@_designer93: @محمد الحربي #اكسبلورexplore #الشعب_الصيني_ماله_حل😂😂 #شباب_البومب #fyp #محمد_الحربي

مصمم || s
مصمم || s
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Monday 01 June 2026 20:53:01 GMT
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vrgcx
... :
كيف عرفت اني استخدم افوجين
2026-06-02 16:08:34
557
viver387
Viver647 :
بيتزوج لين البارقي😂😂😂😂😂
2026-07-31 05:27:49
5
66sm7
🦌cR7 :
هو نفسه ذا
2026-08-21 04:36:39
109
mm1230_0gkgk
m... :
أنا ١٦ اكبر منه وما طلعت لي لحيه
2026-06-02 09:47:24
2262
moxnno_511
مشاري العتيبي🇸🇦 :
اخذ خلطة عصومي وين حصلها
2026-06-02 10:15:29
2261
.100m50
『𓆩الحـارثــي𓆪』 :
كم عمره
2026-06-02 03:14:41
22
zdseav404
صويلح محمد الرشيدي :
سبحان الله
2026-06-03 10:57:46
296
6sasa156
شيخة |shekha :
ابني عمره 19وماعنده لحيه
2026-07-25 15:24:41
25
m3457094
! :
ترا معاه فلوس ماشالله تبارك الله
2026-06-04 17:58:20
9
s5.5.7
⚜️SULTAN🇬🇧 :
: العالم تكبر بسرعه ولا الزمن معلق عندي 😂😂😂😂
2026-06-02 09:28:52
291
509yt0
A :
ترا مواليد2009 يعني عمره17 او18
2026-06-02 15:16:09
46
.7073451
707 :
لحضه لحضه هو قال قريب
2026-06-17 18:35:47
9
amr.mohamed8870
[معاالله نحيا}{🇾🇪}𓆩🦅 :
أحنا بتعزمنا
2026-06-03 14:43:09
11
e7d69
77L :
والله اني كنت اكبر منه
2026-06-12 20:00:24
7
user1934705827248
زهرا بنت اصول😎🔥 :
فديت قلبك تجنن
2026-06-06 22:04:46
7
muhammadx775
𝓔𝓿𝓪𝓷 𝓚𝓲𝓷𝓰 👑 :
عمري 21 ولسى بدون لحيه💔🙂
2026-06-03 11:50:51
15
jt.ie
مـحـــمــد :
مين؟ شاف الفيديو الساعه 8:00
2026-06-13 04:51:02
15
mshrryy
٥٣ # 🌶️ :
هذا متى صار ريال
2026-06-14 14:10:21
7
loai419
L7 :
انا عمري ٢١ سنه واشوف نفسي توي صغير وهو يبي يتزوج😂😂😂
2026-06-09 17:34:32
9
mohammednajem844
Mohammed :
أكثر انسان اشوفه يكبر بسرعه هادي ماشاء لله
2026-06-02 21:02:52
9
s.25832
✨🧸🤎 :
فدوه
2026-06-01 21:23:41
17
falsh422
Falah :
كبر وانا ما كبرت ماشاءالله
2026-06-02 12:49:03
7
a_mad89
M’ :
زمان كنت اكبر منه واليوم هو اكبر مني ؟؟؟
2026-06-02 16:06:02
8
th714mr
ثامـر | Thamer :
هذا كيف يكبر بدقيقه. ماشاءالله تبارك الله
2026-06-02 03:56:33
12
To see more videos from user @_designer93, please go to the Tikwm homepage.

Other Videos

Five machine learning algorithms. One graph. That's the whole trick. Most explainers give each algorithm its own diagram, so you never actually see how they differ. This one puts all five on the SAME pair of axes — and the difference becomes the shape each one draws on it. 1 — LINEAR REGRESSION → draws a LINE You run a delivery company. Distance in, minutes out. It finds the line with the smallest total error, then predicts a number. Real fit here: time = 7.6 + 2.52 × distance. A 12 km job → 37.8 minutes. 2 — LOGISTIC REGRESSION → draws an S-CURVE Despite the name, it classifies. Will this subscriber cancel? The output isn't $37, it's a probability. 17 days since last login → 82% chance of churning. Cross your threshold and that user gets flagged high risk. 3 — DECISION TREES → draws RECTANGLES Hip-hop? Yes. Energetic? Yes. Late at night? No. → Workout playlist. Here's the part nobody shows you: those three questions are literally cuts in the plane. The tree and the carved-up graph are the same object. 4 — SVM → draws a GAP Two species of iris. Plenty of lines separate them — SVM finds the one with the widest possible gap. That gap is the margin (1.397 cm here), and it rests on just 3 points. Add the kernel trick and the boundary can curve: a straight line gets 60%, a curve gets 100%. 5 — KNN → draws NOTHING No line, no curve, no tree. A new film lands in feature space, it checks the 5 closest, 4 are sci-fi, done. The trade-off: it never builds a model, so every prediction re-scans the whole library. 68 examples is instant. 4,200,000 is not. The one-line version: Linear predicts a number. Logistic predicts a class, with a probability. Trees decide by asking. SVM finds the widest boundary. KNN copies its closest neighbours. Every number on screen came from an actual fitted model — and the flowers are the real Fisher iris dataset, not a drawing. Which one finally clicked for you? 👇 #machinelearning #datascience #artificialintelligence #mlengineer #datascienceforbeginners
Five machine learning algorithms. One graph. That's the whole trick. Most explainers give each algorithm its own diagram, so you never actually see how they differ. This one puts all five on the SAME pair of axes — and the difference becomes the shape each one draws on it. 1 — LINEAR REGRESSION → draws a LINE You run a delivery company. Distance in, minutes out. It finds the line with the smallest total error, then predicts a number. Real fit here: time = 7.6 + 2.52 × distance. A 12 km job → 37.8 minutes. 2 — LOGISTIC REGRESSION → draws an S-CURVE Despite the name, it classifies. Will this subscriber cancel? The output isn't $37, it's a probability. 17 days since last login → 82% chance of churning. Cross your threshold and that user gets flagged high risk. 3 — DECISION TREES → draws RECTANGLES Hip-hop? Yes. Energetic? Yes. Late at night? No. → Workout playlist. Here's the part nobody shows you: those three questions are literally cuts in the plane. The tree and the carved-up graph are the same object. 4 — SVM → draws a GAP Two species of iris. Plenty of lines separate them — SVM finds the one with the widest possible gap. That gap is the margin (1.397 cm here), and it rests on just 3 points. Add the kernel trick and the boundary can curve: a straight line gets 60%, a curve gets 100%. 5 — KNN → draws NOTHING No line, no curve, no tree. A new film lands in feature space, it checks the 5 closest, 4 are sci-fi, done. The trade-off: it never builds a model, so every prediction re-scans the whole library. 68 examples is instant. 4,200,000 is not. The one-line version: Linear predicts a number. Logistic predicts a class, with a probability. Trees decide by asking. SVM finds the widest boundary. KNN copies its closest neighbours. Every number on screen came from an actual fitted model — and the flowers are the real Fisher iris dataset, not a drawing. Which one finally clicked for you? 👇 #machinelearning #datascience #artificialintelligence #mlengineer #datascienceforbeginners

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