英語 での Using deep learning の使用例とその 日本語 への翻訳
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Prediction of stock market indices using Deep Learning.
Using Deep Learning, it can spot malicious patterns on its own without relying on definition updates.
Development of state-of-the-art system using Deep Learning.
We have achieved something using deep learning on an engineering level, but science is about mastering the laws.
OMICs analysis, medical image analysis, and compound analysis using deep learning.
Basic research on interactive art using deep learning to create color expression.
It drives better than I could drive on this imagery, using deep learning.
China's government is using deep learning to assist with the detection of two common causes of preventable blindness.
Role: Operation of big data analysis platform anddata analysis using deep learning.
Development of inspection system using deep learning(Detection of dirt on products, detection of mis-mounting of screws and parts).
We analyze various time series data andanalyze market trend using deep learning.
However, using deep learning helps today's models produce results with considerable accuracy as they are more complicated to extract information from the data.
We are working on automation of defect image quality judgment anddefect image classification using deep learning.
Research into Artificial General Intelligence is also advancing, using deep learning, and we have recently seen a computer go program defeat a professional go player.
I worked on the experiment that the model would be able to generateline image of characters from its illustration automatically using deep learning.
Multi-platform compatibility Inference processing using deep learning is widely being applied to a variety of places, including smartphones, vehicles and FA equipment, not limited to cloud servers.
The technology can instantly judge what the object is,whether it's food items or an animal with the latest technology using deep learning.
Video generation technology using deep learning is a disruptive technology in the innovative dilemma that is fundamentally different from video generation using conventional computer graphics.
Thus, we have been examining thepossibility of automatic extraction of landscape topography using deep learning, with the aim of improving work efficiency.
Using deep learning with world's leading cyber threat intelligence team“Cyhorus”, it is possible to detect and analyze unknown threats(zero-day attacks) and high precision cyber-attacks by AI that are difficult to detect with conventional WAFs.
Founded by Dr Karen Simonyan, Max Jaderberg and Prof Andrew Zisserman,the team works towards improving visual recognition systems using deep learning.
VisionPose” is a system that can detect human skeleton anddepth information with only WEB camera using deep learning without relying on Kinect or other camera with depth sensor.
Dr Karen Simonyan, Max Jaderberg and Prof Andrew Zisserman, the co-founders of Vision Factory,will focus on improving visual recognition systems using deep learning.
And then, using deep learning, the algorithm looks for all these textures and wrinkles and shape changes on our face, and basically learns that all smiles have common characteristics, all smirks have subtly different characteristics.
In addition, for the future we are exploring methods to apply this data to robot behavior planning. In this field,we have established technology using deep learning that recognizes both shapes and functions of objects from 3D data.
Researchers at New York's IcahnSchool of Medicine at Mount Sinai are using deep learning, a branch of artificial intelligence, to analyze patient electronic health records and determine those most likely to develop a serious ailment within the next year.
I would also like to thank all of my laboratory colleges for insightful comments and incredibly helps. For the future plan, I will continue my work ondeveloping the insider sabotage detection system using deep learning to maintain the safety and security of nuclear facilities.
An inspection package that can automate a series of tasks from photographing PV panels by drone using automatic navigation, identifying abnormal spots(hot spots)by image recognition/analysis using deep learning, and preparing a report of the inspection results.
The results of this experiment demonstrate that learning/execution carried out using Neural Network Libraries can achieve world-class speeds, and that by utilising the same framework,it is possible to conduct technology development using deep learning with a shorter trial-and-error period.