


AI beats humans again: Drone racing champion defeated by intelligent machine
News on August 31, 2021 shows that artificial intelligence (AI) has successfully defeated humans in chess, video games and other fields, and now for the first time, AI has defeated humans in a Defeat human champions in real sports designed and participated by humans
The latest humans to be defeated by AI are three world champions in drone racing, who lost to a drone that can speed around a three-dimensional track. Flying AI drone. The AI drone is called Swift and was developed by researchers at the University of Zurich. The Swift is able to fly at extremely fast speeds while avoiding or minimizing collisions and crashes. The researchers published their results in the journal Nature and described the Swift competing with three drone racing champions. A series of competitions between them. This site notes that
Swift won 15 of the 25 races and set the fastest lap record. Swift uses a technique called deep reinforcement learning to find the best instructions for flying around the track through trial and error. During training, Swift crashed hundreds of times in the simulated environment, but because it was a simulation, the researchers could simply start over. During the race, Swift sends video from a camera on the drone to a neural network that detects gates on the track. This information is combined with readings from inertial sensors to estimate the drone's position, direction and speed. These estimates were then fed into another neural network that was able to calculate the instructions to send to the drone.
The Swift was faster at the start of the race and took tighter turns than the human competitors.
Swift’s fastest lap time was 17.47 seconds, half a second faster than the fastest human competitor. But the Swift isn't invincible, losing 40 percent of its races against humans and having several crashes. An important advance for Swift is its ability to cope with real-world challenges such as aerodynamic turbulence, camera blur, and lighting changes that can cause systems to make errors when trying to follow precomputed trajectories. Swift's developers say the technology could also be used in other areas, such as fire search and rescue or inspection of large structures such as ships
The above is the detailed content of AI beats humans again: Drone racing champion defeated by intelligent machine. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

AI Hentai Generator
Generate AI Hentai for free.

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

Hello, hello! I am Yuan Haha, please pay attention, more exciting content is waiting for you. With the continuous advancement of drone technology, we can now buy one of the most important and reliable 4K cameras within a budget of several thousand yuan. This is how many times Unimaginable years ago. With the continuous efforts of DJI, Autel and other companies, this dream has become a reality. The overall drone of choice is DJI Mavic 3 Pro. This drone not only provides ultra-high definition recording, but also has excellent frame rates and long-lasting battery. life. In addition to my personal experience, I’ve compiled some other top drones for you to choose from based on positive reviews around the web. Now, let’s take a look at these exciting options. Best Drone Overall: DJIMavic 3Pr

Abstract: Swarming is a disruptive, game-changing technology that involves the collaborative deployment of multiple unmanned systems in multiple domains (land, sea, air, space). Developments in new microelectronics, guidance, navigation, sensors and artificial intelligence technologies enable low-cost micro-drones to perform challenging missions. When combined with novel decision-making processes, target tracking, communications technologies and algorithms, swarms can have a huge impact on the battlefield. It can also be used to provide continuous and undetectable surveillance capabilities as well as critical defense capabilities, such as intercepting cruise missiles. This article describes European research activities in the field of swarming and delves into the significant implications it may have for defence. Keywords: UAV, autonomous capability, target tracking,

According to news from this website on August 22, China Aviation Engine Group Co., Ltd. issued an official announcement today. At 6:28 today, the 900-kilowatt turboprop engine AEP100-A, which was completely independently developed by China Aviation Industry Corporation, powered the SA750U large unmanned transport aircraft in Shaanxi. Successful first flight. According to reports, the AEP100-A turboprop engine was designed by the China Aerospace Engineering Research Institute and manufactured in the South. It has the ability to adapt to high temperatures and plateaus. It uses three-dimensional aerodynamic design and unit design technology to provide power for aircraft while improving fuel economy. Improve overall aircraft operating efficiency. The AEP100 turboprop engine series can be equipped with 2 to 6 ton general-purpose aircraft or 3 to 10 ton unmanned aerial vehicles, and its comprehensive performance has reached the international advanced level of the same level currently in service. This site reported earlier

According to news on July 31, Apple issued a press release yesterday (July 30), announcing the launch of a new open source Swift package (swift-homomorphic-encryption) for enabling homomorphic encryption in the Swift programming language. Note: Homomorphic Encryption (HE) refers to an encryption algorithm that satisfies the homomorphic operation properties of ciphertext. That is, after the data is homomorphically encrypted, specific calculations are performed on the ciphertext, and the obtained ciphertext calculation results are processed at the same time. The plaintext after state decryption is equivalent to directly performing the same calculation on the plaintext data, achieving the "invisibility" of the data. Homomorphic encryption technology can calculate encrypted data without leaking the underlying unencrypted data to the operation process.

According to Science and Technology Daily, on November 28, at the AVIC UAV site in Zigong, Sichuan, the Aviation Industry Corporation of China held an open day event with the theme of "The Winged Dragon of a Great Power Travels the World" to comprehensively display domestically produced large-scale drones. Development achievements in high-end drone development and industrial construction. After more than ten years of development, the domestically produced "Pterosaur" series of UAV products independently developed by AVIC UAV have formed a pedigree. The Wing Loong-2 appeared at the state-owned enterprise's open day and performed a flight demonstration. The Wing Loong-2 is a medium-high altitude, long-endurance multi-purpose UAV system developed by the aviation industry. It has all-day, all-weather, all-territory, and multi-scenario mission execution capabilities. This UAV system is my country's first domestically produced large-scale turboprop-powered UAV system. It has advanced aerodynamic layout, body structure,

The Wing Loong-2H drone once again went to Jishishan County, Gansu Province to perform disaster relief tasks such as disaster reconnaissance and emergency communication support. This type of drone is called an "air base station" and can continuously restore public network signal networks of China Mobile, China Unicom, and Telecom, directionally restore 50 square kilometers of public network communications, and establish an audio and video communication network covering 15,000 square kilometers. The Wing Loong-2H performed well in the 2021 heavy rain disaster rescue in Zhengzhou, Henan, and the 2022 Luding earthquake rescue in Sichuan, successfully completing the mission. Original source: CCTV Military Weibo

Real-time issues in UAV image processing require specific code examples. With the continuous development of UAV technology, UAV application fields are becoming more and more extensive. Image processing plays an important role in drone vision applications. However, UAVs face some challenges in real-time image processing, especially when processing large-scale image data. This article will explore how to solve real-time problems in UAV image processing and provide some specific code examples. First, drones face latency issues in image transmission. Because drones usually use wireless

According to news from this site on August 22, according to the official public account of "Shanhe Huayu", at 6:28 today, the SA750U large unmanned transport aircraft independently developed by Sunward Huayu Aviation Technology and completed by the strategic coordination of Sunward Star Airlines flew from Jingbian, Xi'an. The experimental drone test center successfully made its first flight. ▲Picture source "Shanhe Huayu" official public account, the same as below. According to reports, during the 40-minute flight test, all system equipment of the aircraft worked normally and were in good condition. The attitude of the aircraft was stable and the performance met the design specifications. After completing the scheduled flight subjects Afterwards, the plane returned smoothly and the first flight was a complete success. The SA750U is my country's first large-scale unmanned transport aircraft with a load of over 3 tons. It only took Shanhe Huayu Company 2 years and 8 months to complete the entire process from concept design to the successful first flight of the first aircraft.
