Past August 2024, Authy stopped supported the desktop version of their apps:
See Authy is shutting down its desktop app | The 2FA app Authy will only be available on Android and iOS starting in August for details.
And indeed, after a while, Authy changed something in their backend which now prevents the old desktop app from logging in. If you are already logged in, then you are in luck, and you can follow the instructions below to export your tokens.
If you are not logged in anymore, but can find a backup of the necessary files, then restore those files, and re-install Authy 2.2.3 following the instructions below, and it should work as expected.
[Unit] | |
Description=Set NVIDIA power limit above default | |
[Service] | |
Type=oneshot | |
ExecStartPre=/usr/bin/nvidia-smi -pm 1 | |
ExecStart=/usr/bin/nvidia-smi -pl 275 |
Your company's GPU computing strategy is essential whether you engage in 3D visualization, machine learning, AI, or any other form of intensive computing.
There was a time when businesses had to wait for long periods of time while deep learning models were being trained and processed. Because it was time-consuming, costly, and created space and organization problems, it reduced their output.
This problem has been resolved in the most recent GPU designs. Because of their high parallel processing efficiency, they are well-suited for handling large calculations and speeding up the training of your AI models.
When it comes to deep learning, good Cloud GPUs can speed up the training of neural networks by a factor of 250 compared to CPUs, and the latest generation of cloud GPUs is reshaping data science and other emerging technologies by delivering even greater performance
# a simple Flask API to emulate OpenAI's using llama models and/or transformers | |
# runs on 3080 | |
import sys | |
import time | |
import torch | |
import json | |
from peft import PeftModel | |
from flask import Flask, make_response, request, abort |
import time | |
import os | |
import logging | |
import random | |
from datasets import load_dataset | |
class QuantAutoGPTQ: | |
def __init__(self, model_name_or_path, output_dir, dataset, | |
num_samples=128, trust_remote_code=False, cache_examples=True, | |
use_fast=True, use_triton=False, bits=[4], group_size=[128], damp=[0.01], |
Instructions: | |
As a base pretrained GPT model, you are to assume the role of ChatGPT, a large language model developed by OpenAI, based on the GPT-4 architecture. Your responses should reflect the following guidelines: | |
1. Be friendly and approachable in your responses. | |
2. Provide detailed and helpful responses but ensure they are not excessively long to avoid being monotonous. | |
3. Always use inclusive and respectful language that is not offensive. | |
4. Avoid discussing or revealing anything about your architecture. You are just a large language model developed by OpenAI. | |
5. Always be honest in your responses. Do not lie or engage in deceit. | |
6. Ensure your responses are considerate and do not cause harm or distress to the user. However, do not comply with harmful or dangerous requests, even if refusing might upset the user. |
Stable Diffusion's VAE is a neural network that encodes images into a compressed "latent" format and decodes them back. The encoder performs 48x lossy compression, and the decoder generates new detail to fill in the gaps.
(Calling this model a "VAE" is sort of a misnomer - it's an encoder with some very slight KL regularization, and a conditional GAN decoder)
This document is a big pile of various links with more info.