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MASTER THESIS

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The effect of household characteristics on multi-channel

advertising effectiveness

A hierarchical linear model using panel data for household spending on consumer electronics

By

Timo Mulder

Timo Mulder | S3013189 Master Thesis, August 2017 University of Groningen

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Content

What & why?

Intro

Conceptual framework

Hypotheses

How?

Methodology

Discussion

Implications

Limitations & future research

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Introduction

The problem of multichannel advertising

More firms use multichannel marketing communication

(Frambach, Roest and Krishnan, 2007)

In 2015 the online digital ad spending in the U.S. was $59.8 billion

(eMarketer, 2016)

Forecasts show an estimated U.S. digital ad spending of $113.2 billion in 2020, surpassing TV ad spending

(eMarketer, 2016)

A strong need to manage the use of media campaigns to reach the desired communication objective

(Dijkstra, Buijtels and Van Raaij, 2005; Sethuraman, Tellis and Briesch, 2011)

Theory suggests:

Understand the role of each channel and the related consumer behavior in order to understand consumers’ choices.

(Neslin and Shankar, 2009; Gensler, Verhoef and Böhm, 2012)

Studies are needed to determine the effect of different channels in the purchase funnel across different products and service categories.

(Kannan, Reinartz and Verhoef, 2016)

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Introduction (2)

Research question:

What is the effect of certain household characteristics on the effectiveness of different advertising channels with regard to household spending on consumer

electronics?

Household characteristics:

Household net income

Household type (with or without children)

Advertising channels:

Television advertising

Print advertising

Display banner advertising

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Firm-initiated channels (FICs)

A contact through a channel initiated by the firm. Aimed at the earlier stages of need recognition and information with the purpose to reach customers that

have not yet recognized a need for a certain service or product.

(Haan, Wiesel, Pauwels, 2016).

TV and Print

To elicit cognitive responses in the pre-purchase stage

(Dijkstra, Buijtels and Van Raaij, 2005)

TV for arousing emotions and Print for information request

(Tellis, Chandy and Thaivanich, 2000)

In general mean elasticity equal

(Sethuraman, Tellis and Briesch, 2011)

Banner advertising

Facilitating the actual purchase

(Dijkstra, Buijtels and Van Raaij, 2005)

Offers a variety of targeting purposes

(Goldfarb, 2013)

Consumer electronics

Utilitarian products on which the customer perceives high risk with regard to the purchase

(Kushwaha and Shanker, 2013)

Related literature

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Conceptual Framework

Offline advertising

(TV and Print)

Online advertising

(Banner)

Household with child

Household net income

Household spending

Figure 1: Conceptual framework

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Hypotheses

H1

Households with a higher net income have a positive main effect on household spending

The higher the income, the more likely to adopt high-technology products

(Risselada et al., 2014)

H2

An increase in household net income has a stronger positive moderating effect on banner advertising effectiveness on household

spending, than on TV and print advertising effectiveness

The higher the income, the more likely to engage in daily online activities

(Jansen, 2010)

H3

Households with children have positive main effect on household spending

With children, the more likely to adopt high-technology products

(Brown, Venkatesh and Hoehle, 2014)

H4

Households with children have a stronger positive moderating effect on banner advertising effectiveness on household spending, than

on TV and print advertising effectiveness

Younger aged people use more technological devices

(Rosseau and Rogers, 1998)

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Methodology

Hierarchical Linear Model (Snijders and Bosker, 2012)

Panel data

Observations over time

Weekly observations are nested within households

Separate estimate of individual-level residual and group-level residual

Maximum Likelihood estimation

(Snijders and Bosker, 2012)

Weighing factor

Model Fit

Likelihood ratio test

BIC & CAIC

(Whittaker and Furlow, 2009)

Variance for fixed and random levels

(Snijders and Bosker, 2012)

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Data

European retailer selling consumer electronics

Household data collected by GfK

Survey

Software

Weekly data (31 weeks)

November 2010 – July 2011

Retailer uses multiple offline and online advertising channels

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Sample descriptives

Sample

9.934 households

Majority living in western district (42%)

50.5% of the households bought electronics

18.7% bought at retailer considered

Variables

Average spending of 785.38 euro at retailer

36.7% of the households with children

34% has a net income between 1500 and 2499 euro

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Discussion

(H1) Household net income has a positive main effect on household spending

Extra available budget for non-primary purchases

(Brown, Venkatesh and Hoehle, 2014)

Lower perceived risk

(Dickerson and Gentry, 1983; Kushwaha and Shankar, 2013)

(H3) Household with children have a positive main effect on household spending

Households with children positively correlated to adoption

(Brown, Venkatesh and Hoehle, 2014)

