Rescue Robots and Computer Vision

What is the purpose of BotPro's rescue robots?

• To clean up after natural disasters

• To provide entertainment at events

• To assist in industrial applications

• To help with search and rescue after a disaster

What functions can a rescue robot perform?

• Assessing damage

• Delivering supplies

• Removing debris

• All of the above

What challenges do rescue robots face in disaster situations?

• Reaching exact location of survivors

• Both A and B

• Difficulty navigating

• None of the above

What factors affect the performance of rescue robots?

• Accuracy and strength

• Age and weight

• Color and size

• Speed and agility

Why did BotPro's rescue robot perform below expectations in the factory?

• It was too small

• It was too slow

• It had trouble navigating and reaching survivors

• It was too old

What is the importance of accuracy and strength in rescue robots?

• They make the robot more expensive

• They make the robot look more impressive

• They make the robot more difficult to operate

• They help the robot navigate and reach survivors

What is the main focus of BotPro's robot production in the past decade?

• Making rescue robots

• Making robots for various industrial applications

• Making robots for entertainment purposes

• Making robots for cleaning up after natural disasters

What is the purpose of a rescue robot?

• To clean up after natural disasters

• To assist in industrial applications

• To help with search and rescue after a disaster

• To provide entertainment at events

What was the main reason for the failure of the rescue robot in the factories?

• The GPS signal was too weak

• The GPS signal was too strong

• The robot was too slow

• The robot was not programmed correctly

What impact did insufficient GPS signal strength have on the rescue robot's accuracy?

• It made the robot move too quickly

• It made the robot move too slowly

• It caused the robot to malfunction

• It caused errors in calculating the robot's exact location