AIZOTH Inc. | AI System Development and Consulting in Tsukuba, Ibaraki, Japan | AIZOTH, Tsukuba City, Ibaraki Prefecture, Japan, provides the means to transform data into value through AI technologies such as Multi-Sigma, an AI analysis platform, under its vision to \\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\

企業サイト

Download resources

You can download use cases and other materials.

Showing: 0 items
Pamphlet English chemistry healthcare
Multi-Sigma Brochure (Hydration Free Energy Prediction/Optimization of a potential Alzheimer’s drug)

Multi-Sigma Brochure (Hydration Free Energy Prediction/Optimization of a potential Alzheimer’s drug)

Download PDF
Pamphlet English machinery agriculture
Multi-Sigma Brochure (Optimization of a artificial heart/Tomato yield prediction)

Multi-Sigma Brochure (Optimization of a artificial heart/Tomato yield prediction)

Download PDF
Pamphlet English machinery chemistry
Multi-Sigma Brochure (Optimization of a artificial heart/Optimization of Aluminum Alloy)

Multi-Sigma Brochure (Optimization of a artificial heart/Optimization of Aluminum Alloy)

Download PDF
Chain Analysis English Function Files Deep Learning
AI Chain Analysis Using Multi-Sigma®

AI Chain Analysis Using Multi-Sigma®


Download PDF
English Contribution Analysis Function Files Deep Learning
Contribution Analysis with Multi-Sigma®

Contribution Analysis with Multi-Sigma®


Download PDF
English Function Files Deep Learning Multi-objective Optimization
High-Accuracy Prediction and Multi-Objective Optimization Using Multi-Sigma®

High-Accuracy Prediction and Multi-Objective Optimization Using Multi-Sigma®

Download PDF
English Function Files Deep Learning Tailor-made Optimization
Tailor-Made Optimization Using Multi-Sigma®

Tailor-Made Optimization Using Multi-Sigma®

Download PDF
English Function Files Imbalance Adjustment and Missing-Value Imputation
Imbalance Adjustment and Missing-Value Imputation

Imbalance Adjustment and Missing-Value Imputation

Download PDF
English Function Files Robust Optimization
Robust Optimization Using Multi-Sigma®

Robust Optimization Using Multi-Sigma®


Download PDF
English Function Files Constrained Optimization
Constrained Optimization Using Multi-Sigma®

Constrained Optimization Using Multi-Sigma®

Download PDF
English Contribution Analysis Usecase Deep Learning Tailor-made Optimization public health healthcare
Tailor-made Medical Care for Patients with Chronic Low Back Pain Using Multi-Sigma®

Tailor-made Medical Care for Patients with Chronic Low Back Pain Using Multi-Sigma®

LINK
Chain Analysis English Contribution Analysis Usecase Deep Learning Multi-objective Optimization public health healthcare
Optimizing Sleep Conditions through AI Chain Analysis using Multi-Sigma®

Optimizing Sleep Conditions through AI Chain Analysis using Multi-Sigma®

LINK
English Contribution Analysis Usecase Deep Learning Multi-objective Optimization machinery sports
Optimizing Tennis Racket Design for Every Skill Level with Multi-Sigma®

Optimizing Tennis Racket Design for Every Skill Level with Multi-Sigma®

LINK
Chain Analysis English Contribution Analysis Usecase Deep Learning Two-class classification sports healthcare
Predicting Athlete Injuries with Multi-Sigma®

Predicting Athlete Injuries with Multi-Sigma®

LINK
English Usecase pharmaceuticals chemistry
Prediction Model Integration and Multi-Objective Optimization in Pharmaceutical Development Using Multi-Sigma®

Prediction Model Integration and Multi-Objective Optimization in Pharmaceutical Development Using Multi-Sigma®

LINK
English Contribution Analysis Usecase Deep Learning chemistry
Hydration Free Energy Prediction in Molecular Design Using Multi-Sigma®

Hydration Free Energy Prediction in Molecular Design Using Multi-Sigma®

LINK
English Chain Analysis Contribution Analysis Usecase Deep Learning Multi-objective Optimization chemistry
Balancing Density Control and CO₂ Adsorption Capacity in MOF Synthesis using Multi-Sigma®

Balancing Density Control and CO₂ Adsorption Capacity in MOF Synthesis using Multi-Sigma®

LINK
English Contribution Analysis Usecase Deep Learning Multi-objective Optimization machinery chemistry
Multi-Objective Optimization of MEMS Sensor Manufacturing Process with Multi-Sigma®

