METHOD AND ELECTRONIC DEVICE FOR DETECTING THREE-DIMENSIONAL OBJECTS USING NEURAL NETWORKS Russian patent published in 2022 - IPC G06T15/00 G06N20/00 

Abstract RU 2776814 C1

FIELD: computer vision technologies.

SUBSTANCE: present invention relates to computer vision technologies, and more particularly to methods and electronic devices for detecting three-dimensional objects or for understanding a scene, implemented at least in part with the help of neural networks. The effect is achieved by obtaining monocular images; extracting 2D feature maps from the monocular images by passing one or more monocular images through the 2D feature extraction portion; creating an average 3D voxel volume based on 2D feature maps; extracting a 2D representation of the 3D feature maps from the averaged 3D voxel volume by passing the averaged 3D voxel volume through the part encoder to extract the 3D features and performing 3D object detection as 2D object detection in the bird's eye view (BEV) plane, wherein the detection of two-dimensional objects in the BEV plane is implemented by passing a two-dimensional representation of three-dimensional feature maps through a part for detecting objects in street scenes containing parallel two-dimensional convolutional layers for classification and location.

EFFECT: improving the detection accuracy of three-dimensional objects in monocular images.

17 cl, 4 dwg

Similar patents RU2776814C1

Title Year Author Number
METHOD FOR PROVIDING COMPUTER VISION 2022
  • Rukhovich Danila Dmitrievich
  • Konushin Anton Sergeevich
  • Konushin Anton Sergeevich
RU2791587C1
VISUALIZATION OF RECONSTRUCTION OF 3D SCENE USING SEMANTIC REGULARIZATION OF NORMALS TSDF WHEN TRAINING NEURAL NETWORK 2023
  • Sokolova Anna Ilyinichna
  • Vorontsova Anna Borisovna
  • Limonov Alexander Georgievich
RU2825722C1
METHOD OF SYNTHESIS OF A TWO-DIMENSIONAL IMAGE OF A SCENE VIEWED FROM A REQUIRED VIEW POINT AND ELECTRONIC COMPUTING APPARATUS FOR IMPLEMENTATION THEREOF 2020
  • Kolos Maria Vladimirovna
  • Sevastopolskiy Artem Mikhailovich
  • Aliev Kara-Ali Alibulatovich
  • Lempitsky Victor Sergeevich
RU2749749C1
METHOD FOR RECONSTRUCTION OF 3D-MODEL OF OBJECT 2020
  • Byrkov Igor Anatolevich
  • Vyzhletsov Valentin Valentinovich
  • Kozhanov Nikita Yurevich
  • Ovchinnikov Igor Vyacheslavovich
  • Okov Igor Nikolaevich
RU2779271C2
METHOD OF TRAINING A CONVOLUTIONAL NEURAL NETWORK FOR IMAGE RECONSTRUCTION AND A SYSTEM FOR FORMING AN IMAGE DEPTH MAP (VERSIONS) 2018
  • Anisimovskiy Valery Valerievich
  • Shcherbinin Andrei Yurievich
  • Turko Sergei Alexandrovich
RU2698402C1
TEXTURED NEURAL AVATARS 2019
  • Shysheya Aliaksandra Petrovna
  • Zakharov Egor Olegovich
  • Pasechnik Igor Igorevich
  • Burkov Egor Andreevich
  • Iskakov Karim Zhamalovich
  • Malkov Yury Andreevich
  • Vakhitov Alexander Timurovich
  • Aliev Kara-Ali Alibulatovich
  • Ivakhnenko Aleksei Aleksandrovich
  • Bashirov Renat Maratovich
  • Ulyanov Dmitry Vladimirovich
  • Lempitsky Viktor Sergeevich
RU2713695C1
METHOD FOR ESTIMATING THE DEPTH OF A SCENE BASED ON AN IMAGE AND COMPUTING APPARATUS FOR IMPLEMENTATION THEREOF 2020
  • Romanov Mikhail Viktorovich
  • Patakin Nikolay Andreevich
  • Belikov Ilia Igorevich
  • Konushin Anton Sergeevich)
RU2761768C1
NEURAL DOT GRAPHIC 2019
  • Aliev Kara-Ali Alibulatovich
  • Ulyanov Dmitry Vladimirovich
  • Lempitsky Victor Sergeevich
RU2729166C1
SYSTEM AND METHOD FOR LEARNING MODELS OF PLANS OF RADIOTHERAPEUTIC TREATMENT WITH PREDICTION OF DOSE DISTRIBUTION OF RADIOTHERAPY 2017
  • Hibbard, Lyndon S.
RU2719028C1
METHODS AND SYSTEMS FOR COMPUTER TO DETERMINE PRESENCE OF OBJECTS 2018
  • Murashkin Vyacheslav Vladimirovich
  • Rykov Andrej Olegovich
RU2743895C2

RU 2 776 814 C1

Authors

Rukhovich Danila Dmitrievich

Vorontsova Anna Borisovna

Konushin Anton Sergeevich

Dates

2022-07-26Published

2021-10-04Filed