millimeter-scale robotics at the mitre corporation€¦ · mitre’s millimeter-scale robotics...
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![Page 1: Millimeter-Scale Robotics at The MITRE Corporation€¦ · MITRE’s Millimeter-scale Robotics Research. 0. 1995 – Proposed that a miniature walking robot could be used as a demonstration](https://reader033.vdocument.in/reader033/viewer/2022060311/5f0ac85c7e708231d42d515d/html5/thumbnails/1.jpg)
Mark TaczakJackson Ludwig
Alex GatesJames C. Ellenbogen
MITRE Nanosystems Group
24 February 2005
© All materials herein copyright 1996-2004 The MITRE Corporation, McLean, VA, unless otherwise attributed.
Millimeter-Scale Robotics at The MITRE Corporation
Presentation at 1st Very Small Robots Workshop, McLean, VA
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Outline0 Introduction: Why are we interested in small robots?
0 Evolution of the MITRE millirobot
0 Present system design of MITRE millirobot
0 Our efforts in engineering and building a tiny robot- Nanoelectronic circuits for locomotion (Alex Gates)- MEMS chassis fabrication and testing
0 Closing remarks
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
MITRE’s Broadly-Based R&D Programin Nanotechnology
Targeted Basic Science and Technology
Applications Focused on the National Need
20 staff performed nanotech R&D at MITRE during Summer ‘04,including 9 outstanding undergrads & high school students
Collaboration of extraordinarily talented young peoplewith senior staff has been integral to our work
Summer 2004 MITRE Nanosystems Group
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
MITRE’s Broadly-Based R&D Program in Nanotechnology
Carbon NanotubeBasedCircuits
& Materials
Carbon NanotubeBasedCircuits
& Materials
Millimeter-ScaleRobotics
Millimeter-ScaleRobotics
Nano-PowerR&D
Nano-PowerR&D
NanosensorsR&D
NanosensorsR&D
12-Year R&D Effort Started with Central Question:
What should a nanocomputer
“look” like?
Novel Techniquesfor
Nanofabrication
Novel Techniquesfor
Nanofabrication
MolecularDevices, Circuits,& Nanocomputer
Architectures R&D
MolecularDevices, Circuits,& Nanocomputer
Architectures R&D
QuantumDevice
Modeling& Analysis
QuantumDevice
Modeling& Analysis
Bio-Nanotechnology
R&D
Bio-Nanotechnology
R&D
20 staff performed nanotech R&D at MITRE during Summer ‘04,including 9 outstanding undergrads & high school students
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Millimeter-scale Robotics:Integrating Nanoelectronics with Micromachinery0 Objective: Reduce the size of
electronic devices and systems through the use of integrated nanoelectronics, nanocomputers, and nanosensors
3 mm
Battery PhotocellControlComputers
Micro-fabricated
Legs
Next-Generation,Low-Power, Ultra-Lightweight
Information Systems
Nanometer-Scale
Electronics
Micron-Scale
Machines
RationaleExplore the nature
of future info. systems
• Ultraminiature sensors & self-repairing materials
• Smart prosthetics: electronics integrated with living systems
• Information processing as a property of matter
Conceptual drawing of MITRE Millirobot
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
History of MITRE’s Millimeter-scale Robotics Research
0 1995 – Proposed that a miniature walking robot could be used as a demonstration platform for nanoelectronic computers
0 1998 – Attended DARPA Micrites Workshop, which inspired researchers to examine the possibility of using millimeter-scale robotics as a stepping stone to smaller scales
0 2000 – Initial adaptation of system-level designs into something that could be fabricated
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Ten Year Evolutionof the MITRE Millirobot
1995
2004
1999
2001
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Millimeter-scale Robotics Research Goals0 Initial goals of research
- To identify those technologies which could drive forward the area of tiny robotics
- To identify those areas that need further innovation and development
- To show that that previously-demonstrated components can be integrated at the system level
0 MITRE brings a systems engineering approach to the development of a small-scale robot- Integrate “off-the-shelf” components and processes …- … but develop and encourage new technology where
necessary
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Essential Features of Millirobot System Design0 Demonstration platform for
integrated nanocomputers & sensors
0 Millimeter-scale mobile platform that is- Autonomous- Self-powered- Mass-producible- Implemented with readily-
available technology- Able to communicate
wirelessly0 Stepping stone to first
microrobots
Full-Scale Millirobot Mockup on a Dime
3 mm
Battery PhotocellControlComputers
Micro-fabricated
Legs
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Present Millirobot Design
Solar cell for energy harvesting
Articulated legs
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Present Millirobot Design
Top view
Bottom view
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Present Millirobot Design
NanoelectronicSensors andControllers
Hollow Folding Legs Electrostatic Actuators
~10 µm
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Hierarchical Engineering of Tiny Robots
Power Chassis ControlCommunication
Tiny Robots
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Hierarchical Engineering of Tiny Robots
Power Chassis
Harvesting Storage Management
ControlCommunication
Tiny Robots
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Hierarchical Engineering of Tiny Robots
Power Chassis
Fabrication Locomotion Actuation
ControlCommunication
Tiny Robots
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Hierarchical Engineering of Tiny Robots
Power Chassis Communication
Method Bandwidth Range
Control
Tiny Robots
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Hierarchical Engineering of Tiny Robots
Power Chassis Communication
Mission Algorithm Circuitry
Control
Tiny Robots
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Hierarchical Engineering of Tiny Robots
Power Chassis Communication
Mission Algorithm Circuitry
Control
Tiny Robots
![Page 19: Millimeter-Scale Robotics at The MITRE Corporation€¦ · MITRE’s Millimeter-scale Robotics Research. 0. 1995 – Proposed that a miniature walking robot could be used as a demonstration](https://reader033.vdocument.in/reader033/viewer/2022060311/5f0ac85c7e708231d42d515d/html5/thumbnails/19.jpg)
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Outline0 Introduction: Why are we interested in small robots?
