Despite the benefits resulting from the use of Industry 4.0 technologies in the agri-food
sector, the adoption of digital technologies for preventing and/or reducing food loss and …

Satellites and aerial platforms can be significant in the development of new
telecommunications networks, allowing to deploy networks with extremely high performance …

The study focuses on urban damage and surface deformation in the Kathmandu city region
that occurred due to the massive earthquake in Nepal in 2015. The deformation was …

The relevance of the problem examined is the need for research to ensure the safety and
efficiency of construction and operation of utility networks, in light of the rapid development …

In developing countries around the globe, the number of vehicle users has exceeded the
optimum threshold and is increasing rapidly due to speedy economic growth. Consequently …

In this article, we introduce a positioning system developed for two-and three-dimensional
motion tracking. The system is based on a recursive Bayesian estimator with a dynamic …

Controlling invasive species is imperative due to their significant roles in spreading
diseases, preying on threatened species, and diminishing biodiversity. Crewed aircraft are …

Groundwater is used to meet the needs of drinking water, industrial applications, and
agriculture sectors in various parts of the world and is naturally replenished by the infiltration …

Quantum mechanics has developed during the course of the first thirty years of the twentieth
century by some of the greatest minds of that time, bringing to fruition a transformation in the …

摘要卫星授时技术受经典无线电信号测量精度限制, 授时精度仅能够达到纳秒量级.
本文提出一种基于微波-光波纠缠信号的卫星授时方案, 通过腔电光力转换器将微波信号的远 …