Tuesday, September 21, 1999 - PowerPoint PPT Presentation

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Tuesday, September 21, 1999

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Tuesday, September 21, 1999 Marketing information systems Announcements email Tapes Cases Teams I ll be out Thursday through Friday AM Proquest Case: MSA – PowerPoint PPT presentation

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Title: Tuesday, September 21, 1999


1
Tuesday, September 21, 1999
  • Marketing information systems
  • Announcements
  • email
  • Tapes
  • Cases
  • Teams
  • Ill be out Thursday through Friday AM
  • Proquest
  • Case MSA

2
The Market Driven Organization
  • Gathers information
  • Disseminates information
  • Uses information

3
Example Celestial Seasonings
  • Taste tests on site
  • Weekly panels (3 sites/weekend)
  • Focus groups in 11 cities
  • Mall intercepts
  • National samples
  • Customer service
  • Tracy Jones

4
Market Research Process
  • 1. Determine final uses of information
  • 2. Determine final report format
  • 3. Specify necessary analysis
  • 4. Determine data requirements
  • 5. Scan available secondary data sources
  • 6. Design study
  • 7. Implement field work
  • 8. Analyze and report

5
Potential Problems in Research Use
  • Confusing managerial and statistical significance
  • Confusion relationships and causality
  • The use of inappropriate data
  • Overreliance on quantitative data
  • Pressure to generate desired solutions

6
Ethical Issues The User
  • Issuing bid requests for free advice
  • Poor use of information
  • Making false promises
  • Access to information

7
Market Assessment
8
Uses of Conjoint Analysis
  • Product design
  • Market segmentation
  • Forecasting shares of product concepts
  • Pricing

9
Conjoint is Suitable When . . .
  • We must make tradeoffs between attributes and
    benefits in the product
  • We can decompose the product in ways that are
    meaningful for customers and product design
  • It is possible to describe the product bundles
    realistically

10
Product Design Conjoint Analysis
  • Derive utility values for attributes and
    attribute options based on customers stated
    overall preferences for different bundles of
    attributes. Example Memory and Price bundles.

PriceMemory 1,000 1,500 2,000 32
Mb 4 2 1 64 Mb 7 5 3 128 Mb 9 8 6 9 Most
preferred 1 Least preferred
11
Simplified Utility Calculation
Price Part- Memory 1,000 1,500 2,000 Wor
th 32 Mb 4 2 1 7/3 2.3 64 Mb 7 5 3 15/3 5.0
128 Mb 9 8 6 23/3 7.7 20/3 15/3 10/3 Part-Worth
6.7 5.0 3.3 9 Most preferred 1
Least preferred
12
Utility for this Customer
  • Example
  • 128 Mb vs. 64 Mb 7.7 5.0 2.7 units
  • 1,000 vs. 1,500 6.7 5.0 1.7 units
  • So D 64 Mb is worth more than 500 to this
    customer.

13
Alternative Pairwise Comparisons of Full Profiles
For example
  • PII 233
  • 64MB
  • 4.3 G HD
  • 24X CD
  • 1979
  • PII 233
  • 64MB
  • 4.3 HD
  • DVD
  • 2299

14
Designing the Conjoint Study
  • Determine relevant attributes
  • Determine attribute levels
  • Determine attribute combinations
  • Choose stimulus representations
  • Choose response type
  • Choose data analysis technique

15
Market Share Forecast
  • We can estimate market shares by estimating
    utility for different product offerings and
    calculating the percentages of preference for
    each product in the study

16
The Bass Diffusion Model
  • When will a customer adopt a new product or
    technology?
  • Useful when
  • The product has been recently introduced
  • The product has not yet been introduced but there
    are reasonable parallels

17
Assumptions of the Basic Bass Model
  • Diffusion process is binary
  • Constant number of maximum potential buyers
  • All potential buyers will eventually purchase the
    product
  • No repeat purchases or replacement purchases
  • The impact or word of mouth is independent of
    adoption time
  • Innovation is considered independent of
    substitutes
  • The marketing strategies supporting the
    innovation are not explicitly included

18
The Bass Diffusion Model
  • St p Remaining q Adopters
    Potential Remaining Potential
  • Innovation Imitation
    Effect Effect

where St sales at time t p coefficient
of innovation q coefficient of imitation
Adopters S0 S1
St1 Remaining Total Potential
Adopters Potential
19
Examples of Bass Model Parameters
Innovation Imitation Product/ parameter
parameter Technology (p) (q) BW
TV 0.028 0.25 Color TV 0.005 0.84 Air
conditioners 0.010 0.42 Clothes
dryers 0.017 0.36 Water softeners 0.018 0.30 Recor
d players 0.025 0.65 Cellular telephones 0.004 1.7
6 Steam irons 0.029 0.33 Motels 0.007 0.36 McDona
lds fast food 0.018 0.54 Hybrid
corn 0.039 1.01 Electric blankets 0.006 0.24 A
study by Sultan, Farley, and Lehmann in 1990
suggests an average value of 0.03 for p and an
average value of 0.38 for q.
Source Lilien and Rangaswamy
20
Specification of the Model
21
Product Factors Affecting the Rate of Diffusion
  • High relative advantage over existing products
  • High degree of compatibility with existing
    approaches
  • Low complexity
  • Can be tried on a limited basis
  • Benefits are observable

22
Market Factors Affecting the Rate of Diffusion
  • Type of innovation adoption decision
  • Communication channels used
  • Nature of links among market participants
  • Nature and effect of promotional efforts

23
Caveat
  • Do customers have the ability to articulate
    preferences?
  • Market research is probably not helpful when a
    new technology is not tied to familiar
    applications
  • e.g., the personal computer, internet access

24
Observation Can Overcome . . .
  • Customers who dont know possible applications
  • Unreliability of self reporting
  • Interruption/removal from natural use
  • Giving expected answers

25
Empathic Design (Leonard and Rayport)
  • Gathering, analyzing, and applying information
    gleaned from field observations
  • Requires creative interdisciplinary analysis

26
Learning from Observation
  • Triggers of use
  • Interactions with the users environment
  • User customization
  • Intangible product attributes
  • Unarticulated user needs

27
The Empathic Design Process
  • Observation
  • Capturing data
  • Reflection and analysis
  • Brainstorming for solutions
  • Developing prototypes of possible solutions

28
The Challenge
  • Linking technology with needs to develop solutions
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