Flux AI: Algorithm

Algorithm Flux Artworks

A stylized Wild West town with internet avatars Kiki, Nina, Aela. Characters engage in chaotic shootout using like and share icons. The saloon features the sign 'THE ALGORITHM'.
2 images

Stylized Wild West Town with Internet Avatars Engaging in a Chaotic Shootout

Social Media
stylized characters
internet avatars
Futuristic digital illustration of glowing For You Page. Surrounded by floating data streams of user interactions. Algorithm brain with neural network connections behind the screen. Creator filming video with dynamic visuals and text overlays. Icons like watch time graphs likes shares and CTAs flow toward the algorithm.
2 images

Futuristic Digital Illustration of TikTok's Algorithm Brain Analyzing User Data and Engagement

TikTok engagement
creator filming
Digital Marketing
Icon design for Project AfAA. Features abstract human figures and rays emanating from a central circle. Colorful cosmic background with a modern aesthetic.
2 images

Project AfAA Icon Design - Abstract Cosmic Symbol for Technology

modern graphic
Project AfAA
Algorithm design icon
Flow chart to illustrate data collection process. Collect data every 5 minutes. Store data in Redis DB for 30 days. Data includes OTT platform usage for each user. Algorithm consumes data to generate reports of least used OTT platform per user.
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Flow Chart for Periodic Data Collection and Analysis of OTT Platform Usage

Data Visualization
Redis DB
data collection
The image illustrates the greedy approach for solving the 0/1 knapsack problem. It presents a diagram that visualizes the allocation of resources in a knapsack scenario. The left side depicts a simple breakdown of items and their values. The right side contrasts different outcomes based on item selection. This approach focuses on maximizing value while considering weight constraints. It highlights concepts related to optimization and decision-making in algorithm design. The overall design is informative and engaging, making it suitable for educational purposes.
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Using the Greedy Approach for the 0/1 Knapsack Problem

decision making
Mathematics
Computer Science