Skip to content

This project focuses on the development of regression models to predict anime ratings, employing a rigorous evaluation process to select the most effective model. By leveraging advanced statistical techniques, we aim to provide accurate predictions that enhance decision-making processes in the anime industry.

Notifications You must be signed in to change notification settings

Reynaldi2805/anime_rating_prediction

Repository files navigation

Introduction

Analysis Title: Predicting Anime Ratings for Streaming Platform Content Selection

My Image

I am thrilled to present this milestone project focusing on the prediction of anime ratings, specifically tailored to meet the needs of streaming platforms and broadcasting channels. In today's competitive landscape, data-driven decision-making is paramount, and this analysis aims to provide actionable insights to enhance content selection strategies.

Problem Statement

Anime faces a myriad of challenges in today's dynamic entertainment industry. From fierce competition to shifting viewer preferences, understanding the factors that influence popularity is crucial for success. Questions arise: What truly drives popularity? Is it the studio behind the animation, the genre of the series, or perhaps the dedicated fanbase? These are the pressing questions that this analysis seeks to address, offering valuable insights into the key drivers of anime success.

Objective

The primary objective of this project is to develop robust regression models capable of accurately predicting the ratings of anime series. By leveraging advanced machine learning algorithms such as Support Vector Regressor (SVR), K-Nearest Neighbors (KNN), Decision Tree, Random Forest, and XGBoost, we seek to empower streaming platforms and broadcasting channels with predictive capabilities to optimize their content portfolios.

Potential Users

  • Streaming Platforms and Broadcasting Channels: As key players in the entertainment industry, streaming platforms and broadcasting channels rely on engaging content to attract and retain audiences. By integrating our predictive models into their decision-making processes, these platforms can strategically curate their anime offerings, leading to improved viewer engagement, retention, and ultimately, business growth.

  • Manga/Manhwa Artists: For manga and manhwa artists looking to transition their artwork into animated content, our analysis offers invaluable insights. By setting KPIs focused on audience engagement metrics such as the number of members adding their animations to their watchlists and favorites within the HuggingFace application, artists can gauge the potential popularity and reception of their creations, guiding their content development and marketing strategies.

We are excited about the possibilities that this analysis presents and look forward to collaborating with stakeholders to unlock the full potential of anime content selection.

Column Description:

Column Description
anime_id Unique ID for each anime.
Name The name of the anime in its original language.
English name The English name of the anime.
Other name Native name or title of the anime(can be in Japanese, Chinese or Korean).
Score The score or rating given to the anime.
Genres The genres of the anime, separated by commas.
Synopsis A brief description or summary of the anime's plot.
Type The type of the anime (e.g., TV series, movie, OVA, etc.).
Episodes The number of episodes in the anime.
Aired The dates when the anime was aired.
Premiered The season and year when the anime premiered.
Status The status of the anime (e.g., Finished Airing, Currently Airing, etc.).
Producers The production companies or producers of the anime.
Licensors The licensors of the anime (e.g., streaming platforms).
Studios The animation studios that worked on the anime.
Source The source material of the anime (e.g., manga, light novel, original).
Duration The duration of each episode.
Rating The age rating of the anime.
Rank The rank of the anime based on popularity or other criteria.
Popularity The popularity rank of the anime.
Favorites The number of times the anime was marked as a favorite by users.
Scored By The number of users who scored the anime.
Members The number of members who have added the anime to their list on the platform.
Image URL The URL of the anime's image or poster.

About

This project focuses on the development of regression models to predict anime ratings, employing a rigorous evaluation process to select the most effective model. By leveraging advanced statistical techniques, we aim to provide accurate predictions that enhance decision-making processes in the anime industry.

Resources

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published