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Channel

Алгоритмы и структуры данных

@the_algorithms

On this record: Growth · Engagement · What this channel posts · Advertising · Posts · Citations · Telegram's recommendations · Cite this entry

8,324subscribers

+3 since we began measuring on 7 August 2026

Risers and fallers across the register · movement among entries of 3,162–10,000.

Register entry

Telegram ID-1001588926682
TypeChannel
Username@the_algorithms
DescriptionПо всем вопросам: @altmainf Уважаемый менеджер: @altaiface
Created19 June 2023measured — cross-checked against a third-party dataset (ext.tg_channel)
First recorded7 August 2026
Last confirmed live11 August 2026
Measurements held3
Confirmed unchanged1 time, most recently 11 August 2026
On Telegramt.me/the_algorithms

Growth

8,3208,3248,3227 August 2026 — 8,321 subscribers8 August 2026 — 8,320 subscribers11 August 2026 — 8,324 subscribers7 August 202611 August 2026
3 measurements spanning 4 days, net +3. Dots are measurements; the straight line between them is drawn to join them, not to claim we know the path taken in between — snapshots are recorded only when a count changes, so gaps mean “no change observed”, never “interpolated”. The vertical axis spans 8,319–8,325 and does not start at zero.
Measurement log — every subscribers count we have recorded
Measured (UTC)SubscribersChange
11 Aug 2026, 22:028,324+4
8 Aug 2026, 12:368,320-1
7 Aug 2026, 15:458,321first reading

Engagement

21 posts held, back to 8 April 2026the reader has not yet reached the start of this channel’s public history, so older posts may sit further back, unread. Read across 10 pagesof Telegram’s post history, 20 posts per page.

ERR · 30 days
16.3%
avg views ÷ 8,324 subscribers
Avg views / post
1,360
6 posts measured
Reaction rate
this channel exposes no reaction counts
Posts in window
6
of 21 held

ERR is average views per post over the last 30 days divided by subscribers, the definition TGStat uses, so this figure is comparable with the one you will see elsewhere. It falls structurally as a channel grows: a high ERR on a small channel and a low one on a large channel describe reach mathematics, not quality. We publish the figure and the sample it came from and pass no verdict on it.

ER is defined industry-wide as (forwards + reactions + comments) ÷ views— note the denominator is views, not subscribers. Telegram’s public web preview carries views and reactions but not forward or comment counts, so the reaction rate above is the reactions term only and is therefore a floor: the true ER for this channel is higher by an amount we have not measured and will not estimate.

What these figures were computed from
WindowRolling 30 days · latest post in window 12 August 2026
Posts held21 (8 April 202612 August 2026)
Views total8,161
Reactions total
Forwards / commentsnot exposed by the public surface — not measured, not estimated
Readings taken12 Aug 2026, 16:31 UTC

Views are a single reading per post, taken at the time above. A post published in the last day or two is still accumulating views, which pulls the 30-day average down slightly. That is a property of the standard definition rather than a fault in it, so we keep the definition rather than “correcting” the number into something nobody can reproduce.

Precision. Telegram publishes view counts on its public widget in short form — 8.12K, 3.7M — so any reading at or above 1,000 reaches us rounded to three significant figures, and only counts below 1,000 are exact. Averages and rates derived from them are shown to the same precision rather than to the unit: a figure like 3,701,250 would assert digits nobody measured.

Reaction counts are published per emoji and rounded the same way, so a total below 1,000 is exact and a larger one is a sum that may carry a rounded component from each emoji above 1,000. Because it is a sum, it does not look rounded — read a large reaction total as three significant figures per contributing emoji rather than as the figure it prints.

What this channel posts

Photos
278
Links
5

Lifetime counters from Telegram’s own channel header, read 12 August 2026 — not the date at the top of this page, which is when the subscriber count was last read. Below Telegram’s rounding threshold, so these counts are exact.

Advertising

Ad load
4.76%
1 of 21 posts carry an ad marker
Regulatory tokens
1
posts carrying an erid · 1 distinct token
Median views · ads
1,280
over 1 measured post
Median views · rest
2,490
over 20 measured posts

An ad marker, not a judgement about a post. A post is counted here because it carries one of two explicit markings: an erid token, which Russian law has required on paid placements since 2022 and which is issued against a specific advertising contract, or a #реклама / #ad hashtag in the body, which is the channel declaring it itself. The first is documentary; the second is a self-declaration and is weaker. No classifier reads the text and decides — nothing on this site guesses that a post is an advertisement.

This is a floor, and it can only ever be a floor.A channel that runs paid placements without marking them produces no marker for us to count, and an unmarked ad is indistinguishable from an ordinary post on the public surface. The ad load above therefore means “the share of posts that declared themselves”, never “the share of posts that were paid for”. A low figure is not evidence of a channel that runs few ads.

