Source | Qianjia Network In recent years, edge computing has emerged as a revolutionary computing paradigm that changes the way we process and analyze data. It brings computing resources closer to the data source, enabling faster data processing, real-time analysis, and reduced network latency. As the demand for next-generation applications continues to grow, edge computing … Read more
The following content is sourced from JuShi Security, reprinted from Unmanned Challenge Unmanned Aerial Vehicles (UAVs), commonly known as drones, face many challenges and applications that can be improved through Artificial Intelligence (AI), edge computing, and edge AI. AI “describes the workflow of machines that would require intelligence if performed by humans.” Recently, robots/drones have … Read more
◆ Humanity has entered the era of robots, and robots are an important part of human production and life. In the early years, the United Nations Standardization Organization adopted the definition of robots provided by the American Robotics Association: “A programmable and multifunctional manipulator; or a specialized system that can be changed and programmed by … Read more
At the recently concluded CES 2016, major chip manufacturers and device manufacturers engaged in a fierce competition in the air, making drones a hot new product. The reason is that if drones are positioned solely as consumer products, their market capacity is quite limited, and manufacturers’ enthusiasm would not be so high. However, as demand … Read more
Drones + Self-Organizing Networks + Pilots: Detailed Explanation of Low-Altitude Swarm Flight Technology The combination of drones, self-organizing networks, and pilot technology showcases significant application potential in low-altitude swarm flight. Below is a detailed analysis of this technology: I. Drone Technology Drones, as the core of low-altitude swarm flight, possess characteristics such as autonomous flight, … Read more
The air-ground integrated networking technology is an advanced communication solution that combines various technologies such as drones, cluster self-organizing networks, and soldier-borne video transmission. The main purpose of this technology is to establish an efficient and stable communication link between frontline accident scenes and rear command centers, ensuring real-time information transmission and smooth command operations. … Read more
Utilizing IoT sensors and drone technology can significantly enhance the efficiency of automated carbon emission data collection. Below are the specific methods and steps: Application of IoT Sensors Real-Time Data Collection: IoT sensors can delve into carbon emission sources for real-time data collection, ensuring every emission point is closely monitored. For example, by installing IoT … Read more
To optimize the collaborative workflow between drones and IoT sensors in carbon emission monitoring, the following aspects can be considered: Efficiency in Data Collection and Transmission: Drones equipped with non-dispersive infrared (NDIR) sensors can monitor carbon dioxide concentration in real-time and transmit data to a central processing system using IoT technology, enabling dynamic monitoring and … Read more
Think Tank Highlights #Global Defense Dynamics #US Military Dynamics #Russian Military Dynamics #Taiwan Affairs #WeChat Store Available #South Korea #Raytheon #Japan #Electronic Warfare #Northeast Asia Military Dynamics #Drones The following article is sourced from Giant Vision Security, reprinted from Unmanned Competition Unmanned Aerial Vehicles (UAVs), commonly known as drones, face numerous challenges and applications that … Read more
Using Raspberry Pi as a data transmission and video transmission device, transmitting the flight control telemetry (Mavlink) data and camera video over a WIFI network to a remote ground station. This application is based on the Rpanion-server software. Rpanion-server is an open-source software that can be installed on any computer with a Linux (or Linux-based … Read more