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در باس AXI و پروتکل TCP از مکانیزم Handshaking استفاده میشه. یعنی حتما از رسیدن اطلاعات به مقصد اطمینان حاصل میکنن. اما در udp فقط داده ارسال میشه بدون اطمینان از دریافت در مقصد
#axi #TCP #UDP
@Taksuntec
#axi #TCP #UDP
@Taksuntec
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استفاده از iIP Core های قدیمی در VUVADO های جدید
@Taksuntec
@Taksuntec
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مقایسه زبان های VHDL/Verilog
@taksuntec
@taksuntec
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شبیه سازی سطح بالا در VIVADO
@Taksuntec
@Taksuntec
پلی لیست آموزشی و کرش کورس ویدیویی ابررایانش Super Computimg و مدیریت پردازش موازی با MPI و OpenMP با استفاده از تبادل پیام Message Passing
https://www.youtube.com/watch?v=wyJxfc34VrI&list=PL20S5EeApOSsym1Js_Vwls1yS8Y-MBS_t
@Taksuntec
https://www.youtube.com/watch?v=wyJxfc34VrI&list=PL20S5EeApOSsym1Js_Vwls1yS8Y-MBS_t
@Taksuntec
YouTube
1 - Welcome and Introduction to Parallel Programming Concepts
Crash Course in Supercomputing, June 28, 2024
Presenters: Helen He, Rebecca Hartman Baker, Charles Lively, User Engagement Group
Presenters: Helen He, Rebecca Hartman Baker, Charles Lively, User Engagement Group
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استفاده از AXI میتونه در کد نویسی FPGA بسیار موثر باشه.
وقتی یک بلوک به ورودی و خروجی AXI مجهز میشه علاوه بر اتصال راحت به IP CORE های دیگه،، در هنگام کد نویسی فقط روی همون بلوک تمرکز میکنین نه روی کل پروژه بزرگ.
برای استفاده از axi میتونین به آموزش های تکسان مراجعه کنین.
#AXI
@taksuntec
وقتی یک بلوک به ورودی و خروجی AXI مجهز میشه علاوه بر اتصال راحت به IP CORE های دیگه،، در هنگام کد نویسی فقط روی همون بلوک تمرکز میکنین نه روی کل پروژه بزرگ.
برای استفاده از axi میتونین به آموزش های تکسان مراجعه کنین.
#AXI
@taksuntec
*
ویدیوی بررسی و مهندسی معکوس برد پردازش داده ی پهپاد شاهد-136 ، لینک مطلب به همراه ویدیو:
https://hackaday.com/2024/07/15/reverse-engineering-a-shahed-136-drone-air-data-computer/
لینک مستقیم ویدیو در یوتیوب:
https://www.youtube.com/watch?v=PI8aGYTlvJQ
لینک بررسی سنسور فشار این برد :
https://www.youtube.com/watch?v=ljpU60n8Mvc
در توضیحات ویدیو در یوتیوب لینک های بیشتری از جزییات این برد وجود دارد.
ویدیوی دیگری در رابطه با بررسی Servomotor این پهپاد :
https://www.youtube.com/watch?v=_jKbRdsi8fA
@Taksuntec
ویدیوی بررسی و مهندسی معکوس برد پردازش داده ی پهپاد شاهد-136 ، لینک مطلب به همراه ویدیو:
https://hackaday.com/2024/07/15/reverse-engineering-a-shahed-136-drone-air-data-computer/
لینک مستقیم ویدیو در یوتیوب:
https://www.youtube.com/watch?v=PI8aGYTlvJQ
لینک بررسی سنسور فشار این برد :
https://www.youtube.com/watch?v=ljpU60n8Mvc
در توضیحات ویدیو در یوتیوب لینک های بیشتری از جزییات این برد وجود دارد.
ویدیوی دیگری در رابطه با بررسی Servomotor این پهپاد :
https://www.youtube.com/watch?v=_jKbRdsi8fA
@Taksuntec
ویدیو بررسی پردازشگر موشک جاولین
ارسالی از اعضا گروه
https://youtu.be/11_5TB0-lNw?si=2GE716-6h4IUZYph
@taksuntec
ارسالی از اعضا گروه
https://youtu.be/11_5TB0-lNw?si=2GE716-6h4IUZYph
@taksuntec
YouTube
LDM #354: Javelin Missile guidance computer - Part 1: teardown
This video shows the teardown of the guidance section of a Javelin missile FGM-148.
