s.a.r.d.i.n.e presented by: ben barenz submersible autonamous remote data & imaging nautical...
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S.A.R.D.I.N.E
Presented by:
Ben Barenz
Submersible Autonamous Remote Data & Imaging Nautical Explorer
S.A.R.D.I.N.E
Submersible Robot Capable of sensing multiple environmental
parameters Image processing Communication with a base station and/or with
other robots The robot may work in a team with other
robots to accomplish a common goal.
Features
Stepper Motor Drive D/C Servo Steering Pneumatic Controlled
Ascent and Descent Automatic Hull
Pressure Control Active Balance System
(ABS) White or Infrared LED
Lighting
Series/Parallel Switchable 12V Cells
Interchangeable External Port
CMUcam2 CMOS Camera
Custom 530nm Communication System
Sensor Network
Storage Tank, Hull, and External Pressure
Water Present in Forward and Aft Sections
External and Internal Temperature
Inclinometer ABS Slug Travel Sensor IR Feedback from Stepper
Motors Ultra-sonic Ranging
Forward Control Section
ATmega 2560 Microcontroller Transceiver Interface Inter-processor Communication
Hub Sensor Analyzer
ATtiny24 Active Balance Controller
CMUcam2 SX52 Microcontroller CMOS Camera Controller Servo Control
Sensors Pressure, Temperature, Incline
Center Section
Pneumatic Controls Ascent and Descent Hull Pressurization
Ballast Tank Variable Mass Unit
Storage Tank Compressed Air Storage
Active Balance System Balance Stabilization and
Pitch Control
Center Pneumatic Section
Storage Tank Pressure Sensor
Ascent and Descent Solenoids
Hull Pressure Management Solenoid and Check
Valve Ballast Tank Active Balance System
Pneumatics Diagram
Storage TankHull Pressure
Solenoid
RegulatorAdj
Ascent Solenoid
RegulatorExterior
Vent
Storage Tank Check Valve
From Outside
Ballast Control Solenoid A
Ballast Control Solenoid B
Hull Pressure Check Valve
PP
Ballast Tank
To Outside
Open To Hull
R
Open To Hull
Adj
R
Aft Drive Section
Battery Pack Two Series/Parallel
Switchable 12V Cells Magnetically Coupled
Driving System D/C Servo Steering ATmega24 Controlled
Stepper Motor Drive Sensors
Water Sensing Speed Sensor
Testing
Field testing was performed on the robot numerous time in the bath tub, a horse tank, and the university swimming pool.
Theoretical Applications
Search Detection and Recognition Searching for a drowning victim or murder
weapon Salvage / Artifact Recovery
Recent disasters, Historic shipwrecks, etc. Reconnaissance / Exploration
Oceanographic exploration, coral reef analysis
Wireless Sensor Network
2-Tier Wireless Sensor Network Tier 1: High Frequency
RF Tier 2: Low Frequency
Tier 1
Tier 2
Buoy
SUB
Sub
Sub
Remote Station
Low Frequency WSN
High Frequency RF WSN
Wireless Sensor Networks
Homogenous Network A,B,C are given the same
task with the same resources
Heterogeneous Network A,B,C are given the same
task with different resources
A
CB
A B C