ثبت نام در سری 6 تایی وبینارهای کاربا TDR ها برای تحلیل PCBها جهت یافتن ایراد، ناپیوستگی و کراس تاک و...
عناوین وبینارها :
Part 1: Beyond the TDR
Part 2: Reading S-Parameters Like a Book
Part 3: Lossy Interconnects and Insertion Loss
Part 4: Mixed mode S-parameters and TDR responses
Part 5: Principles of De-embedding
مقدمه ای در مورد TDRها :
A Time Domain Reflectometer (TDR) displays the instantaneous single-ended or differential impedance profiles of an interconnect and the location of discontinuities. While this is valuable information, there is additional information we can extract by expanding to multiple ports and looking at not just the differential impedance, but also the common impedance and even the location of cross talk and mode conversion.
لینک ثبت نام :
https://go.teledynelecroy.com/l/48392/2019-12-20/7vr8h2
@Taksuntec
عناوین وبینارها :
Part 1: Beyond the TDR
Part 2: Reading S-Parameters Like a Book
Part 3: Lossy Interconnects and Insertion Loss
Part 4: Mixed mode S-parameters and TDR responses
Part 5: Principles of De-embedding
مقدمه ای در مورد TDRها :
A Time Domain Reflectometer (TDR) displays the instantaneous single-ended or differential impedance profiles of an interconnect and the location of discontinuities. While this is valuable information, there is additional information we can extract by expanding to multiple ports and looking at not just the differential impedance, but also the common impedance and even the location of cross talk and mode conversion.
لینک ثبت نام :
https://go.teledynelecroy.com/l/48392/2019-12-20/7vr8h2
@Taksuntec
Teledynelecroy
Webinar: Principles of De-embedding
In this webinar, Dr. Eric Bogatin will introduce the principles behind de-embedding and how it can be dramatically simplified using best measurement practices. It is a powerful technique which should be in everyone’s tool box.
دانشگاه کولورادو با همکاری وبسایت معروف کورسرا دوره مستر ساینس را به صورت آنلاین برگزار میکنند. این دوره ی مهندسی الکترونیک کورسهایی در حوزه FPGA و نیمه هادی ها و.. دارد. برای اطلاع از کورسها و هزینه شرکت در هر کدارم میتوانید به وبسایت ۀنها مراجعه کنید:
https://boulder3.apply.colorado.edu/register/MS-EE?utm_source=cu_boulder&utm_medium=email&utm_campaign=upgrade_announcement
@Taksuntec
https://boulder3.apply.colorado.edu/register/MS-EE?utm_source=cu_boulder&utm_medium=email&utm_campaign=upgrade_announcement
@Taksuntec
نمونه کد ساخت شتابدهنده با vitis برای zynq
https://www.hackster.io/news/microzed-chronicles-microzed-zynq-7000-vitis-platform-creation-df25e1054fb6
@taksuntec
https://www.hackster.io/news/microzed-chronicles-microzed-zynq-7000-vitis-platform-creation-df25e1054fb6
@taksuntec
Hackster.io
MicroZed Chronicles: MicroZed (Zynq-7000) Vitis Platform Creation
How to create a Vitis acceleration platform for the MicroZed / Zynq-7000 family.
Forwarded from zaki
این کامپیوتر IBM 1401 در سال ۱۹۵۹ معرفی شد و یکی از اولین کامپیوترهای ترانزیستوری بود که به تولید انبوه میرسید!! و در حدود ۱۰ هزارتا از این کامپیوترها در سراسر جهان نصب شدند ! سمت چپی کارت ریدر. و وسطی واحد پردازش به همراه کنسول و سمت راستی پرینتر بود!
