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The software industry
Desktop publishingStreaming media
Commercial cloud computing
Electronic commerce
Today’s mobile communication services
1970 Ford Mustang 2015 Ford Mustang
Size: about the sameSpeed: about the sameEfficiency (MPG): about the sameValue (cost relative to performance): about the same
1971 Intel 4004(2,300 transistors)
2015 Intel Xeon(4,300,000,000 transistors)
Size: area occupied by a transistor reduced by 1,000,000xSpeed: operations per second increased by 100,000xEfficiency (operations per watt): improved by 6,750xValue (dollars per instruction): improved by 2,700x
1970 Ford Mustang
What if cars had improved as rapidly as microprocessors?
2015 Intel Xeon
Size: A car would be smaller than an ant(About 1/5th of an inch long)
Speed: A car would go 6,000,000 miles per hour(San Francisco to New York in 1.7 seconds)
Efficiency: A car would get 100,000 miles per gallon(San Francisco to New York on 1/2 cup of fuel)
Cost: A car would cost less than $10
Energy & Sustainability
Security, Privacy, & Safety
Advancing the Developing World
Medicine & Global Health
Education
ScientificDiscovery
Transportation
Neural Engineering
Elder CareAccessibility
Interacting with the Physical World: “The Internet of Things”
mobile computing
robotics
computer vision
machine learning
human computer
interaction
data science
sensors
natural language
processing CORE CSEAI, systems,
theory, languages, etc.
cloud computing
Technology Policy and Societal Implications
Energy & Sustainability
Security, Privacy, & Safety
Advancing the Developing World
Medicine & Global Health
Education
ScientificDiscovery
Transportation
Neural Engineering
Elder CareAccessibility
Interacting with the Physical World: “The Internet of Things”
Technology Policy and Societal Implications
Energy & Sustainability
Technology Policy and Societal Implications
Advancing the Developing World
Accessibility
ScientificDiscovery
Education
Medicine & Global Health
Energy & Sustainability
Security, Privacy, & Safety
Advancing the Developing World
Medicine & Global Health
Education
ScientificDiscovery
Transportation
Neural Engineering
Elder CareAccessibility
Interacting with the Physical World: “The Internet of Things”
mobile computing
robotics
computer vision
machine learning
human computer
interaction
data science
sensors
natural language
processing CORE CSEAI, systems,
theory, languages, etc.
cloud computing
Technology Policy and Societal Implications
Continuous Capture of Physiological Data
Microphone
Speakers
Wireless Antenna/SignalGSM/LTE/WIFI/BT
Capacitive touch
Accelerometer/Gyro
Camera/Flash
Using Mobile Phones for Diagnostics
Cough analysis
Sleep apneaSpirometry SP0₂
Bilirubin
Hemoglobin
Blood pressure Osteoperosis
Pulmonary Blood screening Cardiovascular Disease Specific
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