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📌مجموعه فنی مهندسی Elecomp Tech📌 🔹 وبسایت www.elecomp-tech.ir 🔹 اینستاگرام https://instagram.com/elecomp_tech 🔹 یوتیوب https://youtube.com/channel/UCbASsLHmmKg_32L6RTsmUrA 🔸 ارتباط با مدیر : @Elecomp_Tech_Admin
مقایسه تخصصی Rpi Ai kit, Stm32n6 را در اسپارکی بخوانید.
نویسنده محمد امین خادم الحسینی
لینک مطلب :
https://sparkeyelec.ir/مقایسه-تخصصی-raspberry-pi-ai-kit-و-stm32n6/
@Elecomp_Tech
@sparkeyelec
The Mathematics of Reinforcement Learning Leif Döring University of Mannheim
@Elecomp_Tech
elecomp-tech.ir
👇👇👇👇👇👇👇👇
THE RUST PROGRAMMING LANGUAGE
by Steve Klabnik and Carol Nichols,
with contributions from
the Rust Community
@Elecomp_Tech
elecomp-tech.ir
👇👇👇👇👇👇👇👇👇
علاقه‌مندان برای شرکت در این رویداد می‌تواند از کد تخفیف ما استفاده کنند :
Elecomp20
@Elecomp_Tech
elecomp-tech.ir
🚀 Zepto Linux Project Launches AI-Powered Build Optimization! 🧠⚙️
The Zepto Linux Project, a new initiative under the Yocto Project umbrella, is pushing boundaries in embedded systems with AI-powered build optimization! 🎯
📅 Announced: April 1, 2025
🔗 Read more: Yocto Project Blog
Highlights:
🔹 Intelligent build-time reduction
🔹 Smarter dependency handling
🔹 Designed for faster, leaner embedded Linux development
This is a game-changer for embedded Linux developers looking to speed up their workflows and reduce complexity. 🛠💡
@Elecomp_Tech
elecomp-tech.ir
گامی بزرگ در هوش مصنوعی با STM32N6
متن کامل مطلب:
https://sparkeyelec.ir/هوش-مصنوعی-با-stm32n6/
/channel/Elecomp_Tech
🔸 Introducing the Linux Journey Website: Free Linux Training from Beginner to Professional
🔸 If you're looking to learn open-source operating systems and have always been searching for a step-by-step way to learn Linux, the Linux Journey website is made for you. This free and interactive website, which we will introduce in more detail below, teaches Linux concepts in a structured, step-by-step manner and has become one of the most popular learning resources for newcomers to the Linux world.
More details
🔸🔸🔸
@Elecomp_Tech
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Run Containers Without Docker! | Convert Docker Images to Executables with dockerc
dockerc is an open-source tool that converts Docker images into standalone executable files — no need to install Docker or have root access. This tool makes running containers much simpler and more portable.
Features it offers:
Convert Docker images to standalone executable files
Run without Docker or root access
Supports x86_64 and ARM64 architectures
Works on Linux, macOS, and Windows
Allows defining environment variables and mounting volumes
A basic example:
dockerc --image docker://oven/bun --output bun
git clone --recurse-submodules https://github.com/NilsIrl/dockerc.git
cd dockerc
zig build -Doptimize=ReleaseSafe -Dtarget=x86_64-linux-musl
Bad News for Linux Users:
GNOME Ends Support for X11 ❌🖥️
The GNOME project has decided to drop support for the legacy X11 display system by the end of this year 📆. This comes despite the fact that the next version of Ubuntu, Ubuntu 26.04 LTS (set to release next year) 🚀, still plans to support X11 (also known as Xorg) .
GNOME aims to remove the code for running the desktop with X11 in its version 50 🔧. This means that if someone wants to run GNOME with Xorg, there will no longer be official support .
Currently, Ubuntu defaults to using Wayland , even on NVIDIA graphics cards . However, the Xorg version remains available for users with specific hardware or software that only works with Xorg ⚙️.
The main issue for Ubuntu is that if GNOME no longer allows X11 desktop sessions via GDM (the login screen) 🔐, users will be forced to use alternative display managers like LightDM or SDDM , which may not be fully compatible with GNOME ⚠️.
One suggested workaround is for the desktop environment itself to be responsible for launching Xorg instead of relying on GDM 💡, which could partly solve the issue.
Ultimately, the GNOME project believes maintaining X11 support only holds back progress toward Wayland and wastes developer resources 🧠⚡. In their view, the time for change has come — even if it’s inconvenient for some users ⏳.
