Advances in Agricultural Engineering Technologies and Application

© 2022 by the authors; CC BY-NC-ND license

wet rice; adhesion; hot airflow; dispersion characteristic; minimum suspension speed; surface water content; pipe diameter; operation frequency; genetic algorithm; rotation irrigation sectoring; irrigation cost; energy cost; network cost; pick-up device; stretchable style; kinematical analysis; seedling picking test; cropping pattern; water stress; LCC area; surface water availability; CROPWAT; Ananas comosus; somatic embryogenesis; micropropagation; organogenesis; SSR markers; ISSR markers; pineapple; cantaloupe bowl seedlings transplanting; mechanical equipment; institutional design; field test; data analysis and discussion; up-cut rotary blade; edge curve; Cyperus esculentus plant; flexible model; arch shed; automatic cuttage; force feedback; simulation design; trajectory planning; Chrysanthemum indicum L.; maximum shear force; finite element; calibration; single-bud; billet planter; planting uniformity; numerical simulation; seed-filling; single-bud billet; seed-metering; EDEM; wheel-track high clearance chassis; walking performance; climbing angle; simulation; rape windrower; longitudinal axial flow; flexible; millet threshing device; staggered threshing element; micro rotary tubular concave screen; machine learning; deep learning; plant leaf diseases; photovoltaic module; LED lighting system; power grid; step-up converter; efficient power take-off; monitoring system; Codonopsis planting; ditching device; working parameters; EDEM simulation; orthogonal test; data analysis and discussion; air-blast sprayer; precision spraying; spray control parameter; three-factor regression analysis; highly efficient soil return; liquid fertilizer deep application technique; DEM; soil bin test; combine harvester; differential inverse gearbox; order analysis; fault diagnosis method; fatigue test; tractor; diesel engine; emission; artificial neural network; improved particle swarm algorithm; computational fluid dynamics (CFD); eave height; natural ventilation; venlo greenhouse; fertilization uniformity; closed-loop control; single-chip microcomputer; fuzzy PID; solid-fertilizer-dissolving device; precision fertilizer application; BP neural network; PSO optimization algorithm; PID control; watermelon; sonication; microwave; synergistic effects; quality characteristics; tractor; electro-hydraulic hitch system; tillage depth adjustment; tillage depth control algorithm; key components; maize; soil; cavity planter; interaction mechanism; DEM; verification; ultrasonic sensor; canopy leaf area density; ultrasonic echo signal; verification experiment; potato planter; soil cultivation; mechanization; seed metering device; intelligent seeding; broiler house; building energy simulation; forecasting system; heat stress index; temperature humidity index (THI); smart agriculture; greenhouse technologies; artificial intelligence; agricultural waste; nano-activated carbon; adsorption; wastewater treatment; modification; agricultural engineering; irrigation and drainage system; pumping station; sump; hydraulic characteristics; entropy production; mechanization; onion; transplanting; air-feeding seed discharge system; seed tube; gas-solid two-phase flow; computer simulation; discrete element method; cotton stalk particles; contact parameters; calibration; response surface methodology; image classification; lightweight neural networks; zea mays; ECA attention; CycleGAN; combine harvester; tangential threshing; vibration analysis; FFT demodulation; random vibration analysis; bearing fault; machine condition; sustainable development goals; agri-food security; equality; information and communication technologies; technology 4.0; uplift resistance; continuous pipe foundation; single-span plastic greenhouse; pipe connector; vegetable greenhouses; multi-arch greenhouses; arch cross type; resistance to the typhoon; online non-destructive detection; structure of plant stems; ultrasonic feature; feature extraction; feature contribution; backyard farming; self-assembly; vertical expansion; factory in a box; automated farming; vertical farming; sustainable farm; aerogels; porous materials; agricultural activated carbon; adsorption; wastewater treatment; fine-grained; attention mechanism; maturity classification; open-world; solar air heater (SAH); computational fluid dynamics; performance optimization; milk powder; agricultural drying; post-harvest losses; spices; paneer; storage; proximate; composition; sensory evaluation; antioxidant potential; environmental monitoring; imputation; machine learning; pig house; recurrent neural network; agriculture advancement; large scale solar; natural cooling; agrivoltaic; sustainability; tractor-trailer; trajectory tracking; prescribed performance; model predictive control; robust sliding mode control; stubble-crushing; plain straight blade; DEM-CFD; dynamic motion; seedbed preparation; strip tillage; energy saving; F-ASHP model; nursery pig; storage pen; Simulink; industrial hemp; bionic blade; cutting energy consumption; numerical simulation; parameter optimization; conservation tillage technology; adoption of time persistence; nonparametric K-M survival analysis method; discrete duration model; agricultural waste; cavitation; pretreatment; jet-driven Helmholtz oscillator; anaerobic digestion; tea bud detection; YOLOv5; depth camera; pose estimation; CAM; OPVSM; prediction models; hyperspectral image; PLSR model; AdaBoost; XGBoost; LightGBM; agricultural sensor network; EMP-ZBR; network topology; routing transmission algorithm; UV-A LED; laser fly control; light trap; fungus gnats; mushroom pests; corn seeds; collision recovery coefficient; static friction coefficient; multi-point collision; sound waveform; characteristic dimensions; bulb tubular pump; bulb form; optimization design; numerical simulation; hydraulic performance