Multi-Objective Optimization of MEMS Sensor Manufacturing Process with Multi-Sigma®

LINK
English automobile Contribution Analysis Usecase Deep Learning Multi-objective Optimization machinery
Multi-Objective Optimization of automotive fuel efficiency and engine power using Multi-Sigma®

Multi-Objective Optimization of automotive fuel efficiency and engine power using Multi-Sigma®

LINK
English Chain Analysis Contribution Analysis environment Usecase Deep Learning Multi-objective Optimization chemistry
Exploration of next-generation solar cell materials using Multi-Sigma®

Exploration of next-generation solar cell materials using Multi-Sigma®

LINK
English Chain Analysis Contribution Analysis environment Usecase Deep Learning Multi-objective Optimization chemistry
Multi-objective optimization of an advanced Lorenz cycle (ALC) using a surrogate model based on Multi-Sigma®

Multi-objective optimization of an advanced Lorenz cycle (ALC) using a surrogate model based on Multi-Sigma®

LINK
English Contribution Analysis materials Usecase Deep Learning Multi-objective Optimization chemistry
Optimizing the Aluminum Recycling Upgrade Process Using Multi-Sigma®

Optimizing the Aluminum Recycling Upgrade Process Using Multi-Sigma®

LINK
English Contribution Analysis fluid Usecase Deep Learning Multi-objective Optimization machinery
Designing an Artificial Heart Using Multi-Sigma®: Building a Surrogate Model and Performing Multi-objective Optimization

Designing an Artificial Heart Using Multi-Sigma®: Building a Surrogate Model and Performing Multi-objective Optimization

LINK
English Contribution Analysis environment Usecase Deep Learning chemistry
Global Warming Potential Prediction Using Multi-Sigma®

Global Warming Potential Prediction Using Multi-Sigma®

LINK
English Contribution Analysis Usecase Deep Learning Multi-objective Optimization machinery
CAE Surrogate Modeling and Optimization with Multi-Sigma® —Advancing Safe Vehicle Design for Diverse Occupant Body Sizes

CAE Surrogate Modeling and Optimization with Multi-Sigma® —Advancing Safe Vehicle Design for Diverse Occupant Body Sizes

LINK
English Contribution Analysis Usecase Deep Learning chemistry
High-Accuracy Prediction and Optimization of Concrete Compressive Strength Using Multi-Sigma®

High-Accuracy Prediction and Optimization of Concrete Compressive Strength Using Multi-Sigma®

LINK
English Contribution Analysis Usecase Deep Learning Two-class classification healthcare
Risk Prediction and Contribution Analysis of Alzheimer’s Disease

Risk Prediction and Contribution Analysis of Alzheimer’s Disease

LINK
English Contribution Analysis Usecase economy Deep Learning retail Time series data analysis
Analysis of retail sales time series data using Multi-Sigma®

Analysis of retail sales time series data using Multi-Sigma®

LINK
English Contribution Analysis Constrained Optimization materials Usecase Deep Learning Multi-objective Optimization chemistry
Performance Prediction of Aluminum Alloys, and Optimization of Composition and Processing Conditions Using Multi-Sigma®

Performance Prediction of Aluminum Alloys, and Optimization of Composition and Processing Conditions Using Multi-Sigma®

LINK
English Contribution Analysis materials Usecase Deep Learning Multi-objective Optimization Robust Optimization chemistry
Exploring Robust Optimal Molding Conditions for PET Containers Using Multi-Sigma®

Exploring Robust Optimal Molding Conditions for PET Containers Using Multi-Sigma®

LINK
English Chain Analysis Usecase Deep Learning Multi-objective Optimization machinery
Exploring Integrated Motor and Fan Design using Multi-Sigma® Chain Analysis

Exploring Integrated Motor and Fan Design using Multi-Sigma® Chain Analysis

LINK
English Usecase fluid Deep Learning time series Time series data analysis
Waveform Data Analysis Using Multi-Sigma®

Waveform Data Analysis Using Multi-Sigma®

LINK
English materials Usecase Deep Learning Multi-objective Optimization Tailor-made Optimization Robust Optimization chemistry
Identification of Robust Spot Welding Conditions Using Multi-Sigma®

Identification of Robust Spot Welding Conditions Using Multi-Sigma®

LINK
Chain Analysis English Contribution Analysis Usecase Deep Learning Multi-objective Optimization semiconductor chemistry
Multi-Process Optimization for Semiconductor Fabrication Using Multi-Sigma®

