Skip to main content

The best 12 AI Tools in 2023

The new life challenges require new tools. 

For decades, AI technology has been a fuzzy field for unprofessional users. However, it is not rocket science anymore at this time. 

There are the best 12 AI tools in 2023 that will keep you up and take some advantages in your business.
Here, I put everything on your table. Enjoy

Solves anything - ChatGPT (https://chat.openai.com/auth/login)

Write anything - Writesonic (https://writesonic.com/)

Generates Art - Midjourney (https://www.midjourney.com/explore)

Generates Code - Replit (https://replit.com/)

Generates Video - Synthesia (https://www.synthesia.io/)

Generates Music - Soundraw (https://soundraw.io/)

Generates Tiktoks - Fliki (https://fliki.ai/)

Generates Avatars - Starrytars (https://starryai.com/en/starrytars)

Generates PPTs - SlidesAI (https://www.slidesai.io/)

Edit Pictures - Remini (https://remini.ai/)

Edit Video - Pictory (https://pictory.ai/)

Summarize Notes - Wordtune(https://www.wordtune.com/)





Comments

Popular posts from this blog

[STM32] How to configure Timer 1, Channel 3 is PWM 1kHz, duty cycle 20% to control BLDC motor

 To configure Timer1 for a 1 kHz PWM signal with a 20% duty cycle on an STM32H7S3L8 microcontroller, follow these steps: 1. Understand the Timer Parameters PWM Frequency : 1 kHz → Period = 1 ms. Duty Cycle : 20% → ON time = 0.2 ms. The timer’s clock frequency is derived from the APB clock (e.g., TIMCLK). Let’s assume you know the APB clock frequency. The Timer prescaler and auto-reload register (ARR) define the PWM frequency. 2. Compute Timer Parameters Formula: PWM Frequency = Timer Clock (Prescaler + 1) * (ARR + 1) \text{PWM Frequency} = \frac{\text{Timer Clock}}{\text{(Prescaler + 1) * (ARR + 1)}} PWM Frequency = (Prescaler + 1) * (ARR + 1) Timer Clock ​ For 1 kHz PWM: A R R = Timer Clock PWM Frequency ∗ ( Prescaler + 1) − 1 ARR = \frac{\text{Timer Clock}}{\text{PWM Frequency} * (\text{Prescaler + 1)}} - 1 A RR = PWM Frequency ∗ ( Prescaler + 1) Timer Clock ​ −...

[CanadaLife] Example of answers for final test in Smart Service Ontario 2024

If you have failed the final exam in the first attempt. Congratulations, you are not odd. Here, take a look and grab some corrected answers for your next attempt.  Don't waste your money and time for more failure.  Good luck bros. Quick note: remember that, the system will change the bunch of questions after each attempt. Then your next questionnaire will be different compared with the first trial. ========================================== =============FINAL TEST=================== ========================================== TIP: Here is a list of questions you did not answer correctly. *Please note: You will only be able to view this list immediately following your test attempt. ========================================== Alcohol slows down the central nervous system and impacts how a person thinks, acts, and moves. This means alcohol is a: depressant ========================================== Alcohol is metabolized in the body at a set rate. For most people, that rate is: one...

How to test frame buffer in linux

The intended goal of this article is to provide the user with enough information so they can display an image onto a screen of their choosing. How to re-build frame buffer testing application. Base knowledge http://trac.gateworks.com/wiki/OpenEmbedded/Video_Out Frame buffer test application - rebuild fb-test-app step 1: Download soure code ( git installed on your machine and account in git-hub is required) https://github.com/prpplague/fb-test-app Command in git: git init git clone https://github.com/prpplague/fb-test-app.git step 2: Change makefile vi Makefile //open Makefile by vim editor :set nu //show line number replace from line 6 to line 12 by folow code: CC=arm-linux-gnueabi-gcc CFLAGS=-02 -Wall Save change command :wq step 3: Rebuid Type “make” command step 4: Copy execute file to target system by filezilla or something like that step 5: Remote target by root account, change mode of execute file (what copied from host) ...