Forwarded from zaki
در آن زمان هنوز چیپهای cpu اختراع نشده بودند بنابراین این کامپیوترها بوسیله این کارتهای ترانزیستور. مقاومتی ساخته میشدند
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دموی سخت افزاری جالب از عملکرد یک کنترلر PID با تغییر پارامترهای آن
توضیحی در مورد این پیادهسازی:
The demonstration in this video will show you the effect of proportional, derivative, and integral control on a real system. It's a DC motor connected to an optical rotary encoder (quadrature) and is controlled by a digital control loop implemented on a TI Launch Pad MSP432. It uses a series of timers and interrupts to generate the PWM signals to the H-Bridge motor driver, read the pulses from the encoder, and calculate the control effort using a PID control algorithm. It also implements an anti-windup algorithm to improve the system stability since this is a real system and the motor saturates easily.
لینک اصلی این ویدیو
@Taksuntec
توضیحی در مورد این پیادهسازی:
The demonstration in this video will show you the effect of proportional, derivative, and integral control on a real system. It's a DC motor connected to an optical rotary encoder (quadrature) and is controlled by a digital control loop implemented on a TI Launch Pad MSP432. It uses a series of timers and interrupts to generate the PWM signals to the H-Bridge motor driver, read the pulses from the encoder, and calculate the control effort using a PID control algorithm. It also implements an anti-windup algorithm to improve the system stability since this is a real system and the motor saturates easily.
لینک اصلی این ویدیو
@Taksuntec
Forwarded from محمد پورخلیلی
خود NAND ها هم مدلها مختلف مثل MLC و SLC و ... دارن که دوباره در سرعت خوندن نوشتن ، مصرف تغذیه و تعداد دفعات نوشتن تفاوت دارن
اتصال دوربین MT9V034 به برد Ultra96 و شتابدهی آلگوریتم Edge Detection با استفاده از HLS. این پروژه در اتاق سبز تکسان انجام شده است.
https://www.hackster.io/319006/ultra96-global-shutter-camera-and-edge-detection-bba10d
@Taksuntec
@Taksuntec
@Taksuntec
https://www.hackster.io/319006/ultra96-global-shutter-camera-and-edge-detection-bba10d
@Taksuntec
@Taksuntec
@Taksuntec
Hackster.io
Ultra96 Global Shutter Camera and Edge Detection
Zynq is a nifty tool for robotic applications. In this blog, we accelerate image processing using the MT9v034 camera and an Ultra96 board.
ثبت نام وبینار رایگان با موضوع پردازش و عکاسی سه بعدی با موضوع :
3D Imaging and Sensing: From Enhanced Photography to an Enabling Technology for AR and VR
در این وبینار در رابطه با نقشه راه، اندازه مارکت و هزینه های این تکنولوژی در بازار آینده در دستگاه های متحرک بحث خواهد شد :
https://register.gotowebinar.com/register/9092552547437992193?source=Yole+Twitter+account
@Taksuntec
3D Imaging and Sensing: From Enhanced Photography to an Enabling Technology for AR and VR
در این وبینار در رابطه با نقشه راه، اندازه مارکت و هزینه های این تکنولوژی در بازار آینده در دستگاه های متحرک بحث خواهد شد :
https://register.gotowebinar.com/register/9092552547437992193?source=Yole+Twitter+account
@Taksuntec
Forwarded from Sina Asadiyan
یک مقاله آموزشی بسیار جالب در مورد HLS :
https://arxiv.org/pdf/1805.08288.pdf
https://arxiv.org/pdf/1805.08288.pdf
Forwarded from Dolatshahi
The GPU Is The Worst – And Best – Thing To Happen To The FPGA
https://www.nextplatform.com/2020/01/21/the-gpu-is-the-worst-and-best-thing-to-happen-to-the-fpga/
https://www.nextplatform.com/2020/01/21/the-gpu-is-the-worst-and-best-thing-to-happen-to-the-fpga/
The Next Platform
The GPU Is The Worst – And Best – Thing To Happen To The FPGA
A decade or so before the GPU started storming the datacenter thanks to Nvidia’s Tesla GPU accelerators and their CUDA parallel programming environment
Forwarded from Sina Asadiyan
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این مسابقه ربات ها رو ببینین خیلی جالبه
ساخت یک ساعت جالب با استفاده از 144 سون سگمنت و اردوینو :
https://www.hackster.io/news/this-outrageous-clock-is-made-out-of-144-seven-segment-displays-776645001ae4
@Taksuntec
https://www.hackster.io/news/this-outrageous-clock-is-made-out-of-144-seven-segment-displays-776645001ae4
@Taksuntec
Hackster.io
This Outrageous Clock Is Made Out of 144 Seven-Segment Displays
"Yo dawg, I heard you like digital clocks so I made a digital clock out of digital clocks."