Both figures are medians, and no ratio between them is published. Each is a view reading that actually occurred on a post, picked by percentile_disc rather than averaged, so one viral post cannot move it and no interpolated value is invented between two readings. The sample on one side is under five posts, which is too thin to compare. The two figures are shown side by side with the count behind each, and deliberately not divided into a headline like “ads get x% fewer views” — an arithmetic that is easy to print and, at this sample size, means nothing.

Advertising tokens recorded on this entry
eridPostsFirst seenLast seen
2VSb5ypWwgW130 July 202630 July 2026

A token repeated across several posts is one advertising contract placed more than once, which is what the identifier is for. The strings are reproduced exactly as they appeared in the post or in its click-through URL and are not validated against any registry — we record the marker a channel published, and whether it resolves to a real contract is a question for the register that issued it.

Measured over the 21 most recent posts we hold, published 8 April 2026 to 12 August 2026. Views are the latest single reading held for each post, and any reading at or above 1,000 is rounded by Telegram to three significant figures.

Recent posts

12 Aug 2026, 13:59 UTC391 viewsread 12 August 2026
Photo

Эластичная чистая регрессия Elastic Net — метод линейной регрессии, который сочетает преимущества двух регуляризаций: Лассо (L1) и Риджа (L2). Он помогает справиться с задачей отбора признаков и предотвращает переобучение, особенно когда данные содержат много коррелирующих признаков. Эластичная сеть использует комбинацию штрафов: L1-регуляризация (Лассо): способствует разреженности признаков (некоторые коэффициенты

3 Aug 2026, 05:01 UTC≈1,240 viewsread 12 August 2026
Photo

Лассо-регрессия Lasso Regression — это метод линейной регрессии, который включает регуляризацию для уменьшения сложности модели и предотвращения переобучения. Название "Лассо" происходит от "Least Absolute Shrinkage and Selection Operator", что подчеркивает две основные функции этого метода: сжатие коэффициентов и отбор признаков. В отличие от ридж-регрессии, которая добавляет штраф на сумму квадратов коэффициентов

30 Jul 2026, 11:05 UTC≈1,510 viewsread 12 August 2026
Photo

Ридж-регрессия Ridge Regression — это метод линейной регрессии, который используется для анализа данных, когда существует проблема мультиколлинеарности (сильной корреляции между независимыми переменными). Основная идея ридж-регрессии заключается в добавлении регуляризационного члена к обычной линейной регрессии, что помогает улучшить стабильность и предсказательную способность модели. В отличие от стандартной линей

30 Jul 2026, 09:03 UTC≈1,280 viewsread 12 August 2026
Advertisementerid 2VSb5ypWwgWPhoto

Участвуй в алгоритмическом треке всероссийского ИТ-чемпионата МТС True Tech Champ 2026. Призовой фонд 2 750 000 рублей. Если тебе нравятся алгоритмы, структуры данных и задачи на чистую логику — участвуй в индивидуальном зачете, прокачай алгоритмическое мышление и проверь себя в условиях, приближенных к реальным техническим собеседованиям. Решай задачи разного уровня сложности: от базовых до тех, что проверяют скор

22 Jul 2026, 13:59 UTC≈1,760 viewsread 12 August 2026
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SVM с RBF ядром SVM с RBF ядром (радиальная базисная функция) — это метод машинного обучения для решения задач классификации и регрессии, который позволяет находить нелинейные границы между классами. RBF ядро особенно полезно, когда линейные модели не могут точно разделить данные, так как оно способно создавать сложные, нелинейные разделяющие поверхности. Принцип работы RBF ядра: RBF ядро трансформирует данные в вы

15 Jul 2026, 13:59 UTC≈1,980 viewsread 12 August 2026
Photo

SVM с линейным ядром Это частный случай метода опорных векторов, который используется для решения задач классификации или регрессии, когда данные могут быть линейно разделены. В SVM с линейным ядром задача состоит в том, чтобы найти гиперплоскость, которая наилучшим образом разделяет два класса данных с максимальным зазором (margin). Основная цель SVM — максимизировать расстояние между ближайшими точками двух класс

8 Jul 2026, 13:59 UTC≈2,080 viewsread 12 August 2026
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Метод опорных векторов SVM (Support Vector Machine) — это алгоритм машинного обучения, используемый для задач классификации и регрессии. Он работает на основе нахождения гиперплоскости, которая наилучшим образом разделяет данные на различные классы. Гиперплоскость — векторное пространство с n измерениями может быть разделено с помощью гиперплоскости, которая является подпространством размерности n−1. В двухмерном п

1 Jul 2026, 13:59 UTC≈2,350 viewsread 12 August 2026
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Логистическая регрессия Это статистический метод, используемый для моделирования зависимости между одной или несколькими независимыми переменными и бинарной зависимой переменной (например, "да/нет", "1/0", "успех/неудача"). Этот метод особенно полезен в задачах классификации, где необходимо предсказать вероятность принадлежности объекта к одной из категорий. Применение логистической регрессии: - Классификация: Лог

