TL;DR:
- China is using Artificial Intelligence (AI) to improve the precision of artillery attacks in potential conflict with Taiwan.
- A team of researchers in Beijing conducted tests using AI-powered laser-guided artillery rounds.
- AI offers faster data processing speeds and the ability to complete calculations using nearly all available data.
- The use of AI in artillery presents challenges, such as the need for the computer chip inside the shell to withstand extreme conditions.
- China’s efforts to utilize AI in its military sector show the advancements in technology and the potential benefits of AI in improving decision-making capabilities.
Main AI News:
In today’s rapidly advancing technological landscape, the utilization of Artificial Intelligence (AI) has become increasingly prevalent. This has not gone unnoticed in the military sphere, with a recent report in The EurAsian Times shedding light on China’s efforts to harness AI’s capabilities to bolster their artillery precision in a potential conflict with Taiwan.
Last July, a team of researchers led by Professor Wang Jiang of the Beijing Institute of Technology reportedly conducted a series of tests utilizing AI-powered laser-guided artillery rounds. These tests, as noted in a recently published paper in Acta Armamentarii, displayed impressive accuracy, with the shells hitting their targets precisely.
Professor Jiang highlights the rapid progression of AI technology, with an increasing number of researchers exploring its applications in trajectory planning. He notes that traditional mathematical models are limited in their accuracy due to the vast amount of real-time data that must be processed.
However, AI offers the potential for faster data-processing speeds and the ability to complete calculations using nearly all available data, bypassing some of the more demanding calculations performed as part of traditional mathematical models.
Despite the advantages AI presents, the researchers acknowledge the challenges posed by the extreme conditions of artillery fire. The computer chip inside the shell must be able to withstand vast amounts of heat and shock, often requiring the simplification of processor design and the discarding of important raw data. Nevertheless, the team believes that even a slow computer chip can finish necessary calculations using AI algorithms.
Conlcusion:
The utilization of AI in the military sector, as demonstrated by China’s efforts to improve artillery precision, highlights the potential for growth and innovation in the AI market. This development showcases the increasing demand for AI technology in various industries and the potential for businesses to invest in this field. As the technology continues to evolve, it is likely that we will see more widespread adoption of AI across various sectors, presenting ample opportunities for market growth and profitability.