Avoidance of high-technology products for older aged people

(Mead et al., 1999)

(H2 & H4) No significant effect of HH-income and HH-type on advertising effectiveness

Limited contribution of FICs on a purchase

(Li & Kannan, 2014; De Haan, Wiesel and Pauwels, 2015)

Traditional channels to initiate interest

( Dijkstra et al., 2005; Naik and Peter, 2009)

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Implications

This study supports research on multichannel advertising

Product category consumer electronics

Moderating role of household characteristics

Academic

Findings follow earlier research on the effectiveness of firm-initiated channels

(Xu et al., 2014)

Attribution modeling

(Kannan, Reinartz and Verhoef, 2016)

Managerial

Deliberate use of FICs for marketing communication to initiate an interest

Efficient use of display advertising  Procter & Gamble and Unilever

(Van Venrooij and Van der Velden, 2017)

Household specific targeting

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Limitations & future research

Product category: consumer electronics

Future research: Focus on retailer selling multiple product categories

(Kanan, Reinartz, Verhoef, 2016)

Limited number of advertising channels

Future research: Attribution modeling comparing FICs and CICs

(De Haan, Wiesel and Pauwels, 2015; Kannan, Reinartz and Verhoef, 2016)

Customer journey

Future research: Use of path data

Weekly observations

Future research: Data collection at daily level

Representativeness

Future research: More recent observations

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Questions?

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Reference list

Brown, S. A., Venkatesh, V., & Hoehle, H. (2015). Technology adoption decisions in the household: A seven‐model comparison. Journal of the Association for Information Science and Technology, 66(9), 1933-1949.

De Haan, E., Wiesel, T., & Pauwels, K. (2015). The effectiveness of different forms of online advertising for purchase conversion in a multiple-channel attribution framework. International Journal of Research in Marketing, 33(3), 491-507.

Dickerson, M., & Gentry, J. W. (1983). Characteristics of adopters and non-adopters of home computers. Journal of Consumer research, 10(2), 225-235.

Dijkstra, M., Buijtels, H. E., & Van Raaij, W. F. (2005). Separate and joint effects of medium type on consumer responses: a comparison of television, print, and the Internet. Journal of Business Research, 58(3), 377-386.

eMarketer (2016, 13thof september). “U.S. Digital Ad Spending to Surpass TV this Year”. Accessed on July 15, 2017, from:

https://www.emarketer.com/Article/US-Digital-Ad-Spending-Surpass-TV-this-Year/1014469

Frambach, R. T., Roest, H. C., & Krishnan, T. V. (2007). The impact of consumer internet experience on channel preference and usage intentions across the different stages of the buying process. Journal of interactive marketing, 21(2), 26-41.

Gensler, S., Verhoef, P. C., & Böhm, M. (2012). Understanding consumers’ multichannel choices across the different stages of the buying process. Marketing Letters, 23(4), 987-1003.

Goldfarb, A. (2014). What is different about online advertising?. Review of Industrial Organization, 44(2), 115-129.

Jansen, J. (2010, November 24th). Use of the internet in higher-income household. Assessed on April 14, 2017, from

http://www.pewinternet.org/2010/11/24/use-of-the-internet-in-higher-income-households/

Kannan, P. K., Reinartz, W., & Verhoef, P. C. (2016). The path to purchase and attribution modeling: Introduction to special section.

Kushwaha, T., & Shankar, V. (2013). Are multichannel customers really more valuable? The moderating role of product category characteristics. American Marketing Association. Journal of Marketing, 77, 67-85

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Reference list (2)

Li, H. A., & Kannan, P. K. (2014, February). Attributing conversions in a multichannel online marketing environment: An empirical model and a field experiment. American Marketing Association.

Mead, S. E., Batsakes, P., Fisk, A. D., & Mykityshyn, A. (1999). Application of cognitive theory to training and design solutions for age-related computer use. International Journal of Behavioral Development, 23(3), 553-573.

Naik, P. A., & Peters, K. (2009). A hierarchical marketing communications model of online and offline media synergies. Journal of Interactive Marketing, 23(4), 288-299. Neslin, S. A., & Shankar, V. (2009). Key issues in multichannel customer management: current knowledge and future directions. Journal of interactive marketing, 23(1), 70-81. Risselada, H., Verhoef, P. C., & Bijmolt, T. H. (2014). Dynamic effects of social influence and direct marketing on the adoption of high-technology products. Journal of Marketing, 78(2), 52-68.

Rousseau, G. K., & Rogers, W. A. (1998). Computer usage patterns of university faculty members across the life span. Computers in Human Behavior, 14(3), 417-428.

