Rescue operations are one of the most dangerous jobs in the world. For the better parts of human existence, we have undertaken this operation ourselves. Now, the plot is about to change. With the application of servo (read more here) and the latest sensor technologies to the development of drones and robots, rescue operations are becoming less dangerous with technology playing a pivotal role. Below are some of the ways robots and drones have shaped rescue operations: Hurricanes and flooding are complicated rescue operations to navigate. It is difficult for rescuers to know if people are alive. Rescuing them poses a different set of challenges, especially when the weather condition makes the water unstable.
The University of Washington and Purdue University conducted a study on seventy two children, aged seven to fifteen. The study aimed to find out how children interact with both robot and living dogs. These children were studied as they interacted with Aibo, a robot dog created by Sony, and two living dogs. The results found were promising. However, some limitations were also discovered. See additional information at this article.
The Intelligent Robots and Systems’ International Conference 2020 will hold in Las Vegas Nevada from 24th to 30th October. This event is a magnet for great minds and companies working towards the development of the new advancements in the field of robotics. The event has featured countless cutting edge innovations in robotics. The IROS 2020 is poised at highlighting new research works as well as promoting talks and idea-sharing experiences.
Sophia is probably the most famous robot in the world. If you haven’t had the chance to see her in action, check her out interacting with Will Smith: https://youtu.be/Ml9v3wHLuWI Sophia was created by Hanson Robotics, a famous engineering company that dedicates its efforts into creating human-like, living, empathetic, intelligent machines that are able to engage emotionally with people, recognize faces, understand speech, maintain eye contact, hold natural conversations, recognize emotional expressions and various hand gestures, and learn through experience. Sophia’s resounding success has at its base the joint creative effort and hard work of an impressive team of specialists coming from various fields: AI scientists, writers, philosophers, artists, and psychologists. Their common dream was to humanize AI, positively contribute to humankind and make the world a better place. More info at this post.
Special considerations exist when using a robot for special applications. When making a heavy-duty robot, your usual considerations for making its parts are strength, weight, and availability. However, you must also consider how it will interact with the environment. Checking the technical details of all your parts is a must when making robots. Material choice needs to be considered when subjecting robots and robotic parts such as servo controllers about which you can read here in certain places. Usually, they are used to protect either the robot parts or the things where your robot will operate. Here are some of the common materials used which are probably already on your list: As reliable as it sounds, steel is the most common material of choice for heavy-duty robots. Its strength, combined with its availability in the market is its major advantage. You will notice that steel is used as frames or covers in robots.
Alex Shikany, the Vice President of Membership and Business Intelligence for the Association of Advancing Automation, who reacted to the statistics made available, in his chat with The Robot Report, said that a conclusion cannot be reached because the data made available are yet to be established.
What will change? There are a number of possibilities for manufacturing with 4.0 advancements. Here we look at some of the key ways that businesses will be able to take advantage of Industry 4.0. Find patterns – The more data that can be shared, the more patterns will emerge and opportunities can be found. This allows manufacturers to maximize their opportunities in a way that wouldn’t be possible should it be done manually. Streamline supply – A supply chain being disrupted can have huge knock-on effects for business. A connected system that can adapt to the likes of weather will increased efficiency. This will prevent delays or any shortages from happening. Discover additional details at this article.