drilling into the skull and making an incision through the dura mater to gain brain tissue samples, empty cysts, or eliminate hemorrhage.
A robotic suit is a device that will enable you to have the strength to do certain things. So if you have difficulties walking, then the robotic suit will aid you in your walk.
Input
The number of motors in a robotic device is dependent upon the functionality of the robotic device. A simple robotic arm that acts as a sorting device on a conveyor may only need a pneumatic piston and as such would require no "motor". As a robotic device becomes more complex, the requirements for other actuators will increase. To design a robot will take some time and thought. Only the designer can decide how many motors will be required.
Output devices are devices which shows us what the computer is processing. Without an output device the computer would do lots of processing but we can't see the results. So yes a robotic arm is an output device.
That is not a simple question to answer. A robotic device can be controlled by many different types of computers, anything from a small imbedded processor to a large mainframe computer. Knowing how to program the robotic device requires that you know how to cause the computer to set the appropriate output that is connected to the individual circuits of the robot. Many computers can be programmed using what is referred to as a "higher level language", and some robotic devices even have programs running that allow you to make simple robotic commands to cause the computer to set the appropriate outputs. There is no simple way to tell you how to program a robotic device, since they are all different.
That is not a simple question to answer. A robotic device can be controlled by many different types of computers, anything from a small imbedded processor to a large mainframe computer. Knowing how to program the robotic device requires that you know how to cause the computer to set the appropriate output that is connected to the individual circuits of the robot. Many computers can be programmed using what is referred to as a "higher level language", and some robotic devices even have programs running that allow you to make simple robotic commands to cause the computer to set the appropriate outputs. There is no simple way to tell you how to program a robotic device, since they are all different.
Yes, the robotic arm on the space shuttle is considered a robot because it is a mechanical device that can be programmed to manipulate objects in its environment autonomously.
A robotic device can do whatever it's designed to do. There are robotic devices that are designed to paint vehicles in an automobile manufacturing facility, and those robotic devices simply paint vehicles. There are robotic devices that are used to cut metal shapes and others that are designed to cut wooden shapes. There are robotic devices that are used to laser etch, and others that are designed to carve shapes. So far, there are no true "general purpose" robotic devices.
The machine assisted part would be any mechanical device that is used to send the message between the source and the receiver.
Robots are designed by engineers. A robotic device can collect any kind of information that the engineer designs in to his machine.Remember that a robotic device can be as simple as an automated arm that pushes a box off of a conveyor belt at a specific time, or it can be as complicated as an automated space vehicle that takes products to the International Space Station.If an engineer designs the robotic device with a temperature sensor, then the robotic device can gather temperature information.If the engineer adds an atmospheric pressure sensor, then the robotic device can gather atmospheric pressure data.The question, as asked, implies a misunderstanding about actual robots in the real world, and assumes that the fantasy world of robots in the movies (such as Transformers) is a reality.Remember that in the REAL world, a robotic device is any automated device that is controlled by a computer. An automated device can be extremely simple, or as complicated as the engineer(s) design.
Hydrogen Peroxide is not directly use to a robot. It is however used along with a robotic devices. Hydrogen Peroxide is dispersed using the robotic device to detoxify hospital bugs.
A NAS device, or network-assisted device, is used as a storage or backup device in computing. It would normally be connected to a network of clients and consist of one or more hard drives.