🧠 Input-Aware Optimization

MemFigLess: Input-Aware Memory Configuration

Revolutionary ensemble-learning method for dynamic memory configuration of serverless computing functions. Reduce resource wastage by up to 82% and save costs by up to 87% through input-aware optimization.

Why Choose MemFigLess?

Transform serverless function configuration from speculation to science with AI-powered input-aware memory optimization.

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AI-Powered Optimization

Multi-output Random Forest Regression model that learns input-aware resource relationships for optimal memory configuration.

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Massive Cost Savings

Reduce resource wastage by up to 82% and save run-time costs by up to 87% compared to traditional approaches.

Input-Aware Intelligence

Automatically detects correlations between function payload, execution time, and memory requirements for precise optimization.

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MAPE Control Loop

Monitor, Analyze, Plan, and Execute framework for continuous optimization and performance improvement.

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AWS Native

Built on AWS Serverless Suite with Lambda, DynamoDB, Step Functions, and S3 for seamless integration.

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Proven Results

Evaluated against COSE, Parrotfish, and AWS Power Tuning with superior performance across multiple benchmarks.

🏗️ MAPE Control Loop Architecture

MemFigLess implements a sophisticated MAPE (Monitor, Analyze, Plan, Execute) control loop for continuous optimization.

System Components

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Offline Training Module

Function profiling, data collection, and Random Forest model training

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Online Prediction Module

Real-time memory estimation and constraint optimization

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Dynamic Resource Manager

Resource allocation, monitoring, and feedback loop management

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Continuous Learning

Periodic model retraining and performance improvement

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MAPE Architecture
📊 Monitor
🔍 Analyze
📋 Plan
⚡ Execute

📊 Proven Performance Results

MemFigLess delivers exceptional results across diverse serverless functions and workloads.

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Mathematical Functions

Matrix multiplication, linear algebra, and cryptographic operations with up to 73% resource savings.

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Graph Algorithms

Graph processing functions achieving up to 87% cost efficiency and 75% resource optimization.

graph-mst graph-bfs pagerank
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Web Generation

Dynamic website generation and HTML processing with significant performance improvements.

chameleon dynamic-html

🛠️ Technical Implementation

Built on AWS Serverless Suite with advanced machine learning and optimization algorithms.

Core Technologies

🤖 Random Forest Regression (Scikit-Learn)
☁️ AWS Lambda & Step Functions
🗄️ AWS DynamoDB & S3
📊 AWS CloudWatch Monitoring
🐍 Python 3.12 Implementation

Advanced Features

🎯 Input-aware resource estimation
⚖️ Constraint optimization
🔄 Continuous model retraining
📈 Performance monitoring
💾 Automated workflow execution

🔬 Research Impact & Recognition

MemFigLess represents cutting-edge research in serverless computing optimization and resource management.

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Published Research

Presented at UCC '24 - The Seventeenth International Conference on Utility and Cloud Computing in Sharjah, UAE.

Conference: UCC '24

Location: Sharjah, UAE

Pages: 346-355

Publisher: IEEE CS Press

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Key Contributions

Novel approach to input-aware serverless function configuration with proven cost and performance benefits.

Input-aware resource optimization
Multi-objective constraint solving
Real-world AWS deployment
Comprehensive benchmarking

Ready to Optimize Your Serverless Functions?

Join the future of intelligent serverless optimization with MemFigLess. Experience unprecedented cost savings and performance improvements through AI-powered memory configuration.