👉 L'Élève est le maître : https://ho-editions.com/livre/leleve-est-le-maitre-essai-sur-lepanouissement-artistique/

00:00 Intro

Besuch bei den Fettschwalmen

Art:- flower design.

Today I will share with you an art video. Here I made a very beautiful art, especially in this art I did not use any color combination, I made the art completely with only black color and I liked it a lot. Here I tried to make a very beautiful design, in fact, even without using color combination, this art is so beautiful that you can understand it by looking at it, but I did it for a while and it looks much better. I liked it a lot, you can also do such arts if you want. I hope you like it a lot.

Bird's Flight Story

Today I have come with a new video. Today's video is very educational. You can learn a lot from here. Actually, a bird is trying very hard to learn to fly. Even after trying again and again, he is not able to fly but he is not giving up. He is trying again and again. After trying like this, at some point he was able to fly and he was very happy. One lesson from here is that if you try again and again, then you will definitely succeed because the key to success is to try. If you do not try again and again, then you will never get the key to success. I hope you like today's video.

A couple of people contacted me with feedback about the SIMD implementation we used to find newlines in the billion-row file. One suggested a possible bug (shock!) and one suggested a way that might be more efficient. We'll take a look at both, obviously starting by writing a test that checks for the bug.

After the stream I made another attempt at using the information about all newlines in a 64-byte chunk, instead of just the first one. I did it with no Vecs at all, unifying the two functions we worked with into a single one with nested loops. Surprisingly (to me) this was still slower than the original solution. Again, this seems to prove the power of simplicity! You can find this code at https://codeberg.org/andybalaam/brrmbrrm/src/branch/main/src/read_lines/memmap_simd.rs#L152

Read my blog at https://artificialworlds.net/blog

Follow me on mastodon: @[email protected]

👉 Concert Sunside : https://www.sunset-sunside.com/concert/etienne-guereau-trio-7/

00:00 Intro

In this live-streamed exercise in the "Electromagnetic Compatibility" module, we are discussing the solution of task 14 of our exericse booklet on field impedance.

At a distance of 1m in front of the screen surface of a monitor, an electric field strength with a level of L_E = 83 dB(µV/m) at 22.5 kHz (horizontal scan rate of a cathode-ray tube display) has been measured.

Exercise booklet:

Lecture slides:

Notes:

GNU Octave commands:

Chapter marks:

Israel quer expandir-se para construir o Grande israel, que incluí território de países vizinhos.

👉 Arrangement Someday neo soul et exercices : https://www.pianojazzconcept.com/produit/someday-my-prince-will-come-arrangement-neo-soul/

00:00 Intro

👉 Index B : https://piano-jazz-concept.sepiropht.me

In this live-streamed lecture within the "Electromagnetic Compatibility" module, we did a quick recap of the Hertzian (or electric) dipole and the Fitzgerald (or magnetic) dipole. Then, we discussed typical antenna parameters like the effective antenna length, the effective antenna area, the directivity or the radiation resistance for different types of antenna. We also looked at a small example of an interference analysis. Finally, we did some measurements with a simple dipole antenna and a logarithmic-periodic dipole antenna on a printed circuit board using a vector network analyser.

Lecture slides:

Chapter marks:

Original chat from Twitch: