Index

A

acquisition cost, 83

adaptations. See healthcare adaptations

administrative system modernization

in banking industry, 130-132

in healthcare industry, 132

Adoption Decision Dashboard, 17-18

adoption factors. See Innovation Adoption Factors Model

adoption of innovations, 15-17

case study, 193-207

Innovation Adoption Factors Model, 16-17, 182-183

Innovation Pathway, 15, 179-181

Affordable Care Act (ACA)

analytics support in, 44-45

customer focus, 53

Allen, Ray, 152

analytics

customer analytics in retail industry, 63-66

healthcare adaptations. See also innovations

customer focus in, 177-178

dashboard reporting, 171-172

list of, 167-168

microsegmentation, 172-173

obesity detection, 168-169

peer-to-peer information sharing, 175-176

predictive modeling, 173-175

team performance, 176-177

well-being indexes, 170-171

healthcare adaptations discovery process, 5-6

analytics adaptations, 13-14

analytics sweet spots, 9-13

industry challenges, 5-8

industry strengths, 8-9

healthcare analytics

challenges, 41-55

current and future state of, 40-41

innovations in, 2-5

creativity, 3-5

high risk/high reward, 3

importance of, 2-3

in retail industry, 57-58

analytics sweet spots, 9-13. See also innovations

in banking industry, 127-139

administrative system modernization, 130-132

multichannel messages, 132-133

predictive analytics, 133-139

transaction processing, 128-130

big data promises, 12

customer focus, 10-11

personal data collection, 11

in political campaigns, 92-111

data democratization, 107-111

polling, 92-102

predictive analytics, 102-107

predictive analytics, 10

privacy concerns, 13

in retail industry, 67-81

customer lifetime value (CLV), 74-76

market segmentation, 76-79

predictive analytics, 68-74

social media data collection, 79-81

sociology of, 13

in sports industry, 148-164

big data promises, 160-164

performance metrics, 149-156

predictive analytics, 156-160

technology game changers, 12

ATMs (automated teller machines), 128-129

auto racing, predictive modeling for, 161

Axelrod, David, 84

Ayer, Robert, 158

B

balance sheet improvements in banking industry, 123-124

“Banking for Success: Using Analytics to Grow Wallet Share” (IDC Financial Insights), 131

