Parametric 3D geological modeling facilitates the efficient updating of geological models. A
comprehensive review of existing geological modeling methods reveals that two critical …

The hydraulic support group is often skewed during the propulsion process, but the existing
technology cannot autonomously adjust its position and attitude according to the actual …

Constructing high quality three-dimensional (3D) geological models of coal seams from
multi-source data, such as boreholes and geological maps, is a crucial task in seam …

The development and use of intelligent drilling rigs make it available to obtain accurate
lithology data of blast drilling. In order to make full use of drilling data to improve blasting …

The number of boreholes investigated by geotechnical methods in long-term urban
geological surveys can reach tens of thousands or even hundreds of thousands. These …

Geohazard prediction is one of the most important and challenging tasks in underground
mining. It still remains difficult to improve the prediction accuracy and make it compatible …

Three-dimensional (3D) modeling of geological surfaces, such as coal seams and strata
horizons, from sparsely sampled data collected in the field, is a crucial task in geological …

The armored face conveyor (AFC) lacks autonomous propulsion ability and is limited by the
flexible connection of the coal seam undulation and dumbbell pin during the propulsion …

The elevation interpolation of coal seam floors is an indispensable geological work to the
production of coal mines. In this study, an improved radial basis function (RBF) interpolation …

煤炭工业与人工智能(AI) 深度融合是现代化矿井实现智能少人, 降本提效的重要路径,
而煤炭行业全流程, 全业务应用场景的AI 赋能是实现煤矿智能化的具体技术措施 …