11 July is China’s Day of Navigation. In recent years, the construction of new information infrastructures at sea in my country has been such as fire, intellectual fishing, unmanned 5G patrols, intelligent maritime applications, 5G offshore operations, 5G maritime circuit courts …5G continue to provide communication facilities for maritime operators and passing ships, and to provide intellectual capacity for the relevant marine industry and offshore enterprises.
Humphance 5G for the sea
To the sea, it is to the sea. The construction of the maritime power is an important part of the socialist cause of China and a major strategic task for the great recovery of the Chinese people. In recent years, telecommunications operators in China, China, China, China, China, China, China, China, and China, China, have been looking for the sea. The network of 5G, the construction of a new information infrastructure at sea, the expansion of technological innovation and application sites, with the aim of enabling the marine economy to benefit the people of the region.
Accelerating the development of ocean information is a necessity for the benefit of the people. Over the long term, both fishers and islanders operating at sea have faced problems of communication difficulties, and the availability of daily and emergency communications requirements has been unknown. Today, in Buang, fishers are suddenly sick, and they are immediately able to go through the Chinese telecommuting system of high-seas medical assistance, “network” established by the municipality of Cong Hill. With the increasing coverage of the 5G700 MHz gold band, the 5G network has become an important contributor to ocean regulation, maritime operations and emergency communications. The move of the Republic of Korea to a number of 5G base stations located 50 kilometres offshore and 70 kilometres offshore in the south east, such as the east, the salinity area, etc.; the movement of the hill east to build nearly 100 sites offshore of 5G 700 MHz, with a basic sea cover of 40 to 50 kilometres, with a maximum distance of 80 kilometres, and the opening of a new sea-based belt by the fishermen, a significant reduction in the risk of direct distribution of sea-delayed banks, and a marked increase in fishers’ revenues, as well as a significant increase in coastal fishers’s sense of well-being. The Deputy Director of the Institute of Wireless and Terminal Technology of the China Mobile Institute, Dun Wei, believes that our operators, unlike their foreign operators, bear enormous social responsibility “for the reasons why it is often not lucrative, but whether countries and peoples need it”.
Accelerating the development of ocean information is a necessity. The uncertain future of marine economic development, intellectual fishing, intellectual marine pastures, intelligent oceanic and intellectual wind monitoring, from the intelligent manufacturing industry to ports, winds and electricity, is creating new opportunities for the offshore industry. In recent years, a number of operators have contributed to the development of an intellectual sea wind grid. Maritime winds are difficult to operate, construction time is long and dangerous factors are high. In the 5G+AI Visualization Regulatory System, video-monitoring signals from the offshore wind grid and typhoon jet survey data can be reloaded to the command centre in real time through the 5G network to achieve intelligent regulation of construction at sea wind. 5G video surveillance has also been applied in sea-based pasture lands, where the only condition of the past “sanitation by sea” is no longer available, and data such as hydrology, meteorology and meteorology can be collected, analysed and processed uniformly. In addition, the accelerated development of ocean information is a strategic need for the information and communication industry itself. Dun Wei mentioned that extreme environments such as high temperatures, humidity and high salt have also made extreme demands for network equipment construction, maintenance and operation, and that “the harsh environment can also lead to continuous technological innovation and breakthroughs in the information communication industry”.
Behind 5G Sea, Jail. This maritime communications network, which is gradually intertwined on our tens of miles of coast, will contribute a great deal of intelligence to the digitization of our marine economy and the well-being of our people.
Construction of new information infrastructure at sea, such as fire
With the advent of the 5G era, the ocean economy is equally new opportunities for scale development. Through accelerated 5G deep sea cover, combined with digital government building and intellectual ocean development, basic telecommunications enterprises have been able to innovate the innovative application of the “5G+ wisdom ocean” and have actively contributed to increasing the level of technological applications in related areas such as maritime management, search and rescue at sea, and grazing land at sea, and have continued to ignit the ocean economic branding in the agglomerate coastal areas.
Traditional maritime communications are mainly divided into two, depending on satellite transmission, which not only requires specialized equipment but is costly to support the needs of ordinary clients; and, secondly, reliance on four G networks already covered by coastal areas, with shorter coverage, with no signal from sea to meet the needs of maritime clients. Moreover, unlike the construction of the land-based base station, it is not easy to complete the construction of a base station and the testing of sea-based communications, which is based primarily on platforms such as shore-based, manuscript, ships and small floating buoys, in order to achieve communication coverage of offshore and important areas. Correspondents are often found in high-wet-wet environments, where the construction and maintenance of the offshore base station is accomplished through shouldering.
In recent years, all regions have been actively exploring the means of coverage of maritime areas in accordance with their own realities. The mountain coastline is about one sixth of the total length of the country’s coastline, and operators are working to build networks along the eastern coast. Mountain moves and mountainous grids are closely followed up with the strategic deployment of the Department of Digital Power and the Ocean Power, which extends 5G capabilities to the sea and is integrated into the “intellectual ocean” building, and continues to accelerate the construction of the network of 700 MHz band 5G. As early as September last year, a network of 700 MHz frequency 5G has been used to spearhead the full coverage of the five G network across the province’s offshore coast. At the pyrotechnic station, the eastern movement of mountainous areas, in cooperation with the mountain eastern grid, covers nearly 100 offshore sites of 5G 700 MHz, essentially covering 40 to 50 kilometres of sea surface and 80 kilometres longest. In February of this year, the eastern movement of mountainous swaps moved towards an innovative application of the 700 MHz coastal base station hypothetical over-exploitation + multi-modal CPE approach, achieving full coverage of the five G signals from the pyrotechnic company, the pyrotechnic-host, and the Pillay-ship sea route. Together with the North Sea Marine Navigation Guarantee Centre, the Isle of Ping Service, the Federation has constructed the first sea-speed broadband network in the Yellow Sea Sea area, culminating in a network of 70 nautical miles of the main sea lanes of the Island.
On the other side of the Gulf of Guinea, the coverage of the maritime 5G network is also being advanced. In recent years, large companies moved by sea