banking industry

analytics sweet spots, 127-139

administrative system modernization, 130-132

multichannel messages, 132-133

predictive analytics, 133-139

transaction processing, 128-130

challenges, 118-120

creative adaptations from, 14

crisis in, 113-114

explained, 113-118

health insurance industry comparison, 116-117

hierarchy of needs, 127

logical adaptations from, 13-14

mission of, 23

predictive analytics, 10

regulations, 120

size of, 115

strengths of, 9, 121-127

balance sheet improvements, 123-124

cost-cutting initiatives, 121-123

customer engagement, 124-127

Barea, Jose, 159

on-base and slugging percentage (OPS), 150

on-base percentage (OBP), 150

baseball, predictive modeling. See also Sabermetrics

for fastballs, 159-160

for pitching and fielding, 162-163

basketball, predictive modeling for, 158-159, 161-162

Battier, Shane, 159

Beane, Billy, 147, 150

behavior change

health and, 22, 27-29

modeling, 10, 51-52

Behavioral Risk Factor Surveillance System (BRFSS), 101, 171

Berwick, Don, 4, 184

Biden, Joe, 89

big data promises, 12, 48-49

in banking industry

customer engagement, 125-126

IT system modernization, 122

in political campaigns, 83-85, 90-91

in retail industry, 65-66

in sports industry, 160-164

BMI (body mass index), 50, 72, 107

Bradley, Elizabeth, 21

BRFSS (Behavioral Risk Factor Surveillance System), 101, 171

brick and mortar

clicks versus, 59-60

repurposing

in banking industry, 121, 126-127

in healthcare industry, 121-122

Brock, Thomas, 182

Bryant, Kobe, 145, 152, 159

Bureau of Consumer Financial Protection, 120

burning platform, 186

business drivers. See strengths

business needs

alignment with, 53-54

societal needs versus, 37-38

buying data, 72-73

Bynum, Andrew, 151

C

Cameron, Gordon, 135

Canadian Index of Well-Being (CIW), 98

Capra, Frank, 115

cause and effect theory, 186

challenges

to banking industry, 118-120

to healthcare adaptations discovery process, 5-8

to healthcare industry, 23-32

case study, 193

customer engagement, 30

inefficiency, 29-30

monetization of challenges, 31-32

mortality amenable to healthcare rate in U.S., 25-27

outcomes, 24-25

social factors in health outcomes, 27-29

in political campaigns, 85-87

hold the base, 87

swing votes, 85-86

to retail industry, 58-62

bricks versus clicks, 59-60

customer experience, 60-62

economy, 59

to sports industry, 141-143

Chandler, Tyson, 151

Chang, Yu-Han, 161

Cignifi, 136

CIW (Canadian Index of Well-Being), 98

clicks, 8, 12, 59-60

clinical practice

converting scientific research to, 25-27

decision support in, 45-48

CLV (customer lifetime value), 74-76

Collaborative Planning, Forecasting, and Replenishment (CPFR) systems, 63

communications, 191-192

competitive advantages in healthcare marketplace, 38-39

confirmation bias, 4, 178, 185-186

conversion rate, 64-65

CoreLogic, 137

“The Cost Conundrum” (Gawande), 29

Cost-cutting initiatives in banking industry, 121-123

costs. See pricing

cottage industry, healthcare industry as, 35-36

CPFR (Collaborative Planning, Forecasting, and Replenishment) systems, 63

creativity

in healthcare adaptations, 13-14

in innovation, 3-5

credit performance, improving, 123-124

CRM (customer relationship management) systems, 63

customer analytics

in banking industry, 130-131

in retail industry, 63-66

customer engagement

in banking industry, 124-127

CVS/Caremark example, 77-78

dashboard reporting, 171-172

by healthcare industry, 30

monetization of, 31

polling, 92-102

microsegmentation, 172-173

predictive modeling, 173-175

in sports industry, 143-145

customer experience, retail versus healthcare industries, 60-62

customer focus, 10-11

appreciation for, 52-53

in healthcare adaptations, 177-178

personal data collection, 11

of retail industry, 58

customer lifetime value (CLV), 74-76

customer power, 7

customer relationship management (CRM) systems, 63

customer value, optimizing in retail industry, 62-63

customers

banking industry trends, 118

in healthcare industry, defined, 32

CVS/Caremark, customer engagement, 77-78

D

Dampier, Erick, 159

Danesis, Samantha, 161

Dantley, Adrian, 159

dashboard reporting, 45-46, 171-172

data collection. See also personal data collection

in banking industry

customer engagement, 125-126

IT system modernization, 122

for predictive analytics, 133-139

big data promises, 12, 48-49

buying data, 72-73

data source optimization, 49-51

mobile communication and, 54-55

by political campaigns, 90-91, 105-106

privacy concerns, 13

in retail industry, 65-66

in sports industry, 149-156

technology game changers, 12

via social media, 79-81

