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Technology Trends A Giga-PC in 2000
Billion operations per second, Billion bits of memoryBillion bits per second Network bandwidthLess than $2 k
A Tera-PC by the year 2015 A Peta-PC by the year 2030
Exponential Growth Trends in Computer Performance
102400
100
200
400
800
1600
3200
6400
12800
25600
51200
1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014
Year
MIPS
Giga PC
10G PC
2015 2016 2017 2018 2019 2020
204800
409600
819200
1638400 Tera PC
100G PC
Doubling every 15 months
Doubling every 2 years
What do we do with all this power? Social systems not affected:
Food we eat Clothes we wear Mating rituals
The computing will transform the way, weLiveLearnWork, andCommunicate
Using Technology In Service of Humanity
Helping Aging population Disaster Rescue Accident-Avoiding Cruise Control Access to Information and Digital
Libraries Access to Education
LiteracyUrban/Rural Divide
Access to HealthcareLifelineEmergency Healthcare
Helping Aging Population
US population is aging at an alarming rate. 10% of the population will be over the age of 70 By 2030, it is estimated to be 20%
Cost of eldercare has grown dramatically over the last decade Home nursing costs between $30k and $60k annually
Explore the use of robots for elder care? 70+ age group is likely to have minor disabilities
impacting their quality of life. The three broad categories are Sensory disabilities Cognitive disabilities, and Motor disabilities
Role of Technology in Elder Care Reminding
visit the bathroom, take medicine, drink, or see the doctor
Connecting with caregivers Use tele-presence technology Professional caregivers can interact directly with remote
patients Reducing the frequency of doctor visits.
Monitoring the well-being of patients Emergency conditions can be avoided
e.g. heart failure or high blood sugar levels Help Move Objects for Arthritic Patients
Manipulating objects around the home such as Refrigerator Washing machine, or Microwave.
Help with Social Functions Many elderly live alone Deprived of social contacts
Robotics and Disaster Rescue Disaster sites are often unreachable and too
dangerous for human exploration
In most cases, rescue workers need to retrieve victims withinabout 48 hours
Pre-Disaster technology alone doesn’t help e.g. In Kobe earthquake (1995, Japan) many structures
collapsed though they were believed to be earthquake resistant
Rescue Robot Ecology: Environment, Platforms, & Role of PeopleRobots of International Rescue System Institute • Information Collection from Above
• Robotic Helicopter• Infoballoon
• Information Collection on the Rubble• Information Collection in the Rubble
• Snake Robot • Wide-Area Information Collection
• Drop-in Cell-phone Tower• Database for Rescue Management
Autonomous Cars as Eco-Technology Unsafe driving conditions
1 million casualties worldwide every year from road accidents
Over 40,000 in the US alone Annual repair bill of $55 Billion for cars in the US
Majority of road accidents caused by human errors and reduced visibility Driver fatigue, drunken driving, speeding 42% of vehicle crashes due to poor visibility conditions
Traffic jams caused by driver panic or miscalculation Excessive braking causes stop-and-go traffic Majority of jams can be avoided if 20% of cars use auto-
pilots Passengers disconcerted by irregular driving
Sudden speeds and stops highly disturbing to passengers
Also leads to high fuel consumption and wearing of vehicle
Underutilization of roads due to huge gaps between vehicles
Accident Avoiding Cruise Control
Collision warning systemsFrontal and sideways collision warnings for
buses/trains Adaptive cruise control systems
Maintain speed, navigate turns, follow vehicles, auto-park, switch lanes
Autonomous driving systemsAutonomous racing vehicles – Sandstorm,
Highlander, StanleyHighway driving for extended time periods –
Navlab 11Lane keeping and headway maintenanceObstacle avoidance by swerving and stopping
Path planning systems based on GPS and navigation maps
Close vehicle following on automated highways – platooning
VIDEO
This video shows the 5th generation of autonomous vehicle Click here to see the Autonomous Vehicle video (49.0 MB)
Access to Information and Knowledge:
Technology to the Rescue Unequal Access to Libraries at the Bottom of the Pyramid Annual estimated global spending - $42 Billion Annual estimated US spending - $12 Billion Annual estimated spending of Developing Countries – Less
than $1 Billion! Most of it goes to Salaries not Collections
Creating universal digital library containing all the books ever published is feasible today Non-destructive scanning of books possible since 2000
Language Divide Problem Unfortunately most of these books are in English
Not readable by over 80% of the population Most People cannot read books in other languages Current translation systems are not yet perfect
The Million Book Digital Library
Collaborative venture among many countries including USA, China and India
So far 400,000 books have been scanned in China and 200,000 in India
Content is made freely available around the globe
Status: The Million Book Digital Library
Collaborative venture among many countries including USA, China and India
So far over books have been scanned in China and 200,000 in India
Content is made freely available around the globe
Problems of Educatingthe Youth at Bottom of the Pyramid
In India, 70% of the 20 million children are born in low income rural communities
Of these only 50% pass the national exam at 10th grade The urban top students, usually get 90% plus marks The top rural students get 10 to 20% points less depending
on the backwardness of the area As a result, less than 1% of the candidates selected
into the elite national programs like IIT or IAS come from low income rural communities
Unless all the urban students are brilliant and rural students second rate, the country is leaving wasting 70% of the national resource of equally gifted youth
Rather than select students based a national rank, we propose that use the local-best rank to identify the gifted students independent of how their marks compare with marks of the
students in other local communities.
