Bird Buddy's AI Update Allows Users to Name Frequent Birds

Woodworker Trương Văn Đạo used an AI program to render a car design and then built a real-life version of it. He constructed a custom electric-powered metal trike as the vehicle's chassis and handcrafted the decorative wooden pieces. The car features wooden gears that turn to create the illusion of movement. The top speed and range of the car are unknown [95c64c81].

Trương Văn Đạo's project showcases the intersection of woodworking and AI, demonstrating how technology can be used to bring artistic designs to life. The article speculates on the car's practicality for everyday use, considering factors such as speed, range, and overall functionality. The woodworker's project gained attention and was featured on the YouTube channel ND Woodworking Art [95c64c81].

This project adds to the growing list of examples where AI is being used to enhance creativity and innovation in various fields. From designing yachts and trophies in Formula 1 to now bringing AI-rendered car designs to life, AI continues to push the boundaries of what is possible [68929a96] [5041c130] [f06ecc23] [95c64c81].

Yen-Ling Kuo, an assistant professor of computer science at the University of Virginia School of Engineering and Applied Science, is working on a project funded by the Toyota Research Institute to train machines to use human language and reasoning to enable cars to explain their actions and assist drivers. The goal is to develop AI that can understand the meaning of drivers' actions and use this understanding to augment human capabilities. The project involves building language representations of driving behavior that enable a robot to associate the meaning of words with what it sees by watching how humans interact with the environment or by its own interactions with the environment. The AI can describe a high-level intention of turning right without skidding and give guidance to slow to a certain speed while turning right. Kuo will develop the language representations from a variety of data sources, including from a driving simulator she is building for her lab [34879944].

This collaboration between the University of Virginia and the Toyota Research Institute aims to advance human-centered AI, interactive driving, and robotics. The research aligns with the Toyota Research Institute's goals for advancing human-centered AI, interactive driving, and robotics [34879944].

The article 'What If Tesla Were Powered By Artificial Integrity' explores the concept of artificial integrity in the context of Tesla vehicles. It highlights a recent incident where a Tesla Model Y owner was trapped inside her car due to a power failure and emphasizes the need for a shift from an AI-first approach to a fusion mode that integrates AI and human intelligence. The article presents three scenarios of varying levels of artificial integrity maturity, ranging from basic assistance through notifications to advanced proactive monitoring and communication. It suggests that designing cars with artificial integrity can prevent life-threatening situations and improve driver safety and confidence [43d6afac].

This concept of artificial integrity aligns with the ongoing advancements in AI and its applications in various fields, including woodworking and car design. The integration of AI and human intelligence in the design and operation of vehicles can lead to enhanced safety and improved user experience. It also reflects the broader trend of using AI to augment human capabilities and push the boundaries of what is possible [43d6afac] [95c64c81].

Grassy box gum woodlands in southeastern Australia have been reduced to less than 5% of their original size, causing a crisis for bird species that depend on them. To address this, researchers have been working with the Australian Capital Territory Parks and Conservation Service to create artificial structures that mimic the features of large old trees. They used AI and machine learning to involve birds in the design process, identifying the preferences of birds for certain characteristics of trees. The researchers mapped trees using laser beams and developed statistical models to predict bird behavior. They are currently building prototypes based on their designs and plan to field test them to gather feedback from birds. The study highlights the importance of including non-human stakeholders in the design process and creating more inclusive and resilient environments for different lifeforms [4aa057db].

Bird Buddy, a smart bird feeder, is getting an AI-powered update that allows users to name specific birds who frequently visit. The update includes the 'Name That Bird' feature, which uses the feeder's camera and AI image recognition to identify individual birds. Users will receive notifications when these birds stop by. The update also includes features such as notifications for sick or injured birds, expanded recognition capabilities for other animals like butterflies and pets, and a Nature Connected Home feature that streams video and sounds from the feeder to smart devices. These features are available as part of the Bird Buddy Pro subscription service, starting at $5.99 per month [01d766c6].