data democratization in political campaigns and healthcare industry, 107-111

data integration, challenges of, 42-44

data sources, optimizing, 49-51

data-driven management in sports industry, 147-148

decision stage (Innovation Pathway), 181

decision support in clinical practice, 45-48

democratization of data in political campaigns and healthcare industry, 107-111

design factors (Innovation Adoption Factors Model), 183-193

communications, 191-192

compatibility, 188

complexity, 188

individual’s acceptance, 189-190

innovation attributes, 187-189

leadership, 192-193

organization capabilities, 189-191

program theory/model, 190

prototyping, 191

readiness, 191-193

relative advantage, 187-188

skills and competencies, 190-191

trialability, 188-189

design stage (Innovation Pathway), 180

discovery process for healthcare adaptations, 5-6

analytics adaptations, 13-14

analytics sweet spots, 9-13

industry challenges, 5-8

industry strengths, 8-9

Dodd-Frank Wall Street Reform and Consumer Protection Act, 120

E

economic challenges to retail industry, 59

education, performance metrics, 155-156

efficiency

of banking industry, improvements to, 121-123

of healthcare industry, 29-31

Eggers, William, 182

EHRs (electronic health records), data integration with, 42-44

election campaigns. See political campaigns

Emanuel, Rahm, 117

employee salaries in sports industry, 145-146

EMRs, 42-44

execution stage (Innovation Pathway), 181

F

Federer, Roger, 144

Ferle, Ewan, 184

FICO score, 134

Fieldf/x, 163

finance industry, performance metrics, 153

Fitzgerald, Larry, 145

FiveThirtyEight Methodology (Silver), 102

Formula One auto racing, predictive modeling for, 161

fundraising in political campaigns, 87-89

G

gambling in sports, 143, 145

Gandhi, Mahatma, 52

Ganeshapillai, Gartheeban, 159-160

Gasol, Pau, 159

Gawande, Atul, 29

GDP (Gross Domestic Product), 98

Gladwell, Malcolm, 182

Goethe, 181

Goldsberry, Kirk, 151-152

Great Recession, 6

Green Dot, 119

Gross Domestic Product (GDP), 98

Gruman, Jesse, 53

Guttag, John, 159-160

H

Hadoop, 12

Hasenfeld, Yeheskel, 182

HCAHPS (Hospital Consumer Assessment of Healthcare Providers and Systems) surveys, 94-95

health

behavior change and, 22, 27-29

defined, 20

Health Improvement Capability Score (HICS), 14, 134, 138-139, 174

health information exchange (HIE), 43

Health Information Technology for Economic and Clinical Health (HITECH) Act, 42

health insurance industry. See healthcare industry

Health Leads, 138-139

healthcare adaptations. See also innovations

customer focus in, 177-178

dashboard reporting, 171-172

discovery process for, 5-6

analytics adaptations, 13-14

analytics sweet spots, 9-13

industry challenges, 5-8

industry strengths, 8-9

list of, 14, 167-168

microsegmentation, 172-173

obesity detection, 168-169

peer-to-peer information sharing, 175-176

predictive modeling, 173-175

team performance, 176-177

well-being indexes, 170-171

healthcare analytics. See also analytics

challenges, 41-55

big data promises, 48-49

business needs alignment, 53-54

customer focus, 52-53

data integration, 42-44

data source optimization, 49-51

decision support, 45-48

healthcare reform support, 44-45

mobile communication, 54-55

population health improvements, 48

predictive analytics, 51-52

current and future state of, 40-41

healthcare industry

administrative system modernization, 132

banking industry comparison, 116-117

care delivery statistics, 35

challenges to, 23-32

case study, 193

customer engagement, 30

inefficiency, 29-30

monetization of challenges, 31-32

mortality amenable to healthcare rate in U.S., 25-27

outcomes, 24-25

social factors in health outcomes, 27-29

comparison with other industries

differences, 32-35

similarities, 35-40

as cottage industry, 35-36

customer experience, retail industry versus, 60-62

data democratization, 107-111

expenditures in U.S., 20-22

market-oriented solutions for, 36-37

mission of, 20-23

multichannel messages in, 133

performance metrics, 153-156

polling within, 92-102

repurposing physical space, 121-122

retail industry, comparison with, 60-62, 70-71

revenues in U.S., 35

sports industry comparison, 141-143

healthcare reform

analytics support in, 44-45

customer focus, 53

health-risk-assessment (HRA) surveys, 72

Henehan, Aaron, 161

HICS (Health Improvement Capability Score), 14, 134, 138-139, 174

HIE (health information exchange), 43

Hill, Grant, 159

HITECH (Health Information Technology for Economic and Clinical Health) Act, 42

hold the base in political campaigns, 87

Hospital Consumer Assessment of Healthcare Providers and Systems (HCAHPS) surveys, 94-95

