This paper presents a novel framework for watermarking language models through prompts generated by language models. The proposed approach utilizes a multi-model setup, incorporating a Prompting language model to generate watermarking instructions, a Marking language model to embed watermarks within generated content, and a Detecting language model to verify the presence of these watermarks. Experiments are conducted using ChatGPT and Mistral as the Prompting and Marking language models, with detection accuracy evaluated using a pretrained classifier model. Results demonstrate that the proposed framework achieves high classification accuracy across various configurations, with 95% accuracy for ChatGPT, 88.79% for Mistral. These findings validate the and adaptability of the proposed watermarking strategy across different language model architectures. Hence the proposed framework holds promise for applications in content attribution, copyright protection, and model authentication.

The oceans in the Earth's in one of the last border lines on the World, with only a fraction of their depths having been explored. Advancements in technology have led to the development of Autonomous Underwater Vehicles (AUVs) that can operate independently and perform complex tasks underwater. These vehicles have revolutionized underwater exploration, allowing us to study and understand our oceans like never before. In addition to AUVs, image processing techniques have also been developed that can help us to better understand the seabed and its features. In this comprehensive survey, we will explore the latest advancements in AUV technology and seabed image processing techniques. We'll discuss how these advancements are changing the way we explore and understand our oceans, and their potential impact on the future of marine science. Join us on this journey to discover the exciting world of underwater exploration and the technologies that are driving it forward.

CyberGuy shows a new underwater jetpack that is designed to make you feel like you are flying. Did you ever fantasize about owning a jetpack when you were a kid? If so, your dream may finally come true – with an aquatic twist. GET KURT'S FREE CYBERGUY NEWSLETTER WITH SECURITY ALERTS, QUICK TIPS, TECH REVIEWS AND EASY HOW-TO'S – SIGN UP HERE FREE It's time to turn those dreams of soaring the skies into zipping through the blue oceans because of a futuristic underwater jetpack here to change your underwater exploration game. We've seen underwater propulsion systems, but none quite like the CudaJet.

Kel Guerin is the Founder & CTO of READY Robotics, creators of the world's first universal operating system for industrial automation, READY Robotics helps all manufacturers solve their labor challenges, boost output, improve quality, reduce costs, and augment their workforce through automation. What initially attracted you to robotics? I was interested in robots from an early age – I remember a particular book printed in the 80s I read as a kid that showed a bunch of fanciful images of what robots would be like. I also loved movies like Forbidden Planet and the original Lost in Space that showed robots as these helpful devices. I also understood from reading about robots like Dante 1 (a volcano explorer) and the robots we sent to Chernobyl and 3 Mile Island how important these devices were for tasks hazardous to people.

Underwater exploration has never been a cheap endeavor. Aside from a submarine or an underwater rover, your options for unlocking the secrets of the deep are rather limited. Two companies are working to change that by creating compact, affordable underwater robots. The first is O-Robotix, the maker of Seadrone, which takes concepts from aerial drones and modifies them for use under water. The 10.5-by-12 inch Seadrone is compact enough to carry in your hand and has a gimbal-mounted HD camera that streams live video directly to a tablet. You can control the drone via the tablet interface or a joystick.

Robotics scientists at the US's Stanford University have achieved a remarkable first: they have successfully sent an automated avatar – which they describe as a robo-mermaid – down to an ancient shipwreck to retrieve a vase from the sunken vessel. La Lune, the flagship of Louis XIV of France, sank 20 miles off the south coast city of Toulon in 1664. Only a few dozen of the hundreds of men on board survived. The wreck, which lies at a depth of 100 metres, had never been disturbed until the OceanOne robot craft reached it two weeks ago and recovered the grapefruit-size vase. The humanoid diving robot was piloted, using virtual reality techniques, by Oussama Khatib, professor of computer science at Stanford.