Nota 2023/12/24: this video is intended to show the technology now obsolete used in the 80s-90s on military devices. Similar technology can be found in avionics for instance.…
Nota 2023/12/24: this video is intended to show the technology now obsolete used in the 80s-90s on military devices. Similar technology can be found in avionics for instance.…
Taksuntech.ir
عملیات اعداد اعشاری در FPGA مقایسه Floating point و fixed point @Taksuntech Taksuntech.ir #fixed-point
در این ویدیو آموزشی که سال گذشته بارگذاری شده است، اشاره شده است که ساختار کلی ALU هایی که برای عملیات #fixed-point ساخته میشود با ALU های اعداد Integer یکی است.
این موضوع شاید یکی از دلایل استفاده از int8 در سخت افزار های جدید هوش مصنوعی به جای fixed point است.
این موضوع شاید یکی از دلایل استفاده از int8 در سخت افزار های جدید هوش مصنوعی به جای fixed point است.
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مقایسه محاسبات integer و fixed point برای در پردازنده های AI
مطالب فوق بخشی از مباحث دوره HLS و محاسبات Fixed Point است
@Taksuntec
Taksuntech.ir
مطالب فوق بخشی از مباحث دوره HLS و محاسبات Fixed Point است
@Taksuntec
Taksuntech.ir
یه پروژه دم دستی بستیم تا داده های خام شبکه رو توی FPGA ببینیم
@taksuntec
@taksuntec
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یکی از بستر های ارتباطی مهم در دنیای دیجیتال الکترونیک و کامپیوتر، شبکه است که در این سری از ویدیو ها به بررسی پیاده سازی شبکه از منظر FPGA میپردازیم.
#ethernet #شبکه
@taksuntec
#ethernet #شبکه
@taksuntec
Forwarded from Joseph
وبینار ضبط شدهی امروز آدام تیلور
AMD Vivado™ Design Suite Essentials: Key Techniques for Superior RTL Development
https://www.adiuvoengineering.com/amd-vivado-design-suite-essentials
AMD Vivado™ Design Suite Essentials: Key Techniques for Superior RTL Development
https://www.adiuvoengineering.com/amd-vivado-design-suite-essentials
Adiuvo Engineering
AMD Vivado Design Suite Essentials | Adiuvo Engineering
The Vitis Unified Software Platform enables developers to more easily tap into the benefits of Xilinx heterogeneous SoCs and accelerate their applications. Learn how to get started with Vitis and Vitis AI in this recorded workshop.
ثبت نام ورکشاپ رایگان و مجازی در رابطه با هسته های نرم :
Dear RISC-V FPGA soft processor / SoC friends,
Please join us on Nov 7 and 8, between 8am-12pm PDT, to attend the First Annual Soft RISC-V Systems Workshop (SRvS). The workshop is completely online and FREE to attend by Zoom, but you must register in advance.
We have arranged for keynote presentations from all 6 major soft RISC-V platforms: Achronix+Bluespec, AMD MicroBlazeV, Efinix+VexRiscV, Intel NIOS V, Lattice Semiconductor's RX, and Microsemi's Mi-V.
Now that the open instruction set architecture of RISC-V has been adopted by all major FPGA vendors, users and vendors might begin to align their goals for CPUs, SoC systems design, and software tooling. Soft CPUs and soft SoC systems offer the most flexibility for customization, but they can also provide so much diversity that tooling becomes more difficult. Establishing common tooling, standards, interfaces, and policies helps to provide consistency needed by users for designing and supporting their soft RISC-V systems.
The workshop will be a technically focused, inclusive celebration of the world of RISC-V FPGA Soft Processor Systems, and the great diversity of designs, designers, and applications. Whether you use FPGA RISC-V systems in industry, research, education, or as a hobby, whether closed or open source, whether CPU cores, SoCs, gadgets,
software, or application, whether this is your tenth system or your first, we want to hear your story. Presentations may be traditional, or they may include a live or prerecorded demo.
