Goated

can you change the width of the cutouts around the traces?

Thx a lot dr.ryan , this video helps me to pass my exam.

Thx ji❤❤

Dude your tutorial is great I love it! It helps me much!

Your tutorial is great as didn't know about the ground and voltage connection for which I struggled with

Great video Sir! Very easy to understand.

Fixed sample for 1:56: ``` #!/usr/bin/env python import hashlib m = hashlib.sha256() m.update("Hello".encode('utf-8')) m.update("Bye".encode('utf-8')) print(m.hexdigest()) ```

Hi, I need help. I can't figure out why on my printed circuit board, I keep getting the warning of missing and/or incomplete external milling paths. I'm new to Fritzing.

How technical bob get a key ?

You have a gift, the way to teach is remarkable. I've been wathing many other videos and they are all very confsing and lack rebustness. Your videos are clear and full of terrific examples, cannot get any better....well done and thank you!

can anyone help with computer security assignment

Hi, thank you for sharing these videos ... where can I find these slides?

Excellent. Thank you.

HI, Could I know how to increase the speed of UDP Port Scanning? Thanks!

Thank you. You make it so easy to understand.

So is the entropy source then the source that produces like a random sequence of something?

So the keys need to be random, as in, there is absolutely no pattern (no repetition), and therefore it is unbreakable? :)

These brute force attacks... they don't sound very elegant, really. Surely there can be other ways to attempt to break the patterns...

It seems to me it is all about the patterns...:)

By that logic, you would want to create a cipher where the pattern is not detectable?

so you are looking for patterns to break the cipher?

so the key to figure out the secret is to obtain the actual key/s, right? So at which point do you exchange your keys? Before, or during, communication with other parties?

thank you very much dr

Best Explanation👍

Fantastic

Thank you so much!

Is someone talking?

oh wow wow what a nice lecture. You have made it super easy like learning the alphabet "ABCDE....". Can you give us an example in Python code of how to implement it in code?

Am I missing something? You wanted to connect C1 ground to U1 ground and struggled to find a path, but C2 ground was already connected to U1 groiund, so why didn't you connect C1 ground to C2 ground on the top or bottom layer, and then you'd have been there?

Where can i get your full lectures on cryptography 😭😭 please sir your videos so good ,i have exams in 10 days i need your lecture videos please share

Thank you!

Thank you!

Thank you for this! Great explanation!

Thank you professor. It is still a good lecture in 2021. Very clear and easy to understand.

The audio is almost a whisper, unfortunately that means i cant hear it clearly on my Samsung phone at full volume.

Good video. I learned the basics as a beginner. Thanks.

How do I get the components to be coloued?

Thanks buddy, the best video regarding this topic by far! You helped me a lot for my presentation

Thank you sir! Im doing a cryptography class at university and your way of explaining things is really helping me understand the content. I really appreciate it

126 Likes, 2 dislikes... = 128 bit encryption? :)

This was amazing, thank you! Are there any good video series that show the math behind more of these theories? Or how to create such systems in code? That would be interesting as well.

Anyone know how to move all parts that were previously selected as all? Like lining up circuit fragments relative to each other.

This video is GOLD

Simple and Nice

Thank you very much, Ryan! I woudn't have believed, someone could teach me the basics of PCB-Design in just 3 videos within an hour. But you did!

i downloaded keepassx software for windows ... it is available as zip of binaries etc ... how do you verify sinatures ... currently (2020-09-24) it shows a line like following: All downloads and Git tags are signed with the key 164C70512F7929476764AB56FE22C6FD83135D45 what does it mean and how i can use them to verify ... of course it has another link to a folder with a bunch of files and .sig files ... clicking on a .sig files simply saves it ... my problem is if verifying needs a software then that software itself may infect my computer ... i am irritated by whole bunch of software publisher giving these verify secion without any instruction on how to use them ... would it not be nice if i download a file or zip and upload to some site giving link to web page downloaded from and let that site determine integrity of software? like hybrid-analysis site does?

Can you give your tangled files to JLC PCB?

Best Explanation