@Elecomp_Tech
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🔷 Redis from Scratch in C
If you're looking to deeply understand Redis database concepts and implement it from the ground up using the C programming language, this series of tutorial videos provides step-by-step guidance on building Redis from scratch.
🟧 Key Features: • Implement core Redis commands like SET and GET in C
• Explore data persistence and storage mechanisms
• Learn to parse and manage .rdb files
• Analyze the internal structure and workings of Redis
• Project-based learning tailored for system developers and low-level programming enthusiasts
🔗 Watch the playlist on YouTube
@Elecomp_Tech
elecomp-tech.ir
The new OpenAI tool has been released as open-source. Introduction and link are in the previous post.
Codex
00:00 Introducing Codex
01:38 Setup and kicking off tasks
05:05 Environments
07:20 Guiding Codex with a Markdown file
12:00 The Codex origin story
14:25 Verifying and reviewing Codex tasks
17:28 Using Codex at OpenAI
20:48 Availability via ChatGPT
21:22 Roadmap and Codex CLI updates
@Elecomp_Tech
elecomp-tech.ir
🔰Ubuntu 25.10 marks a historic shift in Unix and Linux development by officially integrating Rust into core system tools through GCC 15. For the first time, Rust is supported natively in the GNU ecosystem, allowing it to be compiled, debugged, and optimized like C—without relying on LLVM. Canonical is leading the way, rewriting key components like Snap daemons and sudo (now sudo-rs) in Rust to build a more secure, modular operating system. While previous languages like Go, Nim, and Zig tried to replace C, Rust is the first to succeed with compiler support, kernel integration, and backing from major tech companies. This change signifies the beginning of a new era in systems programming.
@Elecomp_Tech
elecomp-tech.ir
👇👇👇👇👇👇
Python Interview Questions:
Ready to test your Python skills? Let’s get started! 💻
1. How to check if a string is a palindrome?
def is_palindrome(s):
return s == s[::-1]
print(is_palindrome("madam")) # True
print(is_palindrome("hello")) # False
def factorial(n):
if n == 0 or n == 1:
return 1
return n * factorial(n - 1)
print(factorial(5)) # 120
dict1 = {'a': 1, 'b': 2}
dict2 = {'c': 3, 'd': 4}
# Method 1 (Python 3.5+)
merged_dict = {**dict1, **dict2}
# Method 2 (Python 3.9+)
merged_dict = dict1 | dict2
print(merged_dict)list1 = [1, 2, 3, 4]
list2 = [3, 4, 5, 6]
intersection = list(set(list1) & set(list2))
print(intersection) # [3, 4]
even_numbers = [i for i in range(1, 101) if i % 2 == 0]
print(even_numbers)
def longest_word(sentence):
words = sentence.split()
return max(words, key=len)
print(longest_word("Python is a powerful language")) # "powerful"
from collections import Counter
my_list = [1, 2, 2, 3, 3, 3, 4]
frequency = Counter(my_list)
print(frequency) # Counter({3: 3, 2: 2, 1: 1, 4: 1})
def remove_duplicates(lst):
return list(dict.fromkeys(lst))
my_list = [1, 2, 2, 3, 4, 4, 5]
print(remove_duplicates(my_list)) # [1, 2, 3, 4, 5]
class Node:
def __init__(self, data):
self.data = data
self.next = None
def reverse_linked_list(head):
prev = None
current = head
while current:
next_node = current.next
current.next = prev
prev = current
current = next_node
return prev
# Create linked list: 1 -> 2 -> 3
head = Node(1)
head.next = Node(2)
head.next.next = Node(3)
# Reverse and print the list
reversed_head = reverse_linked_list(head)
while reversed_head:
print(reversed_head.data, end=" -> ")
reversed_head = reversed_head.next
def binary_search(arr, target):
low, high = 0, len(arr) - 1
while low <= high:
mid = (low + high) // 2
if arr[mid] == target:
return mid
elif arr[mid] < target:
low = mid + 1
else:
high = mid - 1
return -1
print(binary_search([1, 2, 3, 4, 5, 6, 7], 4)) # 3
Introduction to Logic Circuits & Logic Design with VHDL
The purpose of this new book is to fill a void that has appeared in the instruction of digital circuits
over the past decade due to the rapid abstraction of system design. Up until the mid-1980s, digital
circuits were designed using classical techniques. Classical techniques relied heavily on manual design
practices for the synthesis, minimization, and interfacing of digital systems.
