Scientific research innovation_Core technologies

Scientific research innovation

Technology leads to the perfection of quality

Promoting Grain Quality Inspection Based on Digital Intelligence Technology

In response to the unmanned and standardized testing and grading of raw grains, the company has developed and launched the "Fully Automatic Grain Digital Quality Inspection Platform", "AI Grain Quality Tester", and "International First Wheat AI Tester", which achieve functions such as raw grain inspection, automatic sample retention, interactive data control, information upload and archiving, and achieve unmanned and standardized raw grain quality inspection, avoid phenomena such as "relationship grain" and "adulterated grain", and improve quality inspection efficiency, Reduce personnel investment costs and implicit costs, and deeply promote the practical application of artificial intelligence technology in the field of grain quality inspection.

Inspect

Unmanned

Control

Standard

Retained

Efficiency

File

GrainLAB Grain Laboratory

Creating a trillion level grain sample library

Real time grain recognition particle count

46800000000

Regional span: The main grain production areas of wheat, rice, corn, and other grains in China

Time span: from 2015 to the future

Particle size: flipping through billions of particles, only to discover tiny flaws

Image level: Nearly 10+billion images have been collected in total for sample cleaning and purification

Retention level: Accumulated over 600 million copies for artificial intelligence algorithm training and validation

Total sample size: Continuously increasing

1 international paper on CVPR 1 SCI international paper

1 PCT international patent 20+invention patents

Develop 4+standards 33 utility model patents

3 design patents 50 software copyrights

31 registered trademarks

Whole grain particle sample laboratory
GrainSpace Data Sample Library
130+Intellectual Property

Product core algorithm system

Improve quality inspection efficiency, reduce personnel investment costs and hidden costs

Attitude Control System

Feedback adaptive attitude control system

Density estimation algorithm

Self developed grain density estimation algorithm to achieve density estimation of any grain

Recognition algorithm

Self developed Supervised learning and Semi-Supervised Learning algorithms, manually labeled more than 3 million samples

Auxiliary annotation system

A self-developed auxiliary annotation system for fast iteration of algorithm models

Morphological estimation algorithm

Advanced Transformer, key point detection, semantic segmentation and other technologies

Detection algorithm

Semi-Supervised Learning algorithm, domain adaptation function, model can be applied to different equipment and different grains

Product Core Values

Forming a complete technical chain through continuous practice

Algorithm

Trillion training, learning and classification abilities beyond human perception level
Structure

Stereo Structured light technology precise posture correction and feeding control
Software

Accurate timing control dynamic model loading, everything is controllable
Dimension

More than 1 billion physical particle selection results in over 10 billion training data sheets
Hardware

Accurate synchronization of acoustic and optoelectronic components for stable, accurate, and fast execution
Test

Real machine testing day and night meets the needs of customers to choose from a wide range of options

Join hands with GauTure to usher in a new era of digital intelligence, superior grain and storage

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