METHOD AND SYSTEM FOR DETERMINING THE LOCATION OF A HIGH-SPEED TRAIN IN A NAVIGATION BLIND SPOT BASED ON METEOROLOGICAL PARAMETERS Russian patent published in 2022 - IPC G06V30/19 G06V30/146 

Abstract RU 2771515 C1

FIELD: computer technology.

SUBSTANCE: invention relates to the field of computer technology for determining the location of trains in tunnels based on meteorological parameters. To do this, a method has been declared containing: obtaining the meteorological parameters of the tunnel; classification of the obtained meteorological parameters of the tunnel; creating a library of HSV color space templates of a typical sequence by using classified meteorological parameters of the tunnel; training the HSV color space template library of a typical sequence; training the HSV pattern matching model; training the RVM recognition model; creating a model of combining the HSV pattern matching model and RVM recognition model to obtain a model of combining the prediction of the path in miles of the tunnel; getting input data and calling the model of combining the prediction of the path in tunnel miles to predict the position of the train.

EFFECT: increase in the accuracy of determining the location of a high-speed train in the navigation blind spot based on meteorological parameters.

10 cl, 4 dwg

Similar patents RU2771515C1

Title Year Author Number
METHOD AND SYSTEM FOR DETERMINING LOCATION OF HIGH-SPEED TRAIN IN NAVIGATION BLIND ZONE BASED ON METEOROLOGICAL PARAMETERS 2022
  • Chernyavets Vladimir Vasilevich
RU2804147C1
METHOD, SYSTEM AND STORAGE MEDIUM FOR CALCULATING THE DURATION OF A TRAIN'S PASSAGE THROUGH A TUNNEL 2020
  • Liu, Hui
  • Li, Yanfei
  • Wu, Haiping
  • Zhang, Lei
RU2773332C1
VIDEO ENCODING SYSTEM AND METHOD 2020
  • Kuo, Che Wei
  • Lim, Chong Soon
  • Teo, Han Boon
  • Li, Jing Ya
  • Sun, Hai Wei
  • Wang, Chu Tong
  • Toma, Tadamasa
  • Nishi, Takahiro
  • Abe, Kiyofumi
  • Kato, Yusuke
RU2824190C2
SYSTEM AND METHOD FOR VIDEO ENCODING 2020
  • Kuo, Che-Wei
  • Lim, Chong Soon
  • Teo, Han Boon
  • Li, Jing Ya
  • Sun, Hai Wei
  • Wang, Chu Tong
  • Toma, Tadamasa
  • Nishi, Takahiro
  • Abe, Kiyofumi
  • Kato, Yusuke
RU2813135C1
METHOD TO PROCESS POSITIONING DATA 2008
  • Khilbrandi Gert
  • Shehfer Ral'F-Peter
  • Mit Peter
  • Atkinson Ian Malkom
  • Vol'F Martin
  • Rjutten Ben
RU2486473C2
MOTION VECTOR DERIVATION IN VIDEO CODING 2016
  • Li, Syan
  • Chen, In
  • Chzhan, Li
  • Lyu, Khongbin
  • Chen, Tszyanle
  • Karchevich, Marta
RU2742298C2
OUTPUTTING MOTION INFORMATION FOR SUB-BLOCKS DURING VIDEO CODING 2016
  • Li Syan
  • Chen In
  • Chzhan Li
  • Lyu Khongbin
  • Chen Tszyanle
  • Karchevich Marta
RU2705428C2
DETERMINING THE MOTION INFORMATION OUTPUT MODE DURING VIDEO CODING 2016
  • Li Syan
  • Chen In
  • Chzhan Li
  • Lyu Khongbin
  • Chen Tszyanle
  • Karchevich Marta
RU2719296C2
INTERPOLATION FOR EXTERNAL PREDICTION WITH REFERENCE 2019
  • Zhang, Kai
  • Zhang, Li
  • Liu, Hongbin
  • Wang, Yue
RU2808586C2
METHOD OF CREATION OF MAP INFORMATION 2008
  • Khilbrandi Gert
  • Shehfer Ral'F-Peter
  • Mit Peter
  • Atkinson Ian Malkom
  • Vol'F Martin
  • Rjutten Ben
RU2498220C2

RU 2 771 515 C1

Authors

Liu, Hui

Wu, Haiping

Li, Yanfei

Li, Ye

Dates

2022-05-05Published

2020-07-22Filed