วีดีโอ

казашка солей бери зайбал

sir can we design SMC for a 6 DOF system such as an AUV?

Finally I found the most helpful resource. Thank you very much.

ممتن لك على الشرح الوافي ، اعجبني الشرح جدا

Obrigada pelo vídeo. Ainda não entendi muito sobre o assunto, mas posso repetir o vídeo quantas vezes quiser. Obrigada mesmo, que Deus te ilumine sempre! 🙏🏽

What is this? Did you just recorded your conversation with someone?

The weather is very good right now in Cancun. Thank you for this video..

ممنون بابت توضیحات کامل و دقیق

بسیار اموزنده بود. ممنون بابت وقتی که گذاشتید.

ممنون بسیار مفید بود

ممنون بسیار مفید بود

ممنون بسیار مفید بود

ممنون بسیار مفید بود

ممنون بسیار مفید بود

ممنون بسیار مفید بود

ممنون بسیار مفید بود

ممنون بسیار مفید بود

ممنون بسیار مفید بود

ممنون بسیار مفید بود

ممنون از ویدیو مفیدتون

ممنون از ویدیو مفیدتون

ممنون از ویدیو مفیدتون

ممنون از ویدیو مفیدتون

ممنون از ویدیو مفیدتون

ممنون از ویدیو مفیدتون

ممنون از ویدیو مفیدتون

ممنون از ویدیو مفیدتون

ممنون از ویدیو مفیدتون

ممنون از ویدیو مفیدتون

سپاس از وقتی که گذاشتید بسیار استفاده کردم.

ممنون. یه ویدیوی مختصر و عالی برای توضیح اثبات همگرایی الگوریتم تجزیه QR یک ماتریس!

我看了5遍才看懂，本来是可以做得更好更清晰的，但是整体来说还行！

Спасибо, товарищ, за объяснение! Всегда все понятно и чётко!

i was wondering about the convergence proof for the QR algorithm, clean explanation, thx!

Nützlicher Beweis, ich mag die Erklärung, sie war klar, danke!

Hocam, derslerinizi büyük bir dikkatle takip ediyorum. Çok fazla şey öğrendim sayenizde bildiğim konularda çok sığ bir bilgiye sahip olduğum gerçeği ile yüzleştim. Gelecek dersleri büyük bir merakla bekliyor olacağım, sağlıcakla kalın.

Je cherchais une explication claire et simple. impressionnant bravo, merci.

Just slides reading

Thanks , your videos are the best

Very cool what is ur opinion on super twisting algorithm sir

give me pdf?

This helped a lot. Thank you.

Thank you very much! I really appreciate your teaching video. It clearly helps me understand step by step how to calculate the EKF.

I'm not getting the same values as you for the uncertainty sub-blocks for the upper or lower star product. They're similar but not the same. I've taken a look at the Zhou document you mentioned in another comment and Zhou has a different result for the mass block (Page 171). For the mass (as a lower star product) I'm getting: [ 1/m_0 , 1 ] [ -eta/m_0 , -eta ] And for the damping constant (as a lower star product) I have: [ c_0 , 1 ] [ c_o * eta , 0 ] and for the damping constant as an upper star product (as you have in the video) I have: [ 1 , 0 ] [ c_o * eta , c_0 ] I'm not sure about the discrepancy here, do you have some more insight on how the video has them derived? The Zhou source does not elaborate. Thank you.

Thank you🙏🏻

Thanks for the nice and detailed lecture. If a system has time varying uncertainty and is said to be stable, how do we know it is stable if it is not quadratically stable? Is there any reference you can give me?? Thanks!

听得快睡着了😪太难了

Selamlar, kontrol sisteminde gerçekten uzmanlaşmak için hangi matematik derslerini önerirsiniz?

Realmente me encantan tus videos están muy bien explicados. ¡Muchas Felicidades!

Continue ajudando muitas pessoas com o seu conhecimento! 🤝🏾