This article presents a detailed, mixed‑methodology approach for evaluating drone user experience—including learnability, efficiency, memorability, fault tolerance, and satisfaction—through lab and field tests, heuristic reviews, and a concrete city‑travel vlogger case study.
This article builds a mathematical model using dual‑landmark triangulation and perspective geometry to estimate the distance of a PLA drone that captured a high‑resolution image of Taipei 101, providing calculations, error analysis, and confidence intervals for the drone’s range.
This article presents a comprehensive syllabus for a cloud‑native CI/CD training program, covering fundamentals, tool selection, and hands‑on labs for Jenkins, Tekton, Drone, KubeVela, Zadig, Argo CD, and related technologies across multiple chapters and practical projects.
The Meituan Robotics Research Institute (MARS) is calling full‑time university scholars and researchers to submit independent research proposals for 2024 projects—selected from a predefined topic list, evaluated by Meituan and external experts on novelty, business value and feasibility, and eligible for up‑to ¥200,000 funding, on‑site interns, fast‑track graduate hiring and de‑identified data, with applications due 10 Nov 2024 and projects starting Dec 2024 or Jan 2025.
Learn how to set up a lightweight, container‑based CI/CD pipeline using Drone and Gogs, install both tools via Docker, configure servers and runners, write .drone.yml scripts, and automate building and deploying a SpringBoot e‑commerce project, all with minimal memory usage.
At GITEX GLOBAL 2023 in Dubai, Meituan showcased its fourth‑generation autonomous drone and a complete low‑altitude logistics system, demonstrating rapid food delivery, detailed hardware and software features, and the extensive regulatory and environmental preparations required for its first overseas flight.
This article surveys the historical development of command‑and‑control software for unmanned aerial vehicles, compares early, first‑ and second‑generation drone architectures, and examines modern open‑control platforms, distributed UAV frameworks, behavior‑based controllers, and future trends in UAV software design.
The Intelligent UAV Path Planning Simulation System leverages open‑source SITL and FlightGear to model dynamics, visualize 2D/3D environments, and generate exportable flight routes that enable coordinated multi‑drone missions with high precision, addressing traditional UAV planning limitations.
The COVID‑19 pandemic dramatically reshaped China's logistics sector, spurring rapid growth in online orders, exposing labor shortages, and prompting widespread adoption of unmanned technologies such as autonomous warehouses, heavy‑duty trucks, drones, delivery robots, and smart lockers to improve efficiency and safety.
The article demonstrates how IBM Bluemix's IoT Real-Time Insights service can monitor drone battery levels and GPS data, automatically sending notification emails when battery thresholds are crossed, showcasing virtual data models and real‑time device condition monitoring within a cloud‑based IoT platform.