@Elecomp_Tech
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✨In the world of artificial intelligence, there's a very important branch called "Reinforcement Learning." In this method, a model learns how to make decisions to achieve the best outcome—much like a game where the player tries to score higher through trial and error. The model gradually learns what's right and what's wrong by receiving rewards or penalties from the environment.
Now, David Silver, one of the scientists at Google DeepMind, has revealed something exciting: "We built a system that, using reinforcement learning, was able to design reinforcement learning algorithms by itself." According to Silver, this AI-created system has outperformed all RL algorithms that were manually designed by humans over the years.
▪️ Is Human Data Enough? with David Silver
@Elecomp_Tech
elecomp-tech.ir
The Mathematics of Reinforcement Learning Leif Döring University of Mannheim
@Elecomp_Tech
elecomp-tech.ir
THE RUST PROGRAMMING LANGUAGE
by Steve Klabnik and Carol Nichols,
with contributions from
the Rust Community
@Elecomp_Tech
elecomp-tech.ir
A simple and straightforward tutorial for x86-64 ASM
In my opinion, it's a good and clean starting point. It gives an overview of the x86_64 processor architecture and teaches you how to write, compile, and run a simple assembly program. It also covers the basic structure of a program in Linux and explains fundamental concepts like memory allocation, the difference between stack and heap, and how a program interacts with the operating system through system calls. In addition, you'll learn how floating-point numbers are represented in computer memory and how to call assembly code from a C program.
Access : Link
@Elecomp_Tech
elecomp-tech.ir
🧠هوش مصنوعی در بالین🩺
👨⚕️بررسی کاربردهای نوین هوش مصنوعی در تشخیص و درمان بیماری‌ها
💠مدرسین:
👤دکتر مجید اکرمی
⏺استادیار گروه جراحی دانشگاه علوم پزشکی شیراز
⏺پژوهشگر برجسته در حوزه کاربردهای هوش مصنوعی در سرطان
👤دکتر هادی دیگاله
⏺عضو هیئت علمی دانشگاه علوم پزشکی تهران
⏺فعال استارتاپی هوش مصنوعی در پزشکی
👤دکتر حمید محمدی
⏺هیئت علمی بخش اطفال دانشگاه علوم پزشکی شیراز
⏺عضو گروه هوش مصنوعی دانشگاه علوم پزشکی شیراز
👤دکتر زینب برزگر
⏺دکترای مهندسی کامپیوتر از دانشگاه صنعتی شریف
⏺رئیس گروه هوش مصنوعی در دانشکده فناوری‌های پیشرفته در پزشکی، دانشگاه علوم پزشکی ایران
👤دکتر امیرسواردشتکی
⏺هیئت علمی گروه بیوتکنولوژی پزشکی دانشگاه علوم پزشکی شیراز
⏺معاون آموزشی گروه بیوتکنولوژی پزشکی
⏺مدیرعامل شرکت زیست‌فناوری لیاژن
⏺بنیان‌گذار شرکت دانش‌بنیان بیوپلاسما
📝بررسی کاربردهای هوش مصنوعی در:
📌جراحی‌های مختلف
📌تشخیص و درمان سرطان
📌تشخیص بیماری های خودایمنی
📌نورولوژی و جراحی مغز و اعصاب
📌تشخیص و درمان بیماری های قلبی عروقی
👥مخاطبین:
⭐️مناسب برای دانشجویان علوم پزشکی (پزشکی، دندانپزشکی، داروسازی و پیراپزشکی)، دانشجویان مهندسی و تمامی علاقمندان حوزه هوش مصنوعی
🎖همراه با اعطای سرتیفیکیت از شبکه نخبگان ایران
📆زمان شروع جلسات: از دوشنبه ۱۲ خرداد ماه
💻در ۵ جلسه به صورت مجازی در بستر اسکای‌روم
🐍بیش از ۲۰ جلسه آموزش مقدماتی پایتون و بیوانفورماتیک به صورت رایگان ➕ امکان ایجاد همکاری با اساتید مجموعه
جهت کسب اطلاعات بیشتر و ثبت‌نام به آیدی ادمین پیام دهید👇:
🆔 @Med_Admin_1
⚠️باتوجه به ماهیت جلسات ظرفیت محدود است!