Step I: The Literacy Problem
Illiteracy cost around $225 b per yearOver a billion people cannot read or
writeOver 2 billion people in the world are
functionally illiteratelack of comprehension of the sentence
and the meaning of the wordsChildren and people who live in
villages need extra help to become good readers
Project Listen Reading Tutor
• Project Listen’s Reading Tutor is designed to help children improve their reading skills
At their own pace, in their own way. Installed in several schools Used by hundreds of children every day Handles students all the way from pre-school level to
grade 5 or beyond.Developed by Prof. Jack Mostow, Carnegie Mellon
University• Using the Reading Tutor a student is twice as
effective than the conventional techniques• The Reading Tutor is affordable and the
software is freeUses Sphinx-II speech recognition engineComputer recognizes what you speak and corrects
youUses Windows XP on an ordinary PC with 256MB of
memory
Step II: Educating Youth from Low Income Rural Communities
Rural youth cannot successfully compete in National Exams Urban rich kids are specially trained in coaching centers Most rural kids can’t afford and/or
Most Solutions not Scalable to Large Number of Students
Quality Teachers not available Existing Universities unable to introduce new
learning models No Access To Computer Literacy Can’t commute and can’t afford Rural Parents do not know options available for their
kids Early Specialization into Math, Physics and
Chemistry leads to narrow uni-dimensional students
One Class Fits All? Quick Learners and Slow learners
No Incentives for Broad-based Education
Limitations of Using Marks as a Metric of Giftedness
SAT, JEE, IAS all use marks as a measure for selecting the most deserving candidates
Marks are primarily a function of “Time on Task”
If all the candidates had the same training at school and at home then Marks can be seen as a Fair and Equitable method of selection
Marks are a function ofTime on TaskQuality of the TeachersEducation level of the ParentsAbility to Pay for Coaching Classes
Local Best Model Select Students based on Performance based
on Local (County) RankingRather than National Ranking as in SAT Tests Rich vs. Poor Divide Urban Vs Rural DivideTime on Task
Teaching to Test Tutorial College Syndrome Learning Vs. Memorizing (Rote Learning)
In the case of unequal training, marks are not a good measure of talent and ability
Residential
Variable Performance within Local Ranking
Mandal (County) Best?Average Marks by School in Chillakur Mandal
of Nellore Dt. LITTLE ANGEL'S (EM) H S, CHILLAKUR 511APSWRS BOYS CHILLAKUR 461Z P P HIGH SCHOOL THIKKAVARAM 376Z P HIGH SCHOOL, N. RETTAPALLI 362Z P P HIGH SCHOOL CHILLAKUR 360Z P P HIGH SCHOOL CHINTAVARAM 360Z P P HIGH SCHOOL VALLIPEDU 356Z P P HIGH SCHOOL VARAGALI 352ZP HIGH SCHOOL KADIVEDU 263
New Rural University in India Catering primarily to Rural Students
Named Rajiv Gandhi University of Knowledge Technologies
Residential – Top 1% of the graduating class admitted each year
6500 students admitted in 2008 August
Students selected using the local best model Admission is by invitation and not by Application
No Entrance Examination. The program consists of a six year integrated
curriculum after 10th grade leading to a dual degree in IT and a domain
specialization. The program uses the learning-by-doing
paradigm using personalized mentors and intelligent tutoring
systems. Each student is provided a Laptop from the
beginning. Motto: "Learning to learn, Learning to think and
Learning to live".
Access to Healthcare
Under 5 Mortality Rate One out of every 5 children dies before reaching the age
of 5 Underlying causes of many of these deaths
Poor pre-pregnancy health, Inadequate care during pregnancy and delivery, etc…
Currently, village health workers make home visits to provide Neonatal care As hospitals are not accessible and costly
Scalability and sustainability of current solutions has been a problem Accessibility to a health worker, identifying and training
health workers and providing timely support and medicine
300,000 emergencies occur per day (108 M p.a.) 80% are at the bottom of the pyramid 80% deaths occur in hospitals in the first hour 4 M deaths p.a.
