Ilim ha’m ja’miyet 7-1-son (2025) · 10-12-betlar

AVTONOM ROBOTLAR HARAKAT TRAEKTORIYASINI OPTIMALLAShTIRISh USULLARINI IShLAB ChIQISh

Djaykov, G.M., Perdebaev, U.B.

Manbada oʻqish

Annotatsiya

This paper presents the design of an autonomous robot controlled via GPS navigation and the development of its motion algorithm. The robot follows predefined waypoints and estimates its position by fusing GPS and compass data. The paper provides the navigation algorithm block diagram, sensor data filtering techniques, and simulation results obtained in the Python environment. The results demonstrate that the robot can reliably and accurately reach target waypoints and operate effectively even under GPS error conditions (±2 m).

avtonom robotGPS navigatsiyakompassensor filtratsiyasiharakatlanish algoritmisimulyatsiyaавтономный роботGPS-навигациякомпасфильтрация данных датчиков

Metadata manbasi: jurnal OAI-PMH arxivi · Sindex toʻliq matnni saqlamaydi, manbaga havola beradi.

Iqtibos olish

APA 7
Djaykov, G.M. & Perdebaev, U.B. (2025). AVTONOM ROBOTLAR HARAKAT TRAEKTORIYASINI OPTIMALLAShTIRISh USULLARINI IShLAB ChIQISh. Ilim ha’m ja’miyet, (7-1), 10-12.
GOST R 7.0.5
Djaykov, G.M., Perdebaev, U.B. AVTONOM ROBOTLAR HARAKAT TRAEKTORIYASINI OPTIMALLAShTIRISh USULLARINI IShLAB ChIQISh // Ilim ha’m ja’miyet. 2025. № 7-1. С. 10-12.
BibTeX
@article{g.m.2025,
  author  = {Djaykov, G.M. and Perdebaev, U.B.},
  title   = {AVTONOM ROBOTLAR HARAKAT TRAEKTORIYASINI OPTIMALLAShTIRISh USULLARINI IShLAB ChIQISh},
  journal = {Ilim ha’m ja’miyet},
  year    = {2025},
  number  = {7-1},
  pages   = {10-12}
}
RIS
TY  - JOUR
AU  - Djaykov, G.M.
AU  - Perdebaev, U.B.
TI  - AVTONOM ROBOTLAR HARAKAT TRAEKTORIYASINI OPTIMALLAShTIRISh USULLARINI IShLAB ChIQISh
JO  - Ilim ha’m ja’miyet
PY  - 2025
IS  - 7-1
SP  - 10
EP  - 12
ER  -