“How Companies Learn Your Secrets” (Pole), 68

Howard, Dwight, 151

HRA (health-risk-assessment) surveys, 72

hyper-competition, 7

I

IBM’s Watson technology, 47-48, 129

IDC Financial Insights, 131

idea generation factors (Innovation Adoption Factors Model), 183-187

burning platform, 186

cause and effect theory, 186

comfort with new ideas, 183-184

confirmation bias, 185-186

ideation maturation, 185

innovation receptivity, 183

norms and beliefs about change in general, 184-185

quality of idea, 185

survival pressures, 184

urgency and timing, 186

window of opportunity, 187

ideas

adoption of, 15-17

case study, 193-207

Innovation Adoption Factors Model, 16-17, 182-183

Innovation Pathway, 15, 179-181

creativity in innovation, 3-5

Implementation (Pressman and Wildavsky), 181

inefficiency of healthcare industry, 29-31

Innovation Adoption Factors Model, 16-17, 182-183

case study, 193-207

design factors, 183-193

communications, 191-192

compatibility, 188

complexity, 188

individual’s acceptance, 189-190

innovation attributes, 187-189

leadership, 192-193

organization capabilities, 189-191

program theory/model, 190

prototyping, 191

readiness, 191-193

relative advantage, 187-188

skills and competencies, 190-191

trialability, 188-189

idea generation factors, 183-187

burning platform, 186

cause and effect theory, 186

comfort with new ideas, 183-184

confirmation bias, 185-186

ideation maturation, 185

innovation receptivity, 183

norms and beliefs about change in general, 184-185

quality of idea, 185

survival pressures, 184

urgency and timing, 186

window of opportunity, 187

Innovation Pathway, 15, 179-181

innovations. See also analytics sweet spots

adoption of, 15-17

case study, 193-207

Innovation Adoption Factors Model, 16-17, 182-183

Innovation Pathway, 15, 179-181

in analytics, 2-5

creativity, 3-5

high risk/high reward, 3

importance of, 2-3

integration of data, challenges of, 42-44

IT system modernization in banking industry, 122

It’s a Wonderful Life (film), 115

J

James, Bill, 148

James, Brent, 4

Jobs, Steve, 3

K

Kennedy, John F., 180

key business drivers. See strengths

Kingdon, John, 182

Kissinger, Henry, 192

Kodak moments, 4-5, 39-40

L

leadership, 192-193

Lewis, Rashard, 152

life expectancy in U.S., 24-25

Lin, Jeremy, 144

M

M&A (mergers and acquisitions) in banking industry, 123

machine-enabled clinical support, 47-48

Maheswaran, Rajiv, 161

Majerle, Dan, 159

management approach in sports industry, 147-148

market segmentation

in banking industry, 125

in healthcare marketplace, 38-39

in political campaigns, 90

retail versus healthcare industries, 76-79

market-oriented solutions for healthcare industry, 36-37

Maslow, Abraham, 20

Maslow’s hierarchy of needs, 20, 40

math usage in political campaigns, 90-91

McGee, JaVale, 151

McGlynn, Elizabeth, 27

McGrady, Tracy, 159

McHale, Kevin, 159

McKee, Lorna, 184

media channels in political campaigns, 90

merchandise (optimizing customer value), 63

mergers and acquisitions (M&A) in banking industry, 123

Merrill, Douglas, 136

messaging in political campaigns, 89-90

microlistening, 105

microsegmentation

in banking industry, 125

healthcare adaptation of, 172-173

in political campaigns, 90

military, personal data collection in, 11

MIT Annual Sports Analytics Conference, 158

mobile communication, 8, 12

in banking industry, 122-123, 132-133

healthcare analytics and, 54-55

in healthcare industry, 133

