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Amorphous Computers and Metamorphic Robots for use in Shape Goo. Dane Kennedy Supervisor: Shaun Bangay. Overview of Talk. Aim of project Introduce the major players Talk about pros and cons of different approaches Talk about Goo implementations Progress. Aim of overall Project.
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Amorphous ComputersandMetamorphic Robotsfor use inShape Goo Dane Kennedy Supervisor: Shaun Bangay
Overview of Talk • Aim of project • Introduce the major players • Talk about pros and cons of different approaches • Talk about Goo implementations • Progress
Aim of overall Project • To create a simulated gel like substance that is capable of changing from one shape to another arbitrary shape on demand
The two possible implementations • Amorphous Computers • Metamorphic Robots
Amorphous Computers • Computing Elements: • Processors • Sensors • Actuators • Limitations • Limited Communications Radius • Advantages • There are lots of them!
Metamorphic Robots • Definition • Independent, homogenous robotic modules • Limitations • All modules are the same • Advantages • All modules are the same!
Advantages Strength in numbers Disadvantages No a priori information Limited communications abilities Limited Memory Movement is a problem Amorphous Computers
Advantages Well defined movement characteristics Disadvantages Limited movement Limited memory Metamorphic Robots
Amorphous Computers Fish tank scenario A Non-moving robots Fish tank scenario B Free moving robots Substrate scenario Limited moving robots Metamorphic Robots Substrate of robots Limited movement robots The Goo environment
Problems/Solutions with Goo • Describing shape • Complete Description • Skeleton • Movement of modules within the goo • Moving in and out of spaces. • Orientation
Progress • Created Amorphous Computing environment • Verified various experiments done in other people’s research • Semi-Developed algorithm for metamorphic robot scenario.