در آکادمی Med-AI شبکه نخبگان ایران با ما همراه باشید🎓
🌐@MedAI_academy
🔰 Stable Release of Kernel 6.15
🔰 Key Changes in Linux Kernel 6.15
Support for the Rust programming language in areas such as hrtimer and the ARMv7 architecture.
New setcpuid= parameter for setting CPU features on x86 systems.
Support for sched_ext to count and report internal events.
Support for nested virtualization for VGICv3 on ARM and emulation of the FEAT_PMUv3 feature on Apple Silicon.
A new API to retrieve mount/unmount info of filesystems.
Support for hardware encryption keys in the block layer.
Support for 48-bit addressing in the EROFS filesystem.
New security hook for io_uring to give more control to security modules.
📂 Filesystems
FUSE can now handle filenames over 1024 characters.
Improved file deletion speed on exFAT (e.g., deleting an 80GB file now takes 1.6 seconds instead of 4 minutes).
Btrfs now supports Zstd compression with negative levels.
Bcachefs now includes scrubbing to find and fix errors.
OverlayFS has a new mount option override_creds for managing permissions.
📡🔗Networking
New TCP_RTO_MAX_MS option to set the time interval between retransmission attempts.
Support for zero-copy network data receive in io_uring.
New BPF callbacks to receive timestamps from various parts of the network stack.
⚙️ Drivers and Hardware
Support for the Apple Touch Bar on Intel and M1/M2 MacBooks.
Support for Google Pixel Pro 6, Huawei Matebook E Go, Milk-V Jupiter RISC-V, and HP laptops with CS35L41 audio chip.
New driver for Samsung GalaxyBook.
Added support for new Xbox and PlayStation controllers.
Support for the Intel Killer E5000 network card (actually a rebranded Realtek RTL8126).
🫣 Security and System Changes
New fwctl system to securely run RPC in firmware.
Security hook for io_uring to control access via SELinux.
New hardening for locking memory mappings (disabled by default).
Landlock module now includes auditing to report denied accesses.
New Mount API for pseudo-filesystems.
Ability to recover exit status via pidfd even after the process is cleaned up.
🧮 RISC-V and ARM Architectures
RISC-V now supports BFloat16, ZBKB, Zaamo, Zalrsc.
Support for the new Milk-V Jupiter board.
Initial support for Allwinner A523 and Pixel 6 Pro (gs101).
@Elecomp_Tech
elecomp-tech.ir
🛠 The heyCLI tool is an AI assistant for the Linux command line that generates the required commands using natural language. To use it, simply start your request with the word "hey" and then describe the action you want. This tool is especially helpful for beginners or those who don’t like remembering complex commands.
Examples of usage:
hey create a docker image for this dir
hey update my system
hey install firefox
hey find file image1
hey go to previous directory
🔗 Link:
https://eliteai.tools/tool/heycli
@Elecomp_Tech
elecomp-tech.ir
A practical Linux trick for professionals:
Imagine you're looking for a piece of code, a password, or a specific word in a huge project…
You sit there running grep, and it takes forever.
That’s when the hero steps in: ripgrep, also known as rg.
Installing it is super easy:
sudo apt install ripgrep
rg password
rg "token" --type py
🦀 New Rust Project on GitHub!
🔌 SerialProject – A fast and reliable serial communication tool built with Rust.
📦 Features:
✅ Easy serial port connection
✅ Real-time data send/receive
✅ Cross-platform performance
✅ Clean and efficient Rust code
🔗 Check it out:
👉 github.com/Amin98Hosseini/SerialProject
🔗 Release :
👉 https://github.com/Amin98Hosseini/SerialProject/releases/tag/v1.0.0
Ideal for embedded developers, and Rustaceans working with serial interfaces!
⭐️ Give it a star and contribute if you like it!
@Elecomp_Tech
elecomp-tech.ir
🔧 APT 3.1 Released: New Features and Improvements for Debian and Ubuntu
✨ Key Changes:
Dependency Resolution Improved: The dependency issue introduced in version 3.0 has now been resolved and is enabled by default in Ubuntu. It offers better stability and replaces the previous version.
New Commands - apt why and apt why-not: These commands help users understand why a package is installed, removed, or held. They work similarly to Aptitude, offering clearer insights into the package manager’s decisions.
Precise Repository Control with Include/Exclude Options: You can now specify which repositories should or shouldn't be used for installing or updating packages — a very useful feature for systems with multiple repositories or advanced configurations.
Better HTTPS Support, Security Enhancements in dselect, Bug Fixes, and Optimizations: These improvements provide a smoother and more secure experience when using APT.
apt why <package-name>
apt why-not <package-name>
⚙A Revolution in Linux Swap Management!
