What is a personal robot?

Personal robots are electronic devices that are used to manage everyday tasks under the leadership of the human owner. The oldest commercial models of the personal robot were released in the second part of the 20th century and were mostly focused on providing assistance to seniors and illness. Since the beginning of the 21st century, advances in technology have expanded the extent of the personal domestic robot and have expanded their attractiveness to the general public. Although these same advances are still very expensive, they have helped somewhat reduce the total cost of today's models, which makes them available to more people.

Today, a personal robot is able to function as an artificial servant around the house. Most models currently on the market are controlled using computer software that provides commands via wireless connection. This approach effectively allows the computer to function as a brain for the device. Using software is toible to program a robot for a number of specific tasks such as the collection of newspapers from PDirection lawn, opening the door to leave the pet in or out, or any number of secular tasks that can be divided into specific steps.

It is the use of computer technology that allows the owner to manage and direct the robot in real time that makes the device really functional. The wireless connection between the personal robot and the home computer allows the use of computer vision to guide the robot home and to the object to be loaded or to the door to be open or closed. Some models are now equipped with a voice command, a function that allows the owner to use short commands to control the movement of the arms and legs of the device, as well as redirect or reverse movement of the robot. This is an improvement compared to the models developed in the 20th century latch that relied on, containing programming in a personal robot, thus limiting the extent of function that will seeHe can handle.

While today's personal robot is much more efficient and functional than in the past, the device improvement process is taking place. The aim is to create a truly humanoid robot that can successfully manage more complicated tasks such as food cooking, carrying dinner -charged dinner, washing handling, and any other household tasks that are somewhat more complicated. A replication of multiple tasks involved in the everyday house management would with the ability to manage most of these tasks would increase the quality of home care for patients and patients. This would include the provision of communication skills that would allow the robot to find immediate assistance if the human host has experienced a heart attack or other sudden emergency situation.