0 Evolution of the MITRE millirobot
0 Present system design of MITRE millirobot
0 Our efforts in engineering and building a tiny robot- Nanoelectronic circuits for locomotion (Alex Gates)- MEMS chassis fabrication and testing
0 Closing remarks
![Page 20: Millimeter-Scale Robotics at The MITRE Corporation€¦ · MITRE’s Millimeter-scale Robotics Research. 0. 1995 – Proposed that a miniature walking robot could be used as a demonstration](https://reader033.vdocument.in/reader033/viewer/2022060311/5f0ac85c7e708231d42d515d/html5/thumbnails/20.jpg)
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Scope of Millirobot Control CircuitryMillimeter-scale Robot
3 mm
Battery PhotocellControlComputers
Figures from http://www.laas.fr/RIA/RIA-demo-trailer-navigation-fr.html
0 Motor control circuits
0 Motor driver circuits
0 Voltage regulator (high voltage for motors, low voltage for circuits)
0 Steering, navigation & object avoidance
0 Sensor monitoring
0 Communications circuits
Robot Obstacle Avoidance
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Approach:
Analyze requirements for control circuit
Design a logic-levelcontrol circuit
Map logic-level designto nanowire architecture
Simulate final nanowirecircuit with SPICE tools
Millirobot Nanoelectronic Control Circuits
Next-Generation,Low-Power, Ultra-Lightweight
Information Systems
Nanometer-Scale
Electronics
Micron-Scale
Machines& Sensors
RationaleMillirobot project explores thenature of future info. systems
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Millirobot Nanoelectronic Control Circuits0 Control Circuit Requirements
- Allow the millimeter-scale robot to walk forward using the statically stable tripod gait
- Operate with minimized processing and sensor input
0 Circuit operation- Generate square waves 90° out
of phase for each leg set- Use as power signals for the
comb drive actuators
Signals 90° Out of Phase
Tripod Gait
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Major Componentsof Motor Control Circuit
0 Tripod Switch
0 Oscillator
0 2-Bit Counter starting at 0
0 2-Bit Counter starting at 1
0 Motor Driver
Millirobot Control Circuit
Tripod Switch
Motor Driver
2-Bit Counter
Oscillator
2-Bit Counter
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Schematic Viewof Millirobot Motor Control Circuit
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Nanoelectronics Overview
Nanowire on a Human Hair
Nanowire Transistors
0 Nanowires are single crystal strands commonly of Silicon (Greytak, 2004)
0 Easily fabricated using Vapor-Liquid-Solid deposition catalytic assisted growth (Gudiksen, 2002)
0 At crossbar junctions, transistors and diodes are formed (Cui, 2001)
0 Programmable with the addition of electrostatic molecules (Dehon, 2004)
50 µm
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Nanoelectronic Implementationof Robot Control Circuits
Figures from DeHon, A. et al., “Proc. Intl. Symp. FPGA,” pp. 123–132 (2004) and DeHon, A., “Array-Based Architecture for FET-Based, Nanoscale Electronics,” IEEE Transactions on Nanotechnology, Vol. 2, pp. 23-32 (2002)
DeHon’s crossbar architecture:
0 Utilizes the concept of Programmable Logic Arrays (PLA)
0 Composed of a combination of transistors and diodes
0 Defect tolerant
0 Uses a large number of clocks
0 Requires the use of randomized addresses
Examples of Nanowire Circuits Made by DeHon
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Results:Crossbar Schematic of 2-bit Counter
Transistor Junction
Diode Junction
Microwire
P-type Nanowire
N-type Nanowire
KEYOR-PlaneInverters
Inverters
Buffer
OR-Plane
All Digital Control Logic SuccessfullyMapped to Caltech Architecture
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Results:Final Nanoelectronic Millirobot Control Circuit
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Results:Inverter Simulation
Simulation Input Functions
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Results:Inverter Simulation
Simulation Input Functions Inverter Output
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Results:Inverter Simulation
Simulation Input Functions Inverter Output
Figure From: S. Das et al. “Architectures and Simulations for Nanoprocessor Systems Integrated on the Molecular Scale.” Submitted for Publication.
