Robot drawing
THE BASICS OF CREATING AND UNDERSTANDING 2D/3D OBJECTS: What is Mecha you might ask? "Mecha" is short for mechanism, a term most often used to describe giant robots usually piloted by humans in Sci-fi Anime cartoons and manga! These "Giant Robots", or "Mecha" are used as tools to handle the tasks in the everyday lives of the those who pilot them, whether it be to aid humans in everyday chores, heavy lifting tasks such as in construction, or for military applications, such as in wars and battling dangerous alien monsters for the fate of the planet, but enough of that! Let's get started with the basics shall we! What is Mecha you might ask? "Mecha" is short for mechanism, a term most often used to describe giant robots usually piloted by humans in Sci-fi Anime cartoons and manga! These "Giant Robots", or "Mecha" are used as tools to handle the tasks in the everyday lives of the those who pilot them, whether it be to aid humans in everyday chores, heavy lifting tasks such as in construction, or for military applications, such as in wars and battling dangerous alien monsters for the fate of the planet, but enough of that! Let's get started with the basics shall we! more
#Robot drawing plus
Maguire, who also earned doctorates at Rutgers, all under the supervision of Yarmush.Welcome to another chapter in the "How To Draw Mecha" series! This time I'm going to try to cover "MECHA BASICS" of the "Standard Bipedal Mecha" you see in popular Anime, plus a few other concepts to help you draw Mecha QUICKER AND EASIER! The lead author is Alvin Chen, who earned a doctorate at Rutgers. “Not only can the device be used for patients, but it can also be modified to draw blood in rodents, a procedure which is extremely important for drug testing in animals in the pharmaceutical and biotech industries,” Yarmush said. Next steps include more research on the device in a broader range of people, including those with normal and difficult blood vessels to access. In other published work, the authors have shown that the device can serve as a platform to merge automated blood-drawing and downstream analysis of blood. It combines artificial intelligence with near-infrared and ultrasound imaging to perform complex visual tasks, including identifying the blood vessels from the surrounding tissue, classifying them and estimating their depth, followed by motion tracking. The robotic device can accurately steer needles and catheters into tiny blood vessels with minimal supervision. When nearby blood vessels are inaccessible, more invasive approaches such as central venous or arterial access are often required.
Bleeding complications can arise when major adjacent arteries, nerves or internal organs are punctured, and the risk of complication rises significantly with multiple attempts. In these groups, the first-stick accuracy rate is below 50 percent and at least five attempts are often needed, leading to delays in treatment. The timeliness of procedures can be critical, but gaining access to blood vessels in many people can be quite challenging.įailures occur in an estimated 20 percent of procedures, and difficulties increase in people with small, twisted, rolling or collapsed blood vessels, which are common in pediatric, elderly, chronically ill and trauma patients, the study says. They include drawing blood, administering fluids and medications, introducing devices such as stents and monitoring health. Getting access to veins, arteries and other blood vessels is a critical first step in many diagnostic and therapeutic procedures. Yarmush, Paul & Mary Monroe Chair & Distinguished Professor in the Department of Biomedical Engineering in the School of Engineering at Rutgers University–New Brunswick.
“Using volunteers, models and animals, our team showed that the device can accurately pinpoint blood vessels, improving success rates and procedure times compared with expert health care professionals, especially with difficult to access blood vessels,” said senior author Martin L. This would allow health care professionals to focus more on other critical aspects of medical care and enable emergency medical providers to bring advanced interventions and resuscitation efforts to remote and resource-limited areas. Medical robots could reduce injuries and improve the efficiency and outcomes of procedures, as well as carry out tasks with minimal supervision when resources are limited.
Their most recent research results, published in the journal Nature Machine Intelligence, suggest that autonomous systems like the image-guided robotic device could outperform people on some complex medical tasks. Rutgers engineers have created a tabletop device that combines a robot, artificial intelligence and near-infrared and ultrasound imaging to draw blood or insert catheters to deliver fluids and drugs.