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Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

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Page 1: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System
Page 2: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Sagehen Fire June 8th, 2016—Peavine

Page 3: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Dr. Graham Kent & Seismo TeamNevada Seismological Laboratory

keeping the first of many small …

—Tahoe Silicon Mountain—

June 13th, 2016

Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Wildfire

Detection System

Page 4: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Bunker Hill – Historic Fire Lookout

West of Lake Tahoe

500+ Fire Camera Towers Installed in California (20th

century)… mostly abandoned as climate change kicks into

full gear!

Public Works Meets Fire Danger

Page 5: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Kid meets FireCurry Camp Firefall

Glacier Point, Yosemite NP

Page 6: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Next to my house, San Diego, Day 1 Laguna Mountain, Day 2

Cedar Fire, 2003100,000 acres, 18 hours

Seismologist meets Wildfire

Page 7: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Angora Fire 2007–$160M + $1B economic afterglow

Page 8: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Smarter Kids Meets Wildfire

Page 9: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System
Page 10: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System
Page 11: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

King Fire

Rim Fire

Rough Fire

Weed Fire

Rocky Fire

Lake Fire

Valley FireButte Fire

Station

Washington Fire

Cedar Fire Witch Fire

estimate 5-7% of GHG loading in California

2003 2007

—10% Hit Rate—

Cap ’n Trade

Page 12: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

UC Berkeley Seismology Lab detects earthquake initiation–M6.0 earthquake averted, region feels a M3.4 joltAn Unlikely Earthquake Early

Warning Headline

Fire is different relative to other hazards!

Page 13: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Fire Cameras 1.0

CCTV, analog, poor resolution, power hungry

Disruptive Technology

pilotless cars–machine vision4K

Moore’s Law 2X/18 mo.

Raul Rojas (UNR)

Page 14: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Internet of (burning) Things… Got Resilience ?

Snow Valley Peak, Lake Tahoe

Page 15: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

AlertTahoeAccess to Leverage Emergency information in Real Time

Multi-purpose, Integrated Hazard Platform

…it’s the network and scalable!

Page 16: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System
Page 17: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Can a multi-hazard approach help provide a hardened EEW network ?

communication path

“Surprisingly, there isn’t even a good map of the Internet’s highways and byways to clearly show locations that, if taken out, would severely hamper the system. “Everybody assumes somebody knows, but after a while you find out nobody actually knows,” said Paul Barford, a professor of computer science at the University of Wisconsin”

ShakeAlert coming soon …

Page 18: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Wayne Huntsman* King Fire 2014

$140M 97,000+ acres

Ronald Beau Marshall* Boles/Weed Fire 2014

150 residences 479 acres

Keith Emerald** Rim Fire $127M

257,000+ acres

*suspects are awaiting trial** dismissed, two main witnesses died

—Creeper Hall of Fame—

Lightning

System Design—multiple fires

Page 19: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

AlertTahoe

Multi-Hazard

USFS,TPC &others

Existing Fire CameraFC

Funded, 2016 InstallFC

2016 TPC/Alert funded

FC

FC

FC

FC

FC

AlertTahoe Fire Camera Network Topology

FC

–backbone network topology shown

Future Seismometers

FC

FC

UNR

Camino

FC

FC

FC

Seismometers

FC

FC

FC

Slide

Mt.

Diamond

Peak

Fallen

Leaf Lk

Ophir

Peak

FC

FC

FC

FC

FC

FC

FC

FC

FC

FC

FC

FC

2016 TPC opportunity

2017 opportunity

FC

Emerald

Bay

Bald Mt.

FC

FC

FC

Mesh Topology=Resiliency

Page 20: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

BLM WildlandFire Camera Program

Page 21: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Cold Springs Fire, August 14th, 2015–Discovery

Page 22: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

#telepresence

Page 23: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Elephant Fire, Central Nevada –Early Intel, Scale Resources Up Now!

Page 24: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Spooner Lake Fire–Super Scooper Special Forces Equivalent

Homewood

Snow Valley Peak

Page 25: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Hammer Fire—Lighting Hunt

Page 26: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Go to near-IR

Page 27: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Washington Fire, 2nd day! (Watch Fire Behavior)

Page 28: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

2 fer!

Lake Village

Scout Peak

July 30th, 2015

Page 29: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

(1) Incident Command

(3) Machine Vision

(2) Crowd Sourcing

Page 30: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

“Live View”

Page 31: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

NOAA Reno Camera in “Rover 360°” Mode

–implementation, Summer 2016

Page 32: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Machine Vision Algorithm underway, Raul Rojas (UNR)

Page 33: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Jordan Valley, OR Fire, 104 miles away!

Page 34: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Fire Growth Model- 6 Hour Burn

Wifire (UC San Diego, SDSC) Use Case: Fire Growth

•Goal: Simulate fire growth in southern California and Lake Tahoe area•Run FARSITE and Firefly•Inputs:–Landscape (topography, fuel, etc.)–Weather (wind, temperature, humidity, etc.)–Ignition perimeter

•Outputs:–Fire perimeters

Page 35: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Goal: $2M Build Out and 10 year O/MCost: 1.25% of losses,

Angora Ridge Fire, 2007

Angora Ridge Fire, 2007 1% and 3% area,

Rim (2013) and King (2014) fires

private and public effort

King

v.

Tahoe

Page 36: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Think Different !

Genghis Khan

Silver Service, USS Idaho

Page 37: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Washington Fire

Jobs Ranch Incident

King Incident

Logan Creek&Mallard Incident

King Holdover Incident

4th ofJuly Incident

Kahle Meadows Incident

Lake Village Incident

Scout Peak Incident

Caughlin Incident

Spooner Lake Incident

Red Rocks Incident

AlertTahoe

BLM Fire Camera Program

Midas Incident

Jordan Valley Fire

Elephant Fire

Boulder Incident

Midas 2 Incident

PX Ranch Incident

Bob Incident

Cold Springs Fire

Cowboy 2 Incident

Waterlog Incident

Thank You !

special thanks to: Paul Petersen (BLM),Mac Heller (USFS),Kit Bailey (USFS)

Questions?

Page 38: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

One more thing ….

Page 39: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

• DJI F550 Hexacopter multi-rotor platform

• IP-based solution end-to-end using Axis M7001 video encoder

• HD 1080p

Insert live video stream from AUV/drone into microwave IP-based network–demo

$12,548,710.60

Page 40: Wildfire and Artificial Intelligence: How a Middle School Project Turned into Tahoe’s Sophisticated Wildfire Early Detection System

Live IP Insertion from Hexacopter — 1080p, 10 fps