Goals: Add links that are reasonable and good explanations of how stuff works. No hype and no vendor content if possible. Practical first-hand accounts of models in prod eagerly sought.

Non-Uniform Memory Access (NUMA) is one of the computer memory design methods used in multiprocessor systems, and the time to access the memory varies depending on the relative position between the memory and the processor. In the NUMA architecture, when a processor accesses its local memory, it is faster than when it accesses the remote memory. Remote memory refers to memory that is connected to another processor, and local memory refers to memory that is connected to its own processor. In other words, it is a technology to increase memory access efficiency while using multiple processors on one motherboard. When a specific processor runs out of memory, it monopolizes the bus by itself, so other processors have to play. , and designate 'access only here', and call it a NUMA node.
lspci | grep -i nvidia
01:00.0 VGA compatible controller: NVIDIA Corporation TU106 [GeForce RTX 2060 12GB] (rev a1)
I had a bit of trouble trying to configure permissions to upload files from my Google Compute Engine instance to my Google Cloud Storage bucket. The process isn't as intuitive as you think. There are a few permissions issues that need to be configured before this can happen. Here are the steps I took to get things working.
Let's say you want to upload yourfile.txt
to a GCS bucket from your virtual machine.
You can use the gsutil
command line tool that comes installed on all GCE instances.
If you've never used the gcloud
or gsutil
command line tools on this machine before, you will need to initialize them with a service account.
<annotation> | |
<folder>GeneratedData_Train</folder> | |
<filename>000001.png</filename> | |
<path>/my/path/GeneratedData_Train/000001.png</path> | |
<source> | |
<database>Unknown</database> | |
</source> | |
<size> | |
<width>224</width> | |
<height>224</height> |
# fshow - git commit browser (enter for show, ctrl-d for diff, ` toggles sort) | |
fshow() { | |
local out shas sha q k | |
while out=$( | |
git log --graph --color=always \ | |
--format="%C(auto)%h%d %s %C(black)%C(bold)%cr" "$@" | | |
fzf --ansi --multi --no-sort --reverse --query="$q" \ | |
--print-query --expect=ctrl-d --toggle-sort=\`); do | |
q=$(head -1 <<< "$out") | |
k=$(head -2 <<< "$out" | tail -1) |
#!/bin/bash | |
# Rename all directories. This will need to be done first. | |
# Process each directorys contents before the directory itself | |
find * -depth -type d | while read x | |
do | |
# Translate Caps to Small letters | |
y=$(echo "$x" | tr '[A-Z ]' '[a-z_]'); | |
# create directory if it does not exit | |
if [ ! -d "$y" ]; then |