METHOD FOR GENERATING VEHICLE CONTROL DATA, VEHICLE CONTROL DEVICE AND VEHICLE CONTROL SYSTEM Russian patent published in 2021 - IPC F02D45/00 

Abstract RU 2747276 C1

FIELD: transport.

SUBSTANCE: invention relates to a learning vehicle control system using machine learning and a vehicle control device. The technical result is achieved because of the fact that a method for generating vehicle control data includes: storing, using a data storage device, interconnection prescription data; control, by means of an execution device, controlled by the internal combustion engine assembly; receiving, by the execution device, a determination value from a sensor that detects a vehicle state; calculating, by an execution device, a benefit; and updating, by the execution device, the relationship prescription data using a map display for updating predetermined in advance, the map display for updating using the vehicle state based on the determination value, the operating quantity used to control the controlled by the node, and the benefit corresponding to the operation as arguments, and returning the relationship prescription data that is updated such that the expected benefit to the benefit calculated when the controlled node is controlled according to the relationship prescription data is increased.

EFFECT: invention provides a learning vehicle control system, which makes it possible to increase the total performance of vehicle units.

13 cl, 20 dwg

Similar patents RU2747276C1

Title Year Author Number
TRAINING VEHICLE CONTROL SYSTEM AND VEHICLE CONTROL DEVICE 2020
  • Hashimoto, Yohsuke
  • Katayama, Akihiro
  • Oshiro, Yuta
  • Sugie, Kazuki
  • Oka, Naoya
RU2743186C1
VEHICLE AND METHOD OF CONTROLLING VEHICLE ENGINE 2018
  • Miwa, Koji
  • Kitaura, Koichi
  • Tsukagoshi, Takahiro
  • Inoshita, Kenji
  • Suzuki, Kazuya
  • Yoshida, Takeru
  • Chinzei, Isao
  • Otsuka, Kaoru
RU2690296C1
METHOD FOR GENERATING GEARSHIFT CONTROL DATA, GEARSHIFT CONTROL APPARATUS, AND GEARSHIFT CONTROL SYSTEM 2021
  • Fujii, Kota
  • Tabata, Atsushi
  • Okuda, Koichi
  • Imamura, Ken
  • Bunazawa, Hideaki
  • Sasaki, Keita
RU2761015C1
DEVICE FOR CONTROL OVER VEHICLE, VEHICLE AND METHOD FOR ITS CONTROL 2012
  • Totigi Kokhei
  • Ito Kodzi
  • Mijasita Mitikhiro
  • Ueki Nobukadzu
RU2570996C1
DEVICE FOR CONTROL OVER VEHICLE 2010
  • Noumura Sin
  • Itabasi Kaidzi
  • Koibuti Ken
  • Tanakhasi Tosio
  • Takeuti Kejsuke
  • Khanamura Khirojuki
  • Takanami Jodzi
  • Asakhara Norimi
RU2499705C2
VEHICLE CONTROL SYSTEM 2010
  • Noumura Sin
  • Koibuti Ken
  • Itabasi Kaidzi
  • Takeuti Kejsuke
  • Tanakhasi Tosio
  • Khanamura Khirojuki
  • Takanami Jodzi
  • Asakhara Norimi
RU2505432C2
VEHICLE CONTROL DEVICE AND VEHICLE CONTROL METHOD 2017
  • Chimbe Tomohiro
  • Tsukamoto Norihiro
  • Ota Keisuke
  • Asami Tomohiro
RU2671593C1
VEHICLE CONTROL DEVICE 2015
  • Iketomi Kazuhiro
  • Sasade Shinichi
  • Katsumata Munehiro
  • Shiiba Kazuyuki
  • Matsubara Tooru
  • Kitahata Takeshi
  • Kumazaki Kenta
RU2606158C1
VEHICLE AND ITS CONTROL METHOD 2017
  • Akuzawa Ken
RU2670559C1
VEHICLE MOVEMENT CONTROL METHOD AND VEHICLE MOVEMENT CONTROL DEVICE 2015
  • Koike, Tomoyuki
  • Watanabe, Munemitsu
  • Koishi, Akifumi
  • Tsuchiya, Terumasa
  • Tahara, Masahiko
  • Tezuka, Atsushi
RU2684143C1

RU 2 747 276 C1

Authors

Hashimoto, Yohsuke

Katayama, Akihiro

Oshiro, Yuta

Sugie, Kazuki

Oka, Naoya

Dates

2021-05-04Published

2020-10-15Filed