Yes, machines can qualify as robots if they are designed to perform tasks autonomously or semi-autonomously, often using sensors and Artificial Intelligence. While all robots are machines, not all machines are robots; for example, simple devices like a toaster or a washing machine do not fit the robotic definition due to their lack of autonomy and decision-making capabilities. In essence, a robot is a specialized type of machine equipped to interact with its environment and perform specific functions.
move arond collect data and store stuff
Medical robots are typically taught to perform tasks through a combination of programming, machine learning, and simulation. Engineers and medical professionals program the robots with specific algorithms that define their functions, while machine learning allows the robots to improve through experience by analyzing data from past procedures. Additionally, simulations and virtual environments help the robots practice and refine their skills before operating in real medical settings. This iterative training process ensures accuracy and safety in patient care.
Robots do a lot of different jobs. Robots can be programmed to construct small assemblies of parts much faster and with better accuracy than humans, and they don't need bathroom or smoke breaks. Robots can be programmed to perform almost any repetitive task that can be broken down into small steps and performed over and over again. Many tasks that are unsafe or dangerous for humans can also be done by programmable robots, such as painting, working with explosives, and so on. The use of industrial robots has increased a lot over the past few years, and they will no doubt become even more prevalent in the future.
There are humanoid robots, military robots, insect robots, and space robots. There are more kinds of robots too.
Robots and humans share similarities in their ability to perform tasks and solve problems, often using sensors and algorithms. Both can learn from their experiences; humans through cognitive processes and robots through machine learning. Additionally, both can interact with their environment, though humans rely on biological senses while robots use cameras and sensors. However, the underlying mechanisms of their functioning are fundamentally different, with humans driven by biological processes and robots by programmed instructions.
a robot is only a machine and fractal is reconfigurable machine.
robots can work like a man. they can walk , hold things e.t.c MACHINE ARE BE CONTROLLED BY MAN AND CAN NOT WORK LIKE ROBOTS
Sweet Robots Against the Machine was created on 1999-01-19.
eat little boys
A robot is a machine.
They clean the cutlery
all machines are robots ~x
It's an excellent idea for robots, you can program a machine(robot) to be perfect but you cannot program a human being to be perfect and robots are accurate and faster
An NXT robot is a compact machine for a purpose and is controled by a computer
An improvement to a washing machine would likely be patentable.
No. Warts are caused by a biological virus infection. A robot is a machine and thus will not be affected.
The statement "A real machine, well I don't mind serving a machine" is made by the character R.U.R. (Rossum's Universal Robots) in Karel Čapek's play of the same name. The line reflects the evolving relationship between humans and the robots they create, highlighting the theme of servitude and existential purpose. It underscores the tension between human creators and their artificial creations, suggesting a shift in power dynamics as robots gain autonomy.