gpustat | simple command-line utility | Monitoring library
kandi X-RAY | gpustat Summary
kandi X-RAY | gpustat Summary
[license] Just less than nvidia-smi?. Self-Promotion: A web interface of gpustat is available (in alpha)! Check out [gpustat-web][gpustat-web].
Support
Quality
Security
License
Reuse
Top functions reviewed by kandi - BETA
- Prints the GPU stats
- Print the output to fp
- Print the output
- Write the object to fp
- Return a JSON representation of the group
- Return a list of keys
- Creates a new query
- Write the summary of the report
- Write msg to stderr
- Adds an error to the report
- Removes all processes from GPU
- Run a new query
- Runs the Twine package
- Print a status message
- Loop over the screen
- Print the GPU stats
- Return the version string
- Read the contents of the README md file
gpustat Key Features
gpustat Examples and Code Snippets
grep -o 'chunks per runner: .*\|samples/s:.*' param_sweep_test/guppy_fast_*
param_sweep_test/guppy_fast_160.out:chunks per runner: 160
param_sweep_test/guppy_fast_160.out:samples/s: 3.30911e+07
param_sweep_test/guppy_fast_256.out:chunks per runner:
wget https://raw.githubusercontent.com/Fangyh09/gpustatus/master/gpustatus.sh
chmod 755 gpustatus.sh
# optional
sudo ln -s gpustatus.sh /usr/local/bin/gpustatus
1. bash gpustatus.sh or
2. ./gpustatus.sh or
3. gpustatus (if have linked it to /usr/local/bin/gpustatus)
# Configure your device
device = torch.device("cuda:0" if torch.cuda.is_available() else "cpu")
# Upload your model onto GPU
net.to(device)
# Upload your tensor onto GPU
inputs, labels = inputs.to(device), labels.to(device)
<Community Discussions
Trending Discussions on gpustat
QUESTION
I am experimenting by creating a grayscale image to use the CNN model(using keras). I have to experiment with the image size of 512*512, but I get a memory overflow error. I can't reduce the image size anymore, and if I look at gpustat, it's 32GB, but I don't know why the memory error pops up. I am not sure where and how to find and increase the allocable gpu memory.
Here are the attempts I have made so far.
1.Reducing the number of neurons in a layer 2. Using a smaller batch size (current batch size 5) 3. Increase Maxpooling size to use 4. Increase stride size 5. Dropout 6. config = tf.ConfigProto() config.gpu_options.allow_growth = True 7. config = tf.ConfigProto() config.gpu_options.per_process_gpu_memory_fraction 8. strategy = tf.distribute.MirroredStrategy() 9. mirrored_strategy = tf.distribute.MirroredStrategy(devices=["/GPU:0", "/XLA_GPU:1"])
I've tried all of the above, but it doesn't work. If you know how to fix, please answer. You cannot reduce the image size. (This is the purpose of my experiment) And it says that the GPU memory is 32GB, but if you let me know why the error occurs when it is not 32GB, I would really appreciate it.
...ANSWER
Answered 2020-Oct-04 at 05:42Short answer. Stop using Flatten
and change it to GlobalAveragePooling2D
or GlobalMaxPooling2D
.
Long answer. What you're trying is use 64*64*800
as input size of a Fully connected layer which is wayyyy too big. Modern CNN models are all no longer use Flatten
and replace it with GlobalAveragePooling2D
as it also reserve variable size capability of CNN.
QUESTION
Im not running anything on gpu. My ID is suil5044. GPUstat is not clearing my usage. I think I finished it in the IDE but actually the code is still running on the server.
How do I kill my code still running on the server? And not affect other users
Thanks!
...ANSWER
Answered 2020-Jul-14 at 05:00It would be better if you could show us which process are using your GPU. Because sometimes many utils process use the GPU too under same user name.
However, please try,
- Find out all running process
pid
which are using the GPU. This tool may help. - Kill process by PID by this command:
kill -9
(be sure this pid is under your username)
QUESTION
From the tensorflow website (https://www.tensorflow.org/guide/using_gpu) I found the following code to manually specify the use of a CPU instead of a GPU:
...ANSWER
Answered 2019-Dec-29 at 23:15OK... so with the help of my colleague, I have a workable solution. The key is, in fact, a modification to the config. Specifically, something like this:
QUESTION
For trainining speed, it would be nice to be able to train a H2O model with GPUs, take the model file, and then predict on a machine without GPUs.
It seems like that should be possible in theory, but with the H2O release 3.13.0.341, that doesn't seem to happen, except for XGBoost model.
When I run gpustat -cup
I can see the GPUs kick in when I train H2O's XGBoost model. This doesn't happen with DL, DRF, GLM, or GBM.
I wouldn't be surprised if a difference in float point size (16, 32, 64) could cause some inconsistency, not to mention the vagaries due to multiprocessor modeling, but I think I could live with that.
(This is related to my question here, but now that I understand the environment better I can see that the GPUs aren't used all the time.)
...ANSWER
Answered 2017-Jul-26 at 04:13The new XGBoost integration in H2O is the only GPU-capable algorithm in H2O (proper) at this time. So you can train an XGBoost model on GPUs and score on CPUs, but that's not true for the other H2O algorithms.
There is also the H2O Deep Water project, which provides integration between H2O and three third-party deep learning backends (MXNet, Caffe and TensorFlow), all of which are GPU-capable. So you can train those models using a GPU and score on a CPU as well. You can download the H2O Deep Water jar file (or R package, or Python module) at the Deep Water link above, and you can find out more info in the Deep Water GitHub repo README.
QUESTION
I have trained a model with no issues using tensorflow on python. I am now trying to integrate inference for this model into a pre-existing OpenGL enabled software. However, I get a CUDA_ERROR_OUT_OF_MEMORY
during cuInit
(that is, even earlier than loading the model, just at session creation). It does seem, that OpenGL has taken some MiBs of memory (around 300 MB), as shown by gpustat
or nvidia-smi
.
Is it possible there is a clash as both TF and OpenGL are trying to access/allocate the GPU memory? Has anyone encountered this problem before? Most references I found googling around are at model loading time, not at session/CUDA initialization. Is this completely unrelated to OpenGL and I am just barking up the wrong tree? A simple TF C++ inference example works. Any help is appreciated.
Here is the tensorflow logging output, for completeness:
...ANSWER
Answered 2018-Jan-10 at 15:02Ok, the problem was the use of the sanitizer in the debug version of the binary. The release version, or the debug version with no sanitizer work as expected.
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
Vulnerabilities
No vulnerabilities reported
Install gpustat
Support
Reuse Trending Solutions
Find, review, and download reusable Libraries, Code Snippets, Cloud APIs from over 650 million Knowledge Items
Find more librariesStay Updated
Subscribe to our newsletter for trending solutions and developer bootcamps
Share this Page