Absence of 4 As Access Availability Affectionate Care Affordability
Satyam Foundation Establishes a Not-For-Profit Organization (NPO) called
EMRI to attack this problem in 2005 Initial funding of $50 Million
Emergency Scenario in India until 2004
Emergency Management Research Institute (NPO) and Public Private
Partnership (PPP) EMRI architecture and performance
leads to the following PPP (Public Private
Partnership) framework 95% of operational expenses by
Government (Public) EMRI to contribute balance 10% of
expenses and all costs of Leadership, Innovation, Research & Training, Technology
Management by EMRI to sustain long term performance at International quality and speed P P Passion
PatienceProfessionalism
+
withPeople, Process and Performance
capabilities
Partnershipdelivers targeted
Outcomes
P
Govt. ofA.P.
Govt. ofGujarat
Govt. ofMP
Govt. ofUttarakhand
Govt. of Tamilnadu
Govt. ofRajasthan
Govt. ofGoa
Govt. ofAssam
Govt. ofKarnataka
Poor PregnantPediatrics
• 24X7 Unique Emergency
Response Center staffed
with trained Communication,
Medical and Police
personnel
Emergency Response Center
Computer Telephony Integration Call Centers: Voice Loggers
GIS / Maps
GPS / AVLT
Mobile Communication
Application software for Sense, Reach and Care
ePCR (Electronic Patient Case Record) Form
Technology
Sense Reach Careprev
entio
n
Technology enhanced competitive advantage of EMRI
One Emergency Response Center per State against 6,500 in the USA
Employs latest technology (9-1-1 is a 30+ year-old )
Call handling , dispatching and ambulance control are under one roof
Availability of doctors and police in the response center
Virtual handholding by doctor/paramedic commences since call is received
• 9,000 + EMRI Associates
• 6,800 + Private Hospitals / Nursing homes
• 2,000 Police / Fire Stations
• 280 M population covered in 6 States
• 6,500 emergencies handled ( 2.4 Million annualized)
• 1,140 Ambulances - 6+ trips a day
• < 3 minutes Ambulances assigned
• < 14 minutes (urban) and < 21 minutes (rural) Ambulances reached
• 100% virtual handholding (in ambulance) by EMTs and physicians
• 130+ lives were saved daily(45,000+ till now) and 6,370 victims received timely, high-quality pre-hospital care
Today at EMRI
Andhra Pradesh
Gujarat
Sikkim
Karnataka
Orissa
Haryana
Punjab
Himachal Pradesh
Uttar Pradesh
Chatti
sgar
h
JharkhandWest Bengal
Bihar
Arunachal Pradesh
Meghalaya
Tripura
Manipur
Nagaland
Mizoram
Uttarakhand
Madhya Pradesh
Tamil NaduKerala
Jammu & Kashmir
Maharashtra
RajasthanAssam
Goa
Delhi
Medical Emergency % of Total
Rural%
Female%
AgeYrs
Pregnancy related 22 82 100 22
Injuries 18 57 18 31
Acute Abdomen 8 77 35 32
Suicide related 6 72 43 27
Cardiac related 5 66 38 42
Respiratory related 4 66 36 46
Medical Emergencies
Follow-up after 48 hours
Discharged 49 %
Stable and still in Hospital 45 %
Critical and still in Hospital 1 %
Expired 5 %
Robbery – Thief requested wife to dial 108 after 10 minutes to take the injured husband to hospital
3 Hour Neonate (Baby Girl) Buried
Firing - Between Army Commanders and Naxalites
Cyclist– Fell on road divider rod
Extraordinary Performance fromOrdinary People
Bomb Blasts AhmedabadSnake BiteSuicide Attempt
Candle Light Delivery 35 Ambulances to Bihar
Extraordinary Performance fromOrdinary People
Caring, Valuing and Respecting Life
Humaneness Humility & Commitment to
serve
Leading to Reduction in Poverty, Increase in Quality of Health and Life
What is Stopping Us?: Digital Divide Issues
Connectivity DivideAccess to free Internet for basic services?
Computer Access DivideAccessibility: Less than 5 minute walk?Affordability: Costing less than a cup of coffee per
day? Digital Literacy Divide
Language DivideLiteracy Divide
Content DivideAccess to information and knowledgeAccess to education and learningAccess to health careAccess to jobsAccess to entertainment
Necessary Conditions for Inclusive Technology
Almost Free Access to Internet Basic services free
up to 10 email and web exchanges per day Value added services at affordable rates
access to movies Clear Value Proposition
To an illiterate person in a village, the need for a PC is not obvious
A TV and/or a telephone represent a better value proposition: a PCtvt, 5 in 1 multi-function information appliance?
Accessible No more than a 5 minute walk from home?
Affordable No more than the price of a cup of coffee
Initiatives for Scalable and Sustainable Development
Connectivity: Fiber to the Village AP Broadband Project
Computer Access: Multi-Function Information Appliance PCtvt – PC, TV, PVR, Video Phone and IP phone
Capacity Building: eLearning for the Masses Software for use by illiterate people in rural communities
Content Million Book Digital Library eLearning modules for rural enterprises Village Google