Little known is that at the bottom of the sea, an earth-shaking industrial revolution is quietly taking place. Rapid advances in robotics , AI, low-cost sensors, satellite systems, big data, and genetic engineering have opened up new landscapes for the use and research of marine resources. The promotion of disruptive marine technology means that in the future, we will have a cleaner and safer marine environment. The twelve emerging ocean technologies mentioned below are changing the way we get food, energy, mineral resources and data from the ocean.
Unmanned ship
You must have heard of a driverless car, but soon we will see unmanned ships. You know, ocean freight is a $380 billion industry, but like road traffic, ocean traffic can also cause pollution, cause species invasion, and even extinction of certain marine life. For example, in the past few decades, more than 200 whales have been killed by ships. Companies like Rolls Royce foresee that in the future, automated shipping will make future industries more efficient, cleaner and less expensive. Unmanned cargo shipping can increase work efficiency and reduce emissions, but we still need to integrate existing sensor technologies and algorithms for R&D.
2.SCUBA diving robot
SCUBA submersibles can perform activities in extremely deep waters for a few minutes, completing some difficult tasks, and their bodies can hold up to ten times more pressure than themselves. A robotics research team from Stanford University designed Ocean One, an underwater humanoid robot that is so agile that it can use force sensors to simulate the feel of the touches for the controller, helping them capture the archaeological artifacts of the ocean floor. The author believes that high-energy humanoid robots will soon replace the existence of human divers and engage in some high-risk marine research and engineering tasks in the sea.
3. Underwater AR glasses
At present, AR glasses technology is very important, and it is no exception in the ocean. US Navy engineers designed an enhanced vision display for their divers - a waterproof, ultra-powered version of Google Glass. This new technology allows divers and commercial search teams to combine the data obtained in sonar sensors with the assistance of surface teams to achieve complex tasks with visibility close to zero.
4. Blue Revolution
In 2014, humans consumed more farmed fish for the first time than naturally grown fish. New aquaculture technologies have contributed to the explosive growth of underwater agriculture. Underwater “aquapod†culture tanks have been put into use in places such as Hawaii, Mexico and Panama. Such technological innovations allow the aquaculture industry to develop offshore, which slows down pollution and biological diseases in coastal fisheries.
5G Outdoor CPE (Customer Premises Equipment) refers to 5G user terminal equipment used in outdoor environments. It is a device that connects to a 5G network and provides wireless network connectivity, which can be used in various scenarios such as homes, businesses, and public places. The features and advantages of 5G Outdoor CPE are described in detail below.
First, features:
1. High-speed connection: 5G Outdoor CPE uses 5G technology, with higher transmission rates and lower latency. It can provide faster download and upload speeds than 4G networks, meeting users' needs for high-speed networks.
2. Large capacity: 5G Outdoor CPE supports more device connections, which can meet the needs of multiple users at the same time. It provides a higher network capacity and supports more terminal devices. It is suitable for scenarios where multiple devices need to be connected to a home or enterprise.
3. Wide coverage: 5G Outdoor CPE has wider coverage, which can provide better signal coverage and stability. It is suitable for outdoor environments and can provide better network connectivity in outdoor locations, whether in urban, rural or remote areas, with good signal coverage.
4. High reliability: 5G Outdoor CPE adopts a variety of technologies to improve network reliability, such as Multiple-Input Multiple-Output (MIMO) technology and Beamforming technology. It can provide a more stable and reliable network connection and reduce the risk of network outages and failures.
5. Flexible deployment: 5G Outdoor CPE can be flexibly deployed according to actual requirements. It can be installed on the exterior walls of buildings, roofs, telephone poles, etc., to maximize signal coverage. At the same time, 5G Outdoor CPE also supports a variety of installation methods, such as wall hanging, pole, etc., to adapt to different installation environments.
6. Simplified management: 5G Outdoor CPE supports remote management and monitoring, and can centrally manage devices through the cloud platform. Administrators can monitor device running status, troubleshoot and upgrade devices anytime and anywhere to improve management efficiency and O&M effect.
2. Advantages:
1. High-speed network experience: 5G Outdoor CPE can provide faster network speed and lower latency, and users can enjoy a smoother network experience. Whether watching HD videos, playing online games or downloading large files, you can get faster response times and higher transfer rates.
2. Multi-device connection: 5G Outdoor CPE supports more device connections, which can meet the needs of multiple devices in homes, enterprises and other places to access the Internet at the same time. Whether it is a smartphone, tablet, TV, camera or other smart device, it can be connected to the network through 5G Outdoor CPE to achieve connectivity.
3. Stable and reliable: 5G Outdoor CPE uses a variety of technologies to improve network stability and reliability. It can provide a more stable network connection by automatically selecting the best channel and automatically optimizing the signal. At the same time, 5G Outdoor CPE also supports backup and failover functions. When the primary device fails, it can be automatically switched to the standby device to ensure network continuity and stability.
4. Wide coverage capability: 5G Outdoor CPE has a wider coverage range, which can provide better signal coverage and expansion capability. It can cover a larger area and meet the network needs of different places. Whether in urban, rural or remote areas, you can get a stable Internet connection.
5. Flexible deployment and management: 5G Outdoor CPE can be flexibly deployed and managed according to actual requirements. It can be installed in different locations to maximize signal coverage. At the same time, 5G Outdoor CPE supports remote management and monitoring, and can centrally manage devices through the cloud platform, improving the management efficiency and operation and maintenance effect of devices.
In SUMMARY:
As a 5G user terminal device used in Outdoor environments, 5G Outdoor CPE has the features and advantages of high-speed connection, large capacity, wide coverage, high reliability, flexible deployment, and simplified management. It can provide faster network speed and lower latency to meet the needs of users for high-speed network; Support more device connections to meet the needs of multiple users at the same time; With wider coverage, providing better signal coverage and stability; Use a variety of technologies to improve network reliability and reduce the risk of network outages and failures; It can be flexibly deployed according to actual requirements to adapt to different installation environments. Supports remote management and monitoring, improving device management efficiency and O&M effect. The emergence of 5G Outdoor CPE will further promote the development of 5G networks and provide users with a better network experience.
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