24 Jun 2026, 13:59 UTC≈2,480 viewsread 12 August 2026
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Полиномиальная регрессия Это расширение линейной регрессии, которое позволяет моделировать более сложные зависимости между независимой переменной X и зависимой переменной Y. В отличие от линейной регрессии, где мы предполагаем линейную зависимость, полиномиальная регрессия использует полиномиальные функции для описания связи между переменными. Преимущества полиномиальной регрессии - Полиномиальная регрессия может м

17 Jun 2026, 13:59 UTC≈2,610 viewsread 12 August 2026
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Матричный метод линейной регрессии Этот метод находит широкое применение в различных сферах жизни и бизнеса для анализа данных, например: 1. Финансовый анализ и прогнозирование - Оценка рыночных рисков и доходностей. - Прогнозирование цен на жилье. 2. Медицина и здравоохранение - Оценка влияния факторов на здоровье. - Анализ и прогнозирование медицинских затрат. 3. Маркетинг и бизнес-аналитика - Прогнозирование

10 Jun 2026, 13:59 UTC≈2,750 viewsread 12 August 2026
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Линейная регрессия (Linear regression) Один из простейший алгоритмов машинного обучения, описывающий зависимость целевой переменной от признака в виде линейной функции. Цель линейной регрессии — поиск линии, которая наилучшим образом соответствует этим точкам. Модель линейной регрессии выглядит следующим образом: Y = aX + b, где: X — независимая переменная, Y — зависимая переменная (предсказываемое значение), a —

1 Jun 2026, 09:04 UTC≈2,780 viewsread 12 August 2026
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Set bits. Алгоритм Брайана Кернигана Для подсчета количества единиц в двоичном представлении целого числа, можно использовать алгоритм Брайана Кернигана. Смысл алгоритма заключается в том, что вычитание единицы из десятичного числа переворачивает все биты после крайнего правого установленного бита (который равен 1), включая самый правый установленный бит.

Showing the 12 most recent of 21 posts we hold for @the_algorithms. View and reaction counts are the latest single reading for each post, not a live figure, and a recent post is still accumulating both. A view count marked was rounded by Telegram before we ever saw it — t.me prints views in full below 1,000 and to three significant figures above, so ≈1,200,000 means somewhere between 1,150,000 and 1,249,999. Unmarked counts are exact. Text is reproduced from the public post preview and truncated for length.

Citation-graph rank

Citation-graph rank — 1,145,874 of 1,151,006entries in the measured graph. A weighted position computed from the forward and mention edges below — republished posts weigh more than named mentions — and recomputed periodically, over the whole graph. Published only as this ordinal position, never as a score: a position is a fact, and a score printed beside one channel’s name would read as a verdict this register does not make. The two counts beneath stay separate for the same reason mentions are never summed with forwards anywhere else on this page — a named-by count costs nothing to manufacture. The top 100 by this measure, or how it is computed.

Mentions

Named by 1 registered channel — every channel on the register whose own posts have named this one, by its current username or any other username it currently holds, merged from two separately captured readings of the same fact so a namer caught by only one of them is not missed and a namer both caught is not counted twice. A username this channel has since dropped is not matched — that handle may belong to someone else now, and crediting today’s namer to yesterday’s owner would misattribute it.

Named by

Channels on the register whose posts name this channel's handle.

A mention is a weaker signal than a forward and is counted separately for that reason — naming a channel is not republishing it, and a handle in a post body is easy to place deliberately. The post counts beside each row below are distinct posts in which the handle appeared, from posts we have read on both sides — the “Named by N registered channels” figure above is a different count, of distinct NAMING CHANNELS rather than posts, and is not the sum of the rows under it.

Appears in Telegram’s recommendations for other channels

The reverse of the list above, and a different kind of signal. This does not require this channel to have ever been asked about directly — each row below is a channel we DID ask Telegram about, whose Telegram-generated list happened to include this one. A channel can appear here with an empty list above it, because being named by someone else’s query is independent of having been queried itself.

Physics.Math.Code
@physics_lib · 145,853
Telegram ranks this channel #28 of 72 here — alongside 71 others — read 13 August 2026

This channel appears in 1 seed channel's Telegram-generated recommendation list in total. Each is Telegram’s list for THAT channel, not this one — see how this is measured.

Cite this entry

A live page changes as we take new readings, so a citation should name the measurement it is based on, not just the URL. The line below cites the subscriber count as measured 11 August 2026 — this entry's latest reading, not the date you are reading this.

“Алгоритмы и структуры данных” (@the_algorithms), 8,324 subscribers as measured 11 August 2026. Telegram Register, tgregister.com/channel/the_algorithms.

Full measurement history, CC BY 4.0. Every reading this register holds for this entry, not just the latest one, as a dated, downloadable record: CSV · JSON. Free to use with attribution to tgregister.com. Each file carries its own generation timestamp, which is the figure to cite for exactly when the data was retrieved.