Multi-Process Optimization for Semiconductor Fabrication Using Multi-Sigma®

LINK
English Chain Analysis Usecase Deep Learning chemistry
Ionic Conductivity Prediction Using Multi-Sigma®

Ionic Conductivity Prediction Using Multi-Sigma®

LINK
English Customer Story chemistry agriculture
KAGOME Predicting Tomato Harvest Quantities up to 5 Weeks in Advance

KAGOME Predicting Tomato Harvest Quantities up to 5 Weeks in Advance

LINK
English Customer Interview agriculture
Smart Agriculture with AI at Kagome: Using AIZOTH’s Multi-Sigma to Predict Fresh Tomato Yield

Smart Agriculture with AI at Kagome: Using AIZOTH’s Multi-Sigma to Predict Fresh Tomato Yield

LINK
English materials Customer Interview chemistry
Development process of a new winding manufacturing process using AI at SWCC : Process Informatics with Multi-Sigma by AIZOTH Inc.

Development process of a new winding manufacturing process using AI at SWCC : Process Informatics with Multi-Sigma by AIZOTH Inc.

LINK
English Contribution Analysis Blog Deep Learning Multi-objective Optimization public health healthcare
A Data-Driven Future: AI Opening the Door to Personalized Medicine for Chronic Low Back Pain

A Data-Driven Future:
AI Opening the Door to Personalized Medicine for Chronic Low Back Pain

LINK
English Blog
Multi-Sigma development story

Multi-Sigma development story


LINK
English Blog Deep Learning Multi-objective Optimization
Multi-Sigma: Simultaneously predicting multiple outputs and performing multi-objective optimization through inverse analysis.

Multi-Sigma: Simultaneously predicting multiple outputs and performing multi-objective optimization through inverse analysis.

LINK
Chain Analysis English Blog Deep Learning
Virtual Experiments Using AI Chain Analysis to Support the Modularization and Systematization of Production Processes

Virtual Experiments Using AI Chain Analysis to Support the Modularization and Systematization of Production Processes

LINK
English Gaussian Process Regression Blog
[Efficient Condition Exploration] Bayesian Optimization using Multi-Sigma

[Efficient Condition Exploration] Bayesian Optimization using Multi-Sigma

LINK
English Blog
Dimensionality Reduction (1): Principal Component Analysis

Dimensionality Reduction (1): Principal Component Analysis

LINK
English Blog
Monte Carlo Simulation using AI

Monte Carlo Simulation using AI


LINK
Chain Analysis English Contribution Analysis Blog Deep Learning Multi-objective Optimization
Driving Innovation with AI Chain Analysis: Integrating Experimental Data for High-Performance MOF Development

Driving Innovation with AI Chain Analysis: Integrating Experimental Data for High-Performance MOF Development

LINK
Chain Analysis English Contribution Analysis Blog Deep Learning Multi-objective Optimization
Unlocking the Best Wake-Up with multiple AI: Optimizing Sleep Conditions through Multi-Sigma® AI Chain Analysis

Unlocking the Best Wake-Up with multiple AI: Optimizing Sleep Conditions through Multi-Sigma® AI Chain Analysis

LINK
English Contribution Analysis economy Blog Deep Learning retail Time series data analysis
Sales Prediction and Contribution Analysis Based on Retail Sales Time Series Data

Sales Prediction and Contribution Analysis Based on Retail Sales Time Series Data

LINK
English Blog Deep Learning
Using AI to Predict Global Warming Potential for Sustainable Refrigerant Design

Using AI to Predict Global Warming Potential for Sustainable Refrigerant Design

LINK
English Blog
The Future of Preparedness:How AI-Powered Multi-Sigma® Predicts the Threat of Tsunamis

The Future of Preparedness:How AI-Powered Multi-Sigma® Predicts the Threat of Tsunamis

LINK
English Contribution Analysis Blog Deep Learning Multi-objective Optimization machinery sports
The AI-Discovered “Golden Ratio” of Tennis Racket Design. How Multi-Sigma® Reveals the Design Formula Behind Winning Performance

The AI-Discovered “Golden Ratio” of Tennis Racket Design.
How Multi-Sigma® Reveals the Design Formula Behind Winning Performance

LINK
English Contribution Analysis Blog Deep Learning healthcare
What AI Can Reveal About Dementia/Alzheimer’s Disease Risk from Brain Imaging and Simple Tests

What AI Can Reveal About Dementia/Alzheimer’s Disease Risk from Brain Imaging and Simple Tests

LINK
Need help? Contact us! Contact Us
Try! Free trial Free trial