mathematics.
See the following query which generates self-counting sequence.
SELECT TRUNC (1 / 2 + SQRT (2 * LEVEL)) level#
FROM DUAL
CONNECT BY LEVEL <= 1000LEVEL#
1
2
2
3
3
3
4
4
4
4
5
5
5
5
5
and, if we add some group by and counting to the above query...
SELECT level#
, LPAD ('*', COUNT (*), '*')
FROM (SELECT TRUNC (1 / 2 + SQRT (2 * LEVEL)) level#
FROM DUAL
CONNECT BY LEVEL <= 1000)
GROUP BY level#we can see a graph like below
LEVEL# LPAD('*',COUNT(*),'*')
1 *
2 **
3 ***
4 ****
5 *****
6 ******
7 *******
8 ********
9 *********
10 **********
11 ***********
12 ************
13 *************
14 **************
15 ***************
16 ****************
17 *****************
18 ******************
19 *******************
20 ********************
...As we all know, this is like a function f(x) = x.
i use the term, 'distribution function' as this meaning!
Distribution of numbers of data values.
Now, my question is this.
Find a query that generates distribution function f(x) = sin(x)
(Here, any amplitude and any period of sine function is allowed except zero.
And only the form of sine function is important.
No subquery factoring or user-defined function or procedure is allowed.
Use simple select statement only.)
And now, have a good challenge!
SELECT level#
, LPAD ('*', COUNT (*), '*')
FROM (
-------- some query -------------------
GROUP BY level#
LEVEL# LPAD('*',COUNT(*),'*')
0 *
1 **
2 *******
3 *************
4 *****************
5 **********************
6 **************************
7 ******************************
8 **********************************
9 **************************************
10 ****************************************
11 ********************************************
12 *********************************************
13 ************************************************
14 *************************************************
15 *************************************************
16 **************************************************
17 **************************************************
18 *************************************************
19 ************************************************
20 ***********************************************
21 ********************************************
22 ******************************************
23 ***************************************
24 ***********************************
25 ********************************
26 ****************************
27 ************************
28 *******************
29 **************
30 *********
31 *****Query Your Dream & Future at
http://www.soqool.comIt's cheating but, hey I wanted to draw pretty pictures too... :o))
SQL> SELECT rn as degrees, decode(sign(val),-1,lpad(' ', scale-abs(val), ' ')
2 ||lpad('*',abs(val),'*'), lpad(' ', scale, ' ')||lpad('*',val,'*')) as graph
3 from
4 (select rownum-1 rn, (sin(((rownum-1)/180)*acos(-1))) * x.scale as val, x.scale
5 from dual, (select 50 as scale from dual) x
6 connect by rownum <= 360);
DEGREES GRAPH
0
1
2 *
3 **
4 ***
5 ****
6 *****
7 ******
8 ******
9 *******
10 ********
11 *********
12 **********
13 ***********
14 ************
15 ************
16 *************
17 **************
18 ***************
19 ****************
20 *****************
21 *****************
22 ******************
23 *******************
24 ********************
25 *********************
26 *********************
27 **********************
28 ***********************
29 ************************
30 *************************
31 *************************
32 **************************
33 ***************************
34 ***************************
35 ****************************
36 *****************************
37 ******************************
38 ******************************
39 *******************************
40 ********************************
41 ********************************
42 *********************************
43 **********************************
44 **********************************
45 ***********************************
46 ***********************************
47 ************************************
48 *************************************
49 *************************************
50 **************************************
51 **************************************
52 ***************************************
53 ***************************************
54 ****************************************
55 ****************************************
56 *****************************************
57 *****************************************
58 ******************************************
59 ******************************************
60 *******************************************
61 *******************************************
62 ********************************************
63 ********************************************
64 ********************************************
65 *********************************************
66 *********************************************
67 **********************************************
68 **********************************************
69 **********************************************
70 **********************************************
71 ***********************************************
72 ***********************************************
73 ***********************************************
74 ************************************************
75 ************************************************
76 ************************************************
77 ************************************************
78 ************************************************
79 *************************************************
80 *************************************************
81 *************************************************
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109 ***********************************************
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127 ***************************************
128 ***************************************
129 **************************************
130 **************************************
131 *************************************
132 *************************************
133 ************************************
134 ***********************************
135 ***********************************
136 **********************************
137 **********************************
138 *********************************
139 ********************************
140 ********************************
141 *******************************
142 ******************************
143 ******************************
144 *****************************
145 ****************************
146 ***************************
147 ***************************
148 **************************
149 *************************
150 *************************
151 ************************
152 ***********************
153 **********************
154 *********************
155 *********************
156 ********************
157 *******************
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159 *****************
160 *****************
161 ****************
162 ***************
163 **************
164 *************
165 ************
166 ************
167 ***********
168 **********
169 *********
170 ********
171 *******
172 ******
173 ******
174 *****
175 ****
176 ***
177 **
178 *
179
180
181
182 *
183 **
184 ***
185 ****
186 *****
187 ******
188 ******
189 *******
190 ********
191 *********
192 **********
193 ***********
194 ************
195 ************
196 *************
197 **************
198 ***************
199 ****************
200 *****************
201 *****************
202 ******************
203 *******************
204 ********************
205 *********************
206 *********************
207 **********************
208 ***********************
209 ************************
210 *************************
211 *************************
212 **************************
213 ***************************
214 ***************************
215 ****************************
216 *****************************
217 ******************************
218 ******************************
219 *******************************
220 ********************************
221 ********************************
222 *********************************
223 **********************************
224 **********************************
225 ***********************************
226 ***********************************
227 ************************************
228 *************************************
229 *************************************
230 **************************************
231 **************************************
232 ***************************************
233 ***************************************
234 ****************************************
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237 *****************************************
238 ******************************************
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244 ********************************************
245 *********************************************
246 *********************************************
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254 ************************************************
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309 **************************************
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311 *************************************
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315 ***********************************
316 **********************************
317 **********************************
318 *********************************
319 ********************************
320 ********************************
321 *******************************
322 ******************************
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324 *****************************
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329 *************************
330 *************************
331 ************************
332 ***********************
333 **********************
334 *********************
335 *********************
336 ********************
337 *******************
338 ******************
339 *****************
340 *****************
341 ****************
342 ***************
343 **************
344 *************
345 ************
346 ************
347 ***********
348 **********
349 *********
350 ********
351 *******
352 ******
353 ******
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