Robotics 3 Final

Which standard is:

Describe the role of specialized sensors in the design and operation of robotic systems.

Pick which three sub standards are under Standard 22:

Demonstrate the applicability of hybrid systems in robotics.--The student will be able to:

• Explain the role of Hybrid Control Systems (HCS) in the design and operation of robust robotic systems.

• Compare and contrast the operation of reactive, behavior-based, and deliberative robot controllers.

• Explain the impact of rapid prototyping on the manufacturing process to include Additive Manufacturing.

• Discuss real-time systems and their applicability in robotics.

Which standard are the following a sub-standard to?

Compare and contrast symbolic and sub-symbolic approaches to integrating artificial intelligence into robotic systems.

Describe an intelligent agent and relate its role to the operation of robotic systems.

Discuss the classes of intelligent agents and their application in the design of robotic systems.

Describe the obstacles to integration of artificial intelligence components in robotic systems.

• 24.0 Demonstrate an understanding of the manufacturing process and its impact on robotics.

• 19.0 Describe the approaches, challenges, and problem-solving methodologies involved with integrating artificial intelligence into robotic systems.

• 20.0 Describe the role of specialized sensors in the design and operation of robotic systems.

• 28.0 Demonstrate an understanding of static and dynamic modeling and simulation concepts related to the design of robotic systems.

10.0 Solve problems using critical thinking skills, creativity and innovation.

Type "10" into the the answer bar.

This should be Standard 28 but the numbers got messed up on your standards list.

Which Standard is the following:

Build, program, and configure a robot to perform predefined tasks.

• 29 (9 on standards list)

• 1

• 22

• 27

What is the following standard about?

(HINT HINT WINK WINK)

28.0 Demonstrate an understanding of static and dynamic modeling and simulation concepts related to the design of robotic systems.--The student will be able to:

28.01 Differentiate between static and dynamic modeling relative to designing robotic systems.

28.02 Explain the role of simulation to the design of mobile and humanoid robots.

28.03 Create a static simulation of a stationary robot featuring a single multi-segment manipulator.

28.04 Create a simulation of a mobile robot that features obstacle avoidance.

Describe the use of specialized electronic applications used in robotic systems.

21.01 ??????

21.02 Describe the concept of Fail Safe and how such components are integrated into robotic systems.

21.03 Describe the electronic operation and application of electrically, pneumatically, and hydraulically controlled robot systems.

21.04 Compare and contrast various sources for powering robotic systems, including solar cells, batteries, and radioisotope thermoelectric generators (RTGs).

Which standard is missing:

• Explain the various methods for controlling robotic systems and the form of electronic feedback system needed for the appropriate sensor (example: PWM-Pulse width modulation).

• Describe the obstacles to integration of artificial intelligence components in robotic systems.

• Describe the ways in which gyroscopes are used in robotic systems.

• Distinguish between tolerance and allowance.

Which standard is this?

Demonstrate an understanding of underlying principles of environmental physics related to robotic technology.--The student will be able to:

Describe thermal dynamics and discuss its practical application to robotics, particularly as it relates to motor and gear selection.

Describe the concept of pressure and relate its implications on robotic assemblies, include methods and forms or measurement.

Distinguish between tolerance and allowance.

Explain dimensional and variation tolerance and their applicability to the design and operation of robotic systems.

Describe the concept of fault-tolerance as it is related to a robotic assembly’s degrees of freedom.

Demonstrate an understanding of the manufacturing process and its impact on robotics.--

24.01 Describe Computer Integrated Manufacturing (CIM) and its implications on and uses of robotic technologies.

24.02 Explain the impact of rapid prototyping on the manufacturing process to include Additive Manufacturing.

24.03 Describe the process and methodology for creating a rapid prototype of an interactive robot.

Who's favorite standard would this be?

• JJ

• Daniel

• Savannah

• Zach

• Colin

Match the 3 sub-standards

25.0 Demonstrate an understanding of topographical and environmental considerations in robotic assembly design

• Describe various robot design considerations related to the intended operating environment or medium.

• Explain the correlation between sensor selection and a robot’s operating environment, capability, and autonomy.

• Explain the term obstacle avoidance and relate its importance to the design, mobility, and autonomy of a robot.

• Describe the process and methodology for creating a rapid prototype of an interactive robot.