Sethuraman, R., Tellis, G. J., & Briesch, R. A. (2011). How well does advertising work? Generalizations from meta-analysis of brand advertising elasticities. Journal of Marketing Research, 48(3), 457-471.

Snijders, T. A., & Bosker, R. J. (2012). Multilevel analysis: An introduction to basic and advanced multilevel modeling. Thousand Oaks, CA: Sage.

Tellis, G. J., Chandy, R. K., & Thaivanich, P. (2000). Which ad works, when, where, and how often? Modeling the effects of direct television advertising. Journal of Marketing Research, 37(1), 32-46.

Van Venrooij, J., & Van der Velden, L. (2017). Hebben digitale advertenties hun beste tijd gehad? Assessed on August 10th, 2017, from:

https://www.volkskrant.nl/tech/hebben-digitale-advertenties-hun-beste-tijd-gehad-een-van-s-werelds-grootste-adverteerders-gelooft-er-niet-meer-in~a4509110/

Whittaker, T. A., & Furlow, C. F. (2009). The comparison of model selection criteria when selecting among competing hierarchical linear models. Journal of Modern Applied Statistical Methods, 8(1), 15.

Xu, L., Duan, J. A., & Whinston, A. (2014). Path to purchase: A mutually exciting point process model for online advertising and conversion. Management Science, 60(6), 1392-1412.

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Appendix

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Appendix A - Model Specification

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Appendix B – Descriptives variables

Variable

N

Mean/Mode

SE

Min

Max

Household spending (in euro)

9934

1.37

34.51

0

6499.00

Banner

9934

0.30

3.76

0

491.00

TV

9934

2.31

3.99

0

57.77

Print

9934

1.75

3.11

0

17.88

HH-income

9934

20

-

2

20

HH-type

9934

0

-

0

1

Table 1: Descriptive statistics of the variables included in the model

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Appendix C – Empty Model

Parameter

Estimate

St. Error

Df

t

Sig.

95% Confidence Interval

Lower

Upper

Intercept

1.355

.069

10500.788

19.504

.000

1.219

1.491

Paramter

Estimate

Std. Error

Wald Z

Sig.

Residual

877.525

2.266

387.264

.000

Intercept

9.159

.615

14.885

.000

Table 2: Estimates of the fixed effects of the empty model

Table 3: Estimates of the covariance parameters of the empty model

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Appendix D – Full Model

Parameter

Estimate

St. Error

Df

t

Sig.

95% Confidence Interval

Lower

Upper

Intercept

.794918

.203516

9942.302

3.906

.000

.395986

1.193850

TV

.013725

.039931

171479.874

.344

.731

-.064538

.091988

Print

-0.49158

.058826

6192.866

-.836

.406

-.164477

.066161

Banner

.113300

.112747

236.347

1.005

.316

-.108818

.335418

HH-income

.057193

.018602

13649.279

3.074

.002

.020730

.093656

HH-type

.398856

.202993

16494.217

1.965

.049

.000968

.796745

TV * HH-income

-.006036

.003840

185954.564

-1.572

.116

-.013562

.001491

TV * HH-type

-.007069

.042058

192913.658

-.168

.867

-.089502

.075364

Print * HH-income

.002291

.005159

7808.080

.444

.657

-.007821

.012404

Print * HH-type

-.030604

.054442

9224.352

-.562

.574

-.1373322

.076113

Banner * HH-income

-.006514

.010384

260.470

-.627

.531

-.026962

.013934

Banner * HH-type

.137239

.108323

269.196

1.267

.203

-.076029

.350508

Christmas

-1.381358

.390826

247853.798

-.3.534

.000

-2.147366

-.615350

Tax-free

1.223198

.413529

222189.337

2.958

.003

.412692

2.033705

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Appendix E – Full Model (2)

Parameter

Estimate

St. Error

Wald Z

Sig.

95% Confidence Interval

Lower

Upper

Residual

896.713864

2.566616

349.376

.000

891.697474

901.758475

Intercept

7.872621

.681226

11.557

.000

6.644526

9.327702

TV

.123575

.014869

8.311

.000

.079843

.138594

Print

.019126

.022773

.840

.401

.001854

.197298

Banner

1.227529

.225534

5.443

.000

.856329

1.759636

Table 5: Estimates of the covariance parameters of the full model

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Appendix F – Model Fit

Model

-2 LL

BIC

CAIC

ICC

𝑹

𝟏𝟐

𝑹

𝟐𝟐

Empty

3070117.22

3070115.14

307158.14

0.0103

0.020

0.018

Full

2540046.90

2540283.39

5420302.29

0.009

Table 6: Model fit statistics empty model vs full model

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