This is a really great informative video, thanks for the hard work! I really like the breakdown to creating a mental model

How's live's Github..Juliet still Alive

how do we get the actual subarray itself instead of length n these examples.

I never comment on youtube videos. This was the single most useful video I have ever watched in my life. Thank you for making this - it has made my life so much easier.

is this c++ or CS

tysm for saving my time

pls pls pls make more videos i beg you bro

Nice explanation

Another tutorial that discusses dependency injection without really understanding it. Passing a parameter to a method is not dependency injection. And 'coding to an interface' is not dependency injection. We were passing parameters into methods and coding to interfaces long before the term 'dependency injection' appeared. If you don't know the difference, then you don't understand dependency injection.

Best explanation ever

thanks for the video man

This is seriously one of the best videos on docker I’ve ever seen

Please do! I want to recommend them to all my friends.

This was a good video, but the continuous lip smacking made it hard to listen to.

I tried with the paper theme, but when I deploy the public files github only renders a plain HTML of my project. Any idea what I could have done wrong? EDIT: figured it out Messing with the URLs is confusing, you gotta make sure the URL in the config file matches the URL in the generated github page, and any build happens after the changes are saved. Using two repos with similar names, and following a terminal that has a similar name to one of the repos is also confusing. Also, Git is confusing. All that being said, thank you for your tutorial, it was the only one that got it working for me, even if it took me a couple of hours to make it happen. I am not a very educated person, so I still struggle a lot with these things. However, I would love if in future videos you could find a way to make things more easy to differentiate and avoid confusions for others like me. If not, that is okay too, it is your way of sharing things afterall. Thank you and have a good day.

Learning from you to for my job hunt in Zurich, I shall get back to this video once I get my job ! Thanks in advance for everything!

why suddenly when i graduated all these channels poped up when i needed them the most , bro you are the best

wonderful 👍👍

Really Great and super easy to understand 🙌💯

absolutely clear A+

🎯 Key points for quick navigation: 00:09 *🧠 Sliding Window Technique Overview* - Overview of the sliding window technique as an algorithmic mental model, - Benefits of using sliding window over naive approaches, - Introduction to fixed size and dynamically resizing sliding window techniques. 02:00 *🪟 Fixed Size Sliding Window Technique* - Explanation of fixed size sliding window using a rectangular metaphor, - Example of maximizing sum of a contiguous subarray using fixed size sliding window, - Comparison with brute-force approach highlighting efficiency gains. 07:00 *📊 Identifying Sliding Window Problems* - Characteristics of problems suited for sliding window technique, - Common keywords and problem types (min/max, longest/shortest, containment), - Applicability across arrays, strings, and linked lists. 13:38 *🎯 Types of Sliding Window Problems* - Fixed length variant: Example with fixed size subarrays and maximizing sums, - Dynamic resizing variant: Handling variable window sizes dynamically, - Dynamic variant with auxiliary data structures: Examples involving hash maps for advanced constraints like distinct characters. 17:05 *🔄 Commonalities in Sliding Window Problems* - Sequential nature of problems and contiguous data groupings, - Criteria for solving problems (maximization, minimization, containment), - Unifying approach to algorithmic problem solving using sliding window technique. 22:16 *📊 Sliding Window Technique for Fixed Window Size* - Explanation of the fixed-size sliding window technique, - Detailed walkthrough of how to maintain and update the sliding window, - Example problem solved using the fixed-size sliding window approach. 24:58 *🎯 Dynamic Sliding Window for Variable Window Size* - Introduction to dynamic sliding window where window size can vary, - Problem-solving approach to find the smallest subarray with a given sum, - Demonstration of adjusting window size dynamically based on problem constraints. 33:03 *🧩 Sliding Window with Auxiliary Data Structure* - Application of sliding window technique with an auxiliary data structure, - Problem-solving for finding the longest substring with K distinct characters, - Strategy for using hash maps to optimize tracking of character frequencies in the sliding window. Made with HARPA AI

Nice. That is actually a great way to get around the limitation of Github pages requiring a public repo. I can keep my drafts etc private now. Another option is syncing the public dir with something like copybara.

This is my note fixed some problem you may encounter: 1.edit the hugo.toml with editors you have, personally I use notepad; 2. when write the hugo.toml-theme, mind the case, and also the name should be the directory name of that theme's;

3. you may need to reset the target git of your public repo by changing the original public to another name, then git submodule add "xxx" public 4. for the last step, to deploy, there has changed when you click setting. you need click page on the left side. and MUST BE CAUTIOUS: the repo name MUST BE (in my case) your GitHub name(if your name is xxx) then the website would be published at .....

I think there is no more comliment on this video than just to post "my personal website"(homework) here. I will post it if I success later.

please make more videos like this ❤

Thanks for including the link bro! oh wait! you didnt!

You might be a professor or a normal student, but your explanation skills are exceptional. Add to that most of the videos explaining algorithms do not include such an amazing visualization for the data structures that we are working with. I hope one day you will have the free time to make a full algorithms and data structures for competitive programming course with such an amazing visualization. Hope you the best sir whereever you are.

Beautiful

The year is 2024 and this is the best explanation for IoC... appreciate man

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Dep -- Dutch Arab! Driven exp -- personnel! AA -- Dumb as Army!

Took me a few hours (you go very fast) but got there in the end. Thank you.

are you fucking kidding me? 7:16, I see that image and could immediately code it based on your previous graphical explanation.

I am from India. THese are helping us cracking interview. THank you very much. Complicated topics you are making us understand very easily.

you are a very good teacher in layman language you are reaching. We will surely crack interviews with these

But why does the title say that it will deploy with docker if in the end it configures to deploy with node.js ¿¿??

im not getting github pages but all the files got downloaded into main help pls

Thank you for the simple, clear and good teaching

Your explanations are super clear!! Awesome video.

I love the idea of "Algorithmic Mental Models"! Thank you so much for explaining this perfectly and I'd love to see more videos for this idea! <3

What happens in the 3 couples case?

from 2024

What the ... the way you explained it my 10. your old can understand it. Wowowo

thanks for the tutorial, Ryan! just wondering if there are benefits to not also pushing the contents from 'thesimplengineerblog' up to blog repo, to serve as a source control for the raw source code change instead of just having the public repo changelog?

dude I am only 2 minutes in and I've liked and subscribed! Between the visuals and your consice explanations, the sliding window technique (which I never thought I'd understand) makes SO MUCH SENSE! Thanks so much :)

Which step does DNS adblocking happen if I were to use something like NextDNS

For anyone wondering more videos from him for DSA, he has Recursion series on freeCodeCamp channel.

Excellent explanation! Thank you. My textbook only showed us how to convert from binary to decimal representation and not the other way, but we were supposed to convert fractional values to binary without instruction. This video was a lifesaver.

Amazing video. Explains all the parts I was struggling with and gives me some good tips!