personal data collection, 79-81

in retail industry, 66-67

mobilization of political campaigns, 91

modeling behavior change, 10, 51-52

money in political campaigns, 87-89

Moneyball, 144, 146, 150-151

mortality amenable to healthcare rate in U.S., 25-27

mortality rate in U.S., 24-25

motivation in political campaigns, 91

multichannel messages

in banking industry, 122-123, 132-133

in healthcare industry, 133

in political campaigns, 90

my dashboard, 45-46, 171-172

N

Nash, Steve, 152

National Institutes of Health (NIH), 20

natural language processing, 129

NetSpend Holdings, 119

network power, 110

NIH (National Institutes of Health), 20

Nowitzki, Dirk, 152

O

Obama Campaign Dashboard, 108-109

Obamacare. See Affordable Care Act (ACA)

obesity, predictive analytics for, 72-73, 107, 168-169

OBP (on-base percentage), 150

O’Leary, John, 182

online sales, retail sales versus, 59-60

OPS (on-base and slugging percentage), 150

optimizing

customer value in retail industry, 62-63

data sources, 49-51

outcomes

of healthcare expenditures, 24-25

monetization of, 31

social factors in, 27-29

P

patient engagement. See customer engagement

Paxson, John, 159

PayNearMe, 119

PECOTA (Pitcher Empirical Comparison and Optimization Test Algorithm), 157

peer-to-peer information sharing, 175-176

peer-to-peer lending, 120

Pekovic, Nikola, 151

performance improvement in sports industry, 146-147

performance metrics

in healthcare industry, 153-156

peer-to-peer information sharing, 175-176

in sports industry, 149-156

team performance, 176-177

personal behavior modification. See behavior change

personal data collection, 11

buying data, 72-73

by political campaigns, 105-106

for predictive analytics, 133-139

privacy concerns, 13

in retail industry, 65-66

in sports industry, 149-156

via social media, 79-81

personalization. See microsegmentation

Pettigrew, Andrew, 184

physical space, repurposing

in banking industry, 121, 126-127

in healthcare industry, 121-122

physician support, 46-48

Pitcher Empirical Comparison and Optimization Test Algorithm (PECOTA), 157

PITCHf/x, 162

Plsek, Paul, 3, 182

Pole, Andrew, 68-69

political campaigns

analytics sweet spots, 92-111

data democratization, 107-111

polling, 92-102

predictive analytics, 102-107

big data promises in, 83-85

challenges, 85-87

hold the base, 87

swing votes, 85-86

mission of, 23

performance metrics, 153

personal data collection, 11

predictive analytics, 10

strengths of, 9, 87-91

math usage, 90-91

media channels, 90

messaging, 89-90

microsegmentation, 90

mobilization, 91

money, 87-89

motivation, 91

polling, 92-102

Pollock, Jeffrey, 86

population health. See also health

behavior change and, 27-29

dashboard reporting, 171-172

improving, 48

obesity detection, 168-169

well-being indexes, 170-171

Prager, Richie, 117

predictive analytics, 10, 51-52

in banking industry, 133-139

healthcare adaptation of, 173-175

in political campaigns, 102-107

in retail industry, 68-74

in sports industry, 156-164

presidential election campaigns. See political campaigns

Pressman, Jeffrey, 181-182

pricing

customer value optimization, 63

in healthcare industry, 33-34, 38

privacy, personal data collection and, 13

profit margin in retail industry, 59

promises of big data, 12

prototyping, 191

provider performance. See performance metrics

Q-R

“The Quality of Health Care Delivered to Adults in the United States” (McGlynn), 27

