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Insectelligence Review. QUESTION. Which of the following should you never do? keep the robot away from liquids be careful picking the robot up charge the robot every night run a program while the robot is on the desk. ANSWER. run a program while the robot is on the desk. QUESTION.
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QUESTION Which of the following should you never do? • keep the robot away from liquids • be careful picking the robot up • charge the robot every night • run a program while the robot is on the desk
ANSWER run a program while the robot is on the desk
QUESTION The robot’s ‘brain’ is a microprocessor also known as the • CPU • PCU • UCP • URL
ANSWER CPU
QUESTION Sensors provide the robot with • autonomy • control over its environment • inputs • outputs
ANSWER Inputs
QUESTION The infrared sensor on the AS-MII robot…… • could detect any object at any distance • could detect small objects at a distance of 10 feet • could detect an object in front of it, but only for a short distance in front of the robot • could only detect very large objects
ANSWER could detect an object in front of it, but only for a short distance in front of the robot
QUESTION The bumper detect…. • can only sense a bump from the front or back • converts the bump into a sound that is stored in memory • makes a sound whenever it is activated • interprets a bump on any of the robot’s 4 bump switches as a specific numeric value
ANSWER • could detect an object in front of it, but only for a short distance in front of the robot
QUESTION Artificial Intelligence is defined as: • ability of a computer to perform those activities that are normally thought to require intelligence • the branch of computer science concerned with the development of machines having this ability • devices constructed to perform like a human or an animal considered intelligent • all of the above
ANSWER • All of the above
QUESTION The new trend in Artificial Intelligence is: • to program a computer to perform activities normally thought to require intelligence • the development of machines that behave like people • to model the way living things behave • to program computers that talk like people
ANSWER To model the way living things behave
QUESTION • This robot was made and operated at MIT. What is its name? • Casement • Kismet • Herbert • Steve
ANSWER Kismet
QUESTION Autonomous means • moves like a car • the opposite of a word • remote controlled • acts independently
ANSWER • acts independently .
QUESTION The collective behavior that emerges from a group of social insects has been dubbed “swarm intelligence”. Programmers are modeling swarm intelligence because… • The group can quickly adapt to a changing environment • The group will still perform its tasks even though some of the individuals fail • There is little need for supervision, as the individuals are self- organized • All of the above
ANSWER • All of the above
QUESTION Criteria for a robot computer program are: • the things that make it difficult for the program to succeed • the things that the robot has to be able to do • the questions you discuss when looking at the big picture • the outputs required by the program
ANSWER • the things that the robot has to be able to do
QUESTION • A flowchart is….. • - a graphical representation of the sequence of operations for your robot to perform • - the path electricity follows through the sensors • - a chart that shows all inputs and outputs, as well as their functions • - a diagram of the links between the hardware
ANSWER • a graphical representation of the sequence of operations for your robot to perform
QUESTION Constraints for a robot computer program are: • the things that make it difficult for the program to succeed • the things that the robot has to be able to do • the questions you discuss when looking at the big picture • the outputs required by the program
ANSWER the things that make it difficult for the program to succeed
QUESTION Once you have read the criteria and constraints, how should you decide what actions your Insectelligence robot is going to take? • Choose two constraints and write an algorithm • Choose two sensors and write an algorithm • Choose two insect behaviors and write an algorithm • Choose two criteria and write an algorithm
ANSWER Choose two insect behaviors and write an algorithm
QUESTION The Design Process for your project is: • Program, Design, Test, Redesign • Test, Design, Program, Redesign • Design, Program, Test, Redesign • Design, Test, Program, Redesign
ANSWER Design, Program, Test, Redesign
QUESTION An output of a robot could be: - the program that runs it - from the sensors • movement forward • none of the above
ANSWER movement forward
QUESTION Your nose could be considered: • an output for sending smell • a sensor giving input of a scent • a bumper • a microprocessor
ANSWER a sensor giving input of a scent
QUESTION To prepare to download the program into your robot you must… • have the robot plugged into the computer and the robot turned on • press the Reset button on the robot • make sure that you have opened VJC1.5se • connect the robot to the computer then press the Reset button
ANSWER have the robot plugged into the computer and the robot turned on
QUESTION When testing the light sensor, you found that… • the value for dark is a very low number, and the value for light is a high number • the value for dark is a high number and the value for light is a low number • how bright or dark it was did not affect the sensor • the robot only reads the difference in value between the light sensors
ANSWER the value for dark is a high number (255) and the value for light is a low number
QUESTION You should save your program ____ you have downloaded it to the robot. • before • after
ANSWER Before
QUESTION Your criteria tell you that the program must run for 5 minutes. Which of the following should you include in the program? • A forever loop • A 5-minute loop • An If-Then statement • A time sensor
ANSWER A forever loop
QUESTION A flowchart is….. • the path electricity follows through the sensors • a chart that shows all inputs and outputs, as well as their functions • a diagram of the links between the hardware • a graphical representation of the sequence of operations for your robot to perform
ANSWER a graphical representation of the sequence of operations for your robot to perform
QUESTION In this programming block, the robot will move: • backwards at a speed of 80 • forwards at a speed of 80 • backwards at a speed of 500 • forwards at a speed of 500
ANSWER backwards at a speed of 80
QUESTION Increasing the time on the Move block will… • do nothing, you cannot change the time on the Move command only the speed. • have the robot move for a longer period of time • have the robot move faster • cause a program fault that will stop the robot
ANSWER have the robot move for a longer period of time
QUESTION This bumper detect block: • will respond when the left front side is touched • will respond when the left side is touched • will respond when the right side is touched • will not respond to any touch on the bumpers