Advanced Simulation Inverter Output
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Results:Inverter Simulation
Simulation Input Functions Inverter Output
Figure From: S. Das et al. “Architectures and Simulations for Nanoprocessor Systems Integrated on the Molecular Scale.” Submitted for Publication.
Advanced Simulation Inverter Output
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Results:Full Circuit Simulation
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Results:Full Circuit Simulation
Logic Simulation
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Nanoelectronic Circuits:Conclusions and Future Work
0 Nanoelectronic circuits could potentially further miniaturize circuit-machine systems
0 Future Work:
- Nano-oscillator needed to create the control pulse
- Voltage regulators needed to control the circuit and actuator voltages
- Interconnect system needed for nanoelectronic-MEMS interface
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Outline0 Introduction: Why are we interested in small robots?
0 Evolution of the MITRE millirobot
0 Present system design of MITRE millirobot
0 Our efforts in engineering and building a tiny robot- Nanoelectronic circuits for locomotion (Alex Gates)- MEMS chassis fabrication and testing
0 Closing remarks
![Page 37: Millimeter-Scale Robotics at The MITRE Corporation€¦ · MITRE’s Millimeter-scale Robotics Research. 0. 1995 – Proposed that a miniature walking robot could be used as a demonstration](https://reader033.vdocument.in/reader033/viewer/2022060311/5f0ac85c7e708231d42d515d/html5/thumbnails/37.jpg)
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Initial Fabrication of the MITRE Millirobot
Next-Generation,Low-Power, Ultra-Lightweight
Information Systems
Nanometer-Scale
Electronics
Micron-Scale
Machines& Sensors
RationaleMillirobot project explores thenature of future info. systems
![Page 38: Millimeter-Scale Robotics at The MITRE Corporation€¦ · MITRE’s Millimeter-scale Robotics Research. 0. 1995 – Proposed that a miniature walking robot could be used as a demonstration](https://reader033.vdocument.in/reader033/viewer/2022060311/5f0ac85c7e708231d42d515d/html5/thumbnails/38.jpg)
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Next-Generation,Low-Power, Ultra-Lightweight
Information Systems
Nanometer-Scale
Electronics
Micron-Scale
Machines& Sensors
RationaleMillirobot project explores thenature of future info. systems
0 Initial MEMS work was conducted in 2002
0 Fabrication performed through MEMSCAP MUMPs (Multi-User MEMS Processes)
Initial Fabrication of the MITRE Millirobot
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
24 February 2005
Initial Fabrication of the MITRE Millirobot
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Fabrication and Testing0 Later design iterations built
upon our first efforts- Refined and improved
components- Designed new devices- Began combining and
integrating previously fabricated devices
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
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Selected Devices from Testing
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
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Fabrication and Testing 0 New lab under
construction here in McLean will have facilities dedicated totiny robot development
0 Capabilities to include:- Mechanical
manipulation- Electrical
characterization- Electrostatic actuator waveform generation- Chemical post-processing
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
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Next Steps in Fabrication0 New fabrication process
- 5-layer process allows more complex devices and better integration
- First 5-layer prototypes mid-20050 “MEMS-plus”
- Experiment with enhancing MEMS devices with other technologies
- Shape Memory Alloy (SMA), Silicon-On-Insulator (SOI)
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© All materials herein copyright 1996-2005 The MITRE Corporation, McLean, VA, unless otherwise attributed. All rights reserved.
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Acknowledgements
0 Previous Millirobot team members- Johann Schleier-Smith - Kevin Wegener- David Routenberg - Alan Christiansen- Thomas Sullivan - Noam Tene- Andrea Jensenius - James Ellenbogen
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Summary of Ideas
0 Multi-functionality of materials- Structures as actuators- Electronics as structures
0 Biological inspiration…- But not bio-mimicry
0 Efficiency- Don’t waste anything- Look at the system, not the components
0 Power- Design around it from the start