🔹 In one of the biggest changes in recent years, 27 major new patches have been submitted by Kairui Song from Tencent for the Linux swap subsystem. These patches, which introduce a new structure called Swap Tables, have improved performance by 20–30% and significantly reduced memory usage.
Main goal: To replace and simplify older, scattered structures like swap cache, swap maps, and swap cgroup maps.
🔧 Key Features:
🔸 New Swap Table structure
🔸 A unified data structure for three roles: cache, swap mapping, and cgroup management
🔸 Reduced memory usage – Entry size reduced from 12 bytes to 10 bytes
🔸 Dynamic allocation – Swap is allocated only when needed, keeping idle/unused memory more available
🔸 Compatible with Linux kernel branches mm-stable and mm-unstable
📌 Key Technical Changes:
🔸 Table-driven architecture – Modern management, streamlined structure, removal of old complex definitions
🔸 Improved locking and synchronization – Uses folio locks, reducing lock contention on multi-core systems
(Folio: a group of memory pages managed together in the Linux kernel)
🔸 Resolved old issues – Removed outdated variables like SWAP_HAS_CACHE and COUNT_CONTINUED
🔸 Cleaned up legacy code – Eliminated old, confusing swap logic
🔸 Removed complex routing – Eliminated swap cache bypasses for SWP_SYNCHRONOUS_IO
🔸 Introduced finer-grained locks – Replaced old algorithms with cluster locks for better HDD performance
🔸 Unified swap in/out paths – Better synchronization with temporary memory
🔸 Enabled mTHP swap-in – Supports higher workloads by removing old limits
🔸 Improved read-ahead and reduced fragmentation in mTHP
🔹 Final Benefits:
🔸 Significant RAM savings in large systems
🔸 Notable performance gains for heavy workloads
🔸 Future-ready – Supports features like NVMe and smarter cgroup interaction
🔸 Simplifies maintenance in the Linux kernel core
📚 Source:
GitHub: github.com/ryncsn/linux/tree/kasong/devel/swap-table
Discussion: spinics.net kernel mailing list
@Elecomp_Tech
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🔰 The End of the C Language Era?
🔹 Rust is finally making its way into major Linux compilers, kernels, and distributions.
🔹 Ubuntu 25.10, set to release in October, is quietly initiating a major shift in the Unix world — a shift unseen in Unix’s 50-year history.
🔹 This change starts with the new GCC 15, and it’s not just a simple update!
🔸 GCC 15 is the first compiler to officially bring Rust into the core Linux toolchain.
🔸 Ubuntu didn’t wait to see what others would do — it took the lead.
🔸 GCC 15 marks the beginning of “Rustification” — the dawn of the Rust era.
Let’s see if this version of GCC is truly different from the rest:
✅ Full support for C23 — the modern C standard, featuring nullptr, auto, static_assert, and UTF-8 support
✅ Smarter optimizations — smaller files, faster performance, better efficiency
✅ Built-in support for Rust (via the gccrs compiler) — for the first time, Rust enters the GNU ecosystem without relying on LLVM
🔹 From now on, Rust can be compiled, debugged, and optimized within GNU tools — just like C, with no need for special environments or external tools.
🔹 Ubuntu 25.10 is the first operating system to offer these capabilities by default.
🔹 A new version of sudo, named sudo-rs, written in safe Rust, will ship by default in Ubuntu 25.10.
Snap + Rust = A More Secure and Modular OS
🔸 Canonical’s plans go far beyond this:
🔸 Snap daemons are being rewritten in Rust
🔸 The CUPS printing system is moving into Snap and being secured with Rust code
🔸 Core system services will be redesigned, isolated, and auto-updated with Rust
🔸 The Linux kernel now supports modules written in Rust
🔸 Overall, Ubuntu is moving toward a secure and modular architecture from the ground up — and Rust is the main language for this new path
🔹 Linux on Rust entering the Linux kernel (2024):
But when GCC 15 caused issues compiling the kernel:
> "I updated the compiler, and the kernel broke. I had to use a lot of __nonstring again."
That’s the cost of change. And that change is happening now.
🔹 Since 1973, when Unix was rewritten in C, no system language has managed to replace it.
🔸 Go tried.
🔸 Nim and Zig were contenders too.