racing, predictive modeling for, 161

radical personalization. See microsegmentation

radio frequency identification (RFID), 63

range percentage, 152

ratings. See performance metrics

receptive context, 184

regulations

in banking industry, 120, 122

in healthcare industry, 34

reinvention stage (Innovation Pathway), 181

repurposing brick and mortars

in banking industry, 121, 126-127

in healthcare industry, 121-122

results stage (Innovation Pathway), 181

retail industry

analytics in, 57-58

analytics sweet spots, 67-81

customer lifetime value (CLV), 74-76

market segmentation, 76-79

predictive analytics, 68-74

social media data collection, 79-81

challenges, 58-62

bricks versus clicks, 59-60

customer experience, 60-62

economy, 59

healthcare industry, comparison with, 70-71

mission of, 22

personal data collection, 11

predictive analytics, 10

revenues in U.S., 57

strengths of, 9, 62-67

customer analytics, 63-66

customer value optimization, 62-63

social media usage, 66-67

“Retailing 2020: Winning in a Polarized World,” 63

return on equity (ROE), 118

RFID (radio frequency identification), 63

risk measurement. See predictive analytics

Rodriguez, Alex, 145

ROE (return on equity), 118

Rogers, Everett, 182

Rollins, Tree, 159

Ronaldo, Cristiano, 145

Rowles, Sean, 127

rugby, predictive modeling in, 163

S

Sabermetrics, 150, 157

salaries in sports industry, 145-146

Schroeder, Steve, 27

scientific research, converting to clinical practice, 25-27

security breaches with personal data in retail industry, 66

segmentation. See market segmentation

sentiment analysis, 110

service factors (optimizing customer value), 62

“shadow banking” system, 118-119, 124

Shaping Strategic Change: Making Change in Large Organizations (Pettigrew, Ferle, McKee), 184

The Signal and the Noise (Silver), 84

Silver, Nate, 84, 86, 102

SLG (slugging percentage), 150

slugging percentage (SLG), 150

social media usage

in banking industry, 122-123, 132-133

data democratization, 109-111

in healthcare industry, 133

peer-to-peer information sharing, 175-176

personal data collection, 79-81

in retail industry, 66-67

societal needs, business needs versus, 37-38

sociology. See also behavior change

of analytics sweet spots, 13

of health outcomes, 27-29

sports industry

analytics in, 141-143

analytics sweet spots, 148-164

big data promises, 160-164

performance metrics, 149-156

predictive analytics, 156-160

challenges, 141-143

healthcare industry comparison, 141-143

mission of, 23

predictive analytics, 10

revenues in U.S., 141-142

strengths of, 9, 143-148

customer engagement, 143-145

data-driven management, 147-148

employee salaries, 145-146

performance improvement, 146-147

spread percentage, 152

store factors (optimizing customer value), 62

Strawberry, Darryl, 149

strengths

of banking industry, 121-127

balance sheet improvements, 123-124

cost-cutting initiatives, 121-123

customer engagement, 124-127

of healthcare adaptations discovery process, 8-9

of political campaigns, 87-91

math usage, 90-91

media channels, 90

messaging, 89-90

microsegmentation, 90

mobilization, 91

money, 87-89

motivation, 91

of retail industry, 62-67

customer analytics, 63-66

customer value optimization, 62-63

social media usage, 66-67

of sports industry, 143-148

customer engagement, 143-145

data-driven management, 147-148

employee salaries, 145-146

performance improvement, 146-147

supply chain (optimizing customer value), 63

surveys, 92-102

sweet spots. See analytics sweet spots

swing votes in political campaigns, 85-86

T

Target, predictive analytics at, 68-69

Taylor, Lauren, 21

team performance, 176-177

technology game changers, 12, 63

Tesco, 136

Tier 1 ratios, 123-124

Tolstoy Trap, 185

transaction processing in banking industry, 128-130

transformation, need for, 8

transparency in healthcare industry, 33

V

“The Value of Building Sustainable Health Systems” (IBM), 132

value over replacement player (VORP), 150

VORP (value over replacement player), 150

W-Z

Wade, Dwayne, 159

Wall Street (film), 114

WARP (Wins Above Replacement Player), 157

Watson technology (IBM), 47-48, 129

Webber, Chris, 159

Weinberg, Allen, 117

well-being indexes, 97-102, 170-171

Wildavsky, Aaron, 181-182

window of opportunity, 187

Wins Above Replacement Player (WARP), 157

Wonga, 136

Wooding, Julie, 120

Woods, Tiger, 144

ZestCash, 136

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