Robotics

1. Ask on Yahoo answers. This site is pretty much dead.

The difference between them is that in real time processing, we know what output we'll get with a specific input. But in real time process control, sensors are used alongwith feedback loop i.e the output can effect the next input to the system.

Robots are used everywhere. They can dive deep in the sea where humans cannot go or on dangerous missions that endanger human lives

5 major components to every robot :

which are a body structure, a muscle system to move the body structure, a sensory system that recieves information

One I know is called shade another one is called eve another is go-4 the one that had a red light on his head and one was called m-o and there was a robot called auto and another was called drink bot those are the bots I know (if don't believe me then go and type the names on YouTube) :P

Companies,organizations etc many places like Ford, Wendys and NASA. Microsoft and computer companies.

can be used in a driverless car

Assistive robots perform their task(s) by people pointing lasers at objects, as well as voice commands.

Personally, I rely on robots to get to work. The signaling system in the subway is a form of feedback control--uses input from sensors to send signals to train operators. Many soldiers and police personnel are likely grateful for the innovations that have come in remotely controlled bomb squad robots. People who have benefitted from robotic prosthesis and remote surgery owe a great debt to robotic technology.

yes or maybe no

Robot cars, or autonomous vehicles, are used in various settings, including ride-sharing services, delivery logistics, and public transportation systems. They can be found in urban environments for passenger transport, as well as in controlled areas like campuses or industrial sites for material handling. Additionally, companies are testing them in rural areas and for long-haul trucking to improve efficiency and reduce labor costs.

Robotics are part of the machines and testing devices in medicine. Also, the smaller robotics can be used in surgery through very small openings meaning faster recovery time for patients.

Robotics are also highly used in pharmacy. At a high volume pharmacy, a prescription filling robot can fill and bottle the top 1000 medications.

The thing you need to do is try your best on fixing them

Write to the program's producers at the BBC.

Robots are increasingly utilized in dangerous jobs to enhance safety and efficiency. They perform tasks in hazardous environments, such as bomb disposal, firefighting, and nuclear facility maintenance, where human exposure to risks is high. Additionally, robots are deployed in mining operations, deep-sea exploration, and construction sites to handle heavy machinery and materials, reducing the likelihood of accidents and injuries. By taking on these perilous roles, robots help protect human workers from potential harm.

Technology is always developing, so robots will be able to do more.

it's not actually 'taught'. The scientists write a computer program to tell the rover what to do - and send the program by radio to Mars. The rover receives the program, and follows the instructions.

how is a nonorobot taught to preform it's job

Yes it is.

Robotics has significantly transformed military operations by enhancing surveillance, reconnaissance, and combat capabilities. Unmanned aerial vehicles (UAVs) and drones provide real-time intelligence while minimizing risks to human personnel. Ground robots are utilized for bomb disposal, logistics support, and battlefield reconnaissance, improving safety and efficiency. Additionally, robotics has enabled remote operations, allowing for strategic advantages in various military engagements.

An androgynoid is a robot/android in androgynous form.

After underwater research, underwater robots typically exhibit signs of wear and tear due to exposure to harsh environmental conditions such as pressure, temperature variations, and corrosive saltwater. They may accumulate biofouling, which is the growth of marine organisms on their surfaces, potentially affecting their performance. Additionally, seals and joints might show signs of fatigue or leakage, necessitating maintenance and repairs. Regular inspections and cleaning are essential to ensure their functionality for future missions.

Robomaids offer several advantages, including efficiency and time-saving capabilities, as they can clean homes autonomously while homeowners focus on other tasks. They are often equipped with advanced sensors and mapping technology, allowing for thorough and systematic cleaning. Additionally, robomaids can reduce physical strain on users, particularly for those with mobility issues or busy schedules, making household maintenance more accessible. Their programmable features also allow for customized cleaning schedules to suit individual preferences.

Well, Science Fiction tells us that a lot could go wrong. However, my main concerns are purely superficial with regard to androids. I don't think that robots are going to kill humans, but I really don't want ugly plastic-looking fakey proto-people walking around stiffly. I would rather have them not look like people at all than to attempt to look like people and fail.

Robots enhance our lives by automating repetitive tasks, increasing efficiency, and reducing human error in various industries. They can perform dangerous or physically demanding jobs, ensuring safety and allowing humans to focus on more complex and creative work. Additionally, robots improve healthcare through surgical precision and assistive technologies, ultimately leading to better quality of life. Their integration into daily activities fosters innovation and convenience, making everyday tasks easier and more efficient.