But only Rust succeeded in:
✔️ Having a full compiler in GCC
✔️ Becoming part of the core Linux tools
✔️ Entering the Linux kernel
✔️ Earning support from major companies like Canonical, Mozilla, AWS, Microsoft, and Google
Ubuntu 25.10 is the first OS to break this long-standing tradition.
@Elecomp_Tech
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🔄 Update Repository
Add SRAM Interface And MicroBlaze :
This Example For Spartan6 Xilinx Fgpa Chip.
1.Comparator: A VHDL implementation of a digital comparator.
2.Encoder: A basic encoder implementation in VHDL.
3.Fulladder: A full adder circuit implemented in VHDL.
4.MUX2To1_Process: A 2-to-1 multiplexer implemented using a process block.
5.MUX4To1: A 4-to-1 multiplexer implemented using conditional statements.
6.MUX4To1_Process: A 4-to-1 multiplexer implemented using a process block.
7.MUX4To1_Whenelse: A 4-to-1 multiplexer implemented using when-else statements.
8.Priority_Encoder_Process: A priority encoder implemented using a process block.
9.Sign_FA16Bits: A 16-bit signed full adder implemented in VHDL.
10.Mux4to1_Process_Case : A 4-to-1 multiplexer implemented using Case statements.
11.Decoder2To4_Process_Case : A priority decoder implemented using a process & Case block.
12.ALU 74381 : The 74381 is a classic 4-bit Arithmetic Logic Unit (ALU) .
13.ALU 74381 : The 74381 is a classic 4-bit Arithmetic Logic Unit (ALU) implemented using a process & Case block.
14.Flip Flop ASynch_Reset : A basic Async FlipFlop implementation in VHDL .
15.Flip Flop Synch_Reset : A basic Sync FlipFlop implementation in VHDL .
16.Register nBits_Generic : A basic nBits Register Generic implementation in VHDL .
17.Shift Register : A basic 8Bits Shift_Register implementation in VHDL .
18.Shift Register For Loop : A basic 16Bits Shift_Register With Foor Lopp implementation in VHDL .
19.Up Down Counter 4Bits : A basic Up Down Counter 4bits implementation in VHDL .
20.Sequence Detector : A basic Sequence Detector implementation in VHDL .
21.BCD Counter 7Segment : A basic Up Down Counter BCD implementation in VHDL And Display Number On 7Segment .
22.Adder Use IPCore : A basic Adder Use IPCore implementation in VHDL .
DCM IPCore Test Segment Counter : A basic Implementation DCM IPCore Test 23.Segment Counter , Convert 50MHz Clock To 120MHz In VHDL .
24.FFT 4Point : A basic Implementation FFT Module 4Point In VHDL .
25.Segment Counter Button :Implementation Segment Counter With Out Debunce Button With Vhdl.
26.Sample Pipline :Implementation Simple pipline With Vhdl
27.Block RAM :Implementation Simple Blcok RAM With Vhdl
28.BlockRAM Usage :Implementation Simple Usage Blcok RAM With Vhdl
29.ChipScope Counter Test :Implementation HDL Code Usage ChipScope In Simple Counter With Vhdl.
30.ChipScope RS232Rx Test :Implementation HDL Code Usage ChipScope In Rs232Rx Module With Vhdl.
31.SRAM Interface Module :Implementation HDL Code Interface SRAM With Vhdl.
32. **Micro Blaze** :Implementation Micro Blaze And HDL Code (Usart and Binary Counter On MicroBlaze And 7Segment Counter On HDL).
🔗 Link Repository: https://github.com/Amin98Hosseini/FPGA-Project
🔄 Update This Repo Every Day .
@Elecomp_Tech
elecomp-tech.ir
I NTRODUCTION TO LOGIC C IRCUITS &
LOGIC DESIGN WITH VHDL
@Elecomp_Tech
elecomp-tech.ir
✍🏻 Faster and Cheaper ML Model Training with SkyPilot Optimus
With the introduction of SkyPilot Optimus, there's no longer a need to spend hours manually configuring cloud resources for training machine learning models.
Optimus automatically finds the best cloud resources, reduces costs, and optimizes processing speed — without the need for technical complexity!
Quick installation of SkyPilot:
pip install skypilot
🔴 Resources
▪️ Introduction to SkyPilot Optimus
▪️ GitHub Repository
@Elecomp_Tech
elecomp-tech.ir
✨A simple example of using Gemini Pro 2.5 in GitHub Copilot to sort directories in less than 1 minute.
@Elecomp_Tech
elecomp-tech.ir