آموزش سه قسمتی در رابطه با Xilinx DMA PCIe:
توضیح هر قسمت:
Part 1 is a general explanation on the notion of DMA, I’ve put some links to DMA tutorials (since there are many), but also interesting facts related to DMA with Scatter-Gather descriptor table.
Part 2 is dedicated to the XDMA of Xilinx. This is the main core in my project and I’ve explained all the tabs (almost all options, except advanced feature which I did not use).
Part 3 goes over all main blocks in my projects. This is an extensive overview of all the blocks I've used and I think it will give a nice starting point to whoever wants to implement DMA with Xilinx XDMA core
Part 1: https://lnkd.in/g9GGfXm
Part 2: https://lnkd.in/gJhn5dY
Part 3: https://lnkd.in/gMd5g8j
@Taksuntec
توضیح هر قسمت:
Part 1 is a general explanation on the notion of DMA, I’ve put some links to DMA tutorials (since there are many), but also interesting facts related to DMA with Scatter-Gather descriptor table.
Part 2 is dedicated to the XDMA of Xilinx. This is the main core in my project and I’ve explained all the tabs (almost all options, except advanced feature which I did not use).
Part 3 goes over all main blocks in my projects. This is an extensive overview of all the blocks I've used and I think it will give a nice starting point to whoever wants to implement DMA with Xilinx XDMA core
Part 1: https://lnkd.in/g9GGfXm
Part 2: https://lnkd.in/gJhn5dY
Part 3: https://lnkd.in/gMd5g8j
@Taksuntec
LinkedIn
Xilinx DMA PCIe tutorial-Part 1
This document is a thorough tutorial on how to implement a DMA controller with Xilinx IP. My idea was to write a comprehensive guide with all Do’s and Don’ts related to the implementation of DMA system with Xilinx IP's.
توابع توزیع با اشکال خاص و دلخواه برای مثال تابع توزیع به شکل ایموجی در حال فکر :
https://twitter.com/minyoruminyon/status/1221946561506078720
@Taksuntec
https://twitter.com/minyoruminyon/status/1221946561506078720
@Taksuntec
Twitter
シェル芸bot
https://t.co/7xJkXXwYmh
Forwarded from SalehJG
#hls #presentation
Productive parallel programming for FPGA with HLS
SPCL, ETH Zurich
Part1(pdf):
http://spcl.inf.ethz.ch/Teaching/2018-sc/HLS_Tutorial_Part_0.pdf
Part2(pdf):
http://spcl.inf.ethz.ch/Teaching/2018-sc/HLS_Tutorial_Part_1.pdf
Code Repo:
https://github.com/spcl/hls_tutorial_examples
Productive parallel programming for FPGA with HLS
SPCL, ETH Zurich
Part1(pdf):
http://spcl.inf.ethz.ch/Teaching/2018-sc/HLS_Tutorial_Part_0.pdf
Part2(pdf):
http://spcl.inf.ethz.ch/Teaching/2018-sc/HLS_Tutorial_Part_1.pdf
Code Repo:
https://github.com/spcl/hls_tutorial_examples
Forwarded from zaki
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دستگاه tabulation machine نقطه عطفی در تاریخ تکنولوژی و کامپیوتر بود!