WEBSITE:
https://sites.google.com/view/srvs-workshop
FREE REGISTRATION:
https://community.riscv.org/e/m94ufu
Dear RISC-V FPGA soft processor / SoC friends,
Please join us on Nov 7 and 8, between 8am-12pm PDT, to attend the First Annual Soft RISC-V Systems Workshop (SRvS). The workshop is completely online and FREE to attend by Zoom, but you must register in advance.
We have arranged for keynote presentations from all 6 major soft RISC-V platforms: Achronix+Bluespec, AMD MicroBlazeV, Efinix+VexRiscV, Intel NIOS V, Lattice Semiconductor's RX, and Microsemi's Mi-V.
Now that the open instruction set architecture of RISC-V has been adopted by all major FPGA vendors, users and vendors might begin to align their goals for CPUs, SoC systems design, and software tooling. Soft CPUs and soft SoC systems offer the most flexibility for customization, but they can also provide so much diversity that tooling becomes more difficult. Establishing common tooling, standards, interfaces, and policies helps to provide consistency needed by users for designing and supporting their soft RISC-V systems.
The workshop will be a technically focused, inclusive celebration of the world of RISC-V FPGA Soft Processor Systems, and the great diversity of designs, designers, and applications. Whether you use FPGA RISC-V systems in industry, research, education, or as a hobby, whether closed or open source, whether CPU cores, SoCs, gadgets,
software, or application, whether this is your tenth system or your first, we want to hear your story. Presentations may be traditional, or they may include a live or prerecorded demo.
WEBSITE:
https://sites.google.com/view/srvs-workshop
FREE REGISTRATION:
https://community.riscv.org/e/m94ufu
Google
Soft RISC-V Systems Workshop
نکات جالبی از لایسنس زایلینکس در مورد استفاده از محصولات زایلینکس در کاربردهای حساس
مرجع
این متن در داکیومنت های مرتبط با functional safety آمده است و در سایت زایلینکس قابل دانلود می باشد.
@taksuntec
مرجع
این متن در داکیومنت های مرتبط با functional safety آمده است و در سایت زایلینکس قابل دانلود می باشد.
@taksuntec
آموزش ساخت لینوکس برای KD240 با استفاده از Buildroot :
Building Linux with Buildroot for KD240 Kit :
Unlike Petalinux, Buildroot offers a more streamlined approach with fewer commands and impressive flexibility. It's a powerful alternative for those developing on AMD's Zynq SoCs.
In this article I guide you through the whole process of compiling a Linux distribution for the KD240 using Builroot, from downloading Buildroot to compiling, configuring Ethernet, and enabling SSH.
Buildroot is another way of building Linux for AMD devices, it needs fewer commands than Petalinux to build a basic distribution however, what makes me try it is that Mathworks has an official Linux distribution for Zynq devices that allows them to be connected to Simulink through the PS, and it is based on Buildroot,
https://www.controlpaths.com/2024/09/14/building-buildroot-kd240/
@Taksuntec
Building Linux with Buildroot for KD240 Kit :
Unlike Petalinux, Buildroot offers a more streamlined approach with fewer commands and impressive flexibility. It's a powerful alternative for those developing on AMD's Zynq SoCs.
In this article I guide you through the whole process of compiling a Linux distribution for the KD240 using Builroot, from downloading Buildroot to compiling, configuring Ethernet, and enabling SSH.
Buildroot is another way of building Linux for AMD devices, it needs fewer commands than Petalinux to build a basic distribution however, what makes me try it is that Mathworks has an official Linux distribution for Zynq devices that allows them to be connected to Simulink through the PS, and it is based on Buildroot,
https://www.controlpaths.com/2024/09/14/building-buildroot-kd240/
@Taksuntec
controlpaths.com
Building Linux with Buildroot for the KD240 Kit
If I say Linux and Zynq MPSOC, I am pretty sure that most of you think of Petalinux. Petalinux is the official AMD’s tool that eases the build of a Linux distribution for FPGA and SoCs. What Petalinux gives us is a set of pre-configurations or recipes for…