Aliyun has launched the free open-source database AI algorithm PilotScope. PilotScope enables one-click deployment of AI algorithms in databases, improving the speed of tasks such as query optimization by 1 to 2 times. PilotScope has been piloted internally at Aliyun and is now freely available as open-source.

Google DeepMind has released a new AI algorithm, Student of Games, which successfully combines guided search, machine learning, and game theory to achieve victories in multiple board games. This breakthrough overcomes the limitations of AlphaZero, which could only solve games with complete information, and is expected to make significant advancements in the field of strategy games.

UnitedHealthcare, the largest health insurance company in the U.S., has been accused of using an AI algorithm with a 90% error rate to bypass doctors' judgment and deny critical medical coverage to elderly patients. The AI algorithm developed by NaviHealth, a subsidiary of UnitedHealth, has led to patients prematurely exiting rehabilitation programs and care facilities, forcing them to deplete their savings. Two family members of denied insurance claim patients have filed a lawsuit in Minnesota District Court, seeking to turn it into a class action that could impact tens of thousands nationwide.

Ant Group has released Kapacity V0.2, an intelligent cloud capacity technology tool that incorporates self-developed AI algorithms. It offers advantages in predictive elasticity scaling, allowing for proactive responses to traffic fluctuations. Kapacity uses a traffic-driven replica prediction algorithm and also provides support for custom metrics and workload dimension aggregation query capabilities.

Dutch researchers have developed an algorithm called Sturgeon that can identify the type of brain tumor within 90 minutes. The algorithm relies on nanopore sequencing technology, enabling real-time reading of DNA sample base sequences. After training and testing, the algorithm was able to correctly identify 18 cases of brain tumor types in 40 minutes. By identifying the subtypes of brain tumors, surgeons can adjust their surgical strategies. Researchers hope to further validate the technology and compare it with standard methods.

["Researchers have proposed an AI algorithm named MonoXiver, which can extract three-dimensional information from 2D images.","This algorithm uses a standard monocular camera to construct reliable 3D maps.","In addition to autonomous driving, the application fields of MonoXiver include robotics, environmental monitoring, and medical imaging.","This groundbreaking algorithm converts 2D images into 3D maps, offering a wide range of practical applications.","MonoXiver is one of the research成果 of Dr. Xianpeng Liu's team at North Carolina State University." ]

{Point 1: The AI algorithm has discovered a potentially dangerous asteroid for the first time. Point 2: The asteroid has been labeled 2022SF289, expected to be only 140,000 miles away when it approaches Earth. Point 3: The new algorithm allows detection from just two images, speeding up the entire process.}