This document summarizes a population analytics platform that provides concise overviews in 3 sentences or less: The document outlines potential user types, interaction proposals including task flows and patterns, and a cross-device experience design for the analytics platform. It proposes a modular design approach to improve complexity management and cross-device experiences. A FX WonderBoard digital display platform is introduced as a potential output method for the modular analytics exports.

1. NDS Population
Analytics Platform
Sample Case

2. Desirability Viability
Feasibility
humans need economic
technical
Solutions

3. 1.0 Potential User Types
2.0 Interaction Proposal
- 2.1 Generic Task Architecture
- 2.2 High-level Task Flow
- 2.3 Interaction Patterns
3.0 Cross Device Experience
- 3.1 Multi-device Design Solutions
- 3.2 Introduce FX WonderBoard
4.0 Analytics Product Design Strategy
Contents

4. 1.0 Potential User Types
Normal User
Power User
Purpose:
• data exploring for daily life
• data controlling
• data monitoring
• reports exporting
• socialization
• etc.
Device:
• Tablet
• Mobile
• Laptop
Network:
• Normal Internet
• Offline
Purpose
• data exploring for specific goals
• data / resource customization
• advanced data monitoring
• advanced data analyzing
• advanced reports editing / exporting
• team projects
• 3rd party API / SDK / Platform
• etc.
Device:
• Laptop
• Workstation with multiple (big) monitors
• Tablet / Mobile
Network:
• Normal Internet
• Intranet
• Hyper-speed Internet
• Offline
general consumer
small-mid business, advanced analyst,
corporations, government

5. 2.1 Generic Task Architecture
Select Dataset
Import Dataset
Load Favorite
Dataset Modes Outputs
Monitoring Screens
Reports
Sharing
Location-Based Set up
Time-Based Set up
Function-Based Controls
Default Dataset
Time Period Control
Location Based Control
Report Control
Favorite Saving
Interaction Feedbacks
Inputs / Data Controls
…

6. 2.2 High-level Task Flow
Default Dataset
Select Existence
Dataset
Import Dataset
System
Feedbacks
Change
Dataset?
Confirm
Outputs?
Export as a
Monitoring Screen
Export as a Report
(Online / Offline)
Socialized Sharing
Time-based Setup
Location-based Setup
Function-based Setup
Data Resource Setup
Save options into
Favorites
Load Favorite
Dataset
Time Period Control
Location-based Control
Function-based Control
Data Controls
Report Control
Export
No
Yes
Yes
No
System
Feedbacks

7. 2.3 Interaction Patterns - principles
Principles:
1. design a clear behavior funnel to be easy to follow and test
2.create clarity of information architecture to orient user to achieve tasks
3.minimize UI components to reduce cognitive loads
4.improve space utilization to adapt to a variety of screen sizes
5.improve copywriting to communicate effectively with user

8. 2.31 Interaction Patterns - Frameworks
Pattern A:
Map Based Interaction
Pattern B:
Analytical-control Based Interaction

9. Default Dataset
Select Existence
Dataset
Import Dataset
System
Feedbacks
Change
Dataset?
Confirm
Outputs?
Export as a
Monitoring Screen
Export as a Report
(Online / Offline)
Socialized Sharing
Time-based Setup
Location-based Setup
Function-based Setup
Data Resource Setup
Save options into
Favorites
Load Favorite
Dataset
Time Period Control
Location-based Control
Function-based Control
Data Controls
Report Control
Export
No
Yes
Yes
No
2.32 Interaction Patterns - Starting View
System
Feedbacks

10. 2.33 Interaction Patterns - Starting View
Pattern A:
Map Based Interaction
Pattern B:
Analytical-control Based Interaction
A Map A Dashboard
vs

11. Default Dataset
Select Existence
Dataset
Import Dataset
System
Feedbacks
Change
Dataset?
Confirm
Outputs?
Export as a
Monitoring Screen
Export as a Report
(Online / Offline)
Socialized Sharing
Time-based Setup
Location-based Setup
Function-based Setup
Data Resource Setup
Save options into
Favorites
Load Favorite
Dataset
Time Period Control
Location-based Control
Function-based Control
Data Controls
Report Control
Export
No
Yes
Yes
No
2.33 Interaction Patterns - Change Dataset
System
Feedbacks

12. Pattern A:
Map Based Interaction
Pattern B:
Analytical-control Based Interaction
Fly-in side nav Fixed nav bar
vs
2.33 Interaction Patterns - Change Dataset

13. Time-based Setup
Location-based Setup
Function-based Setup
Data Resource Setup
Default Dataset
Select Existence
Dataset
Import Dataset
Change
Dataset?
Export as a
Monitoring Screen
Export as a Report
(Online / Offline)
Socialized Sharing
Save options into
Favorites
Load Favorite
Dataset
Time Period Control
Location-based Control
Function-based Control
Data Controls
Report Control
Export
No
Yes
2.34 Interaction Patterns - Data Resource Setup
System
Feedbacks
Confirm
Outputs?
Yes
No
System
Feedbacks

14. Pattern A:
Map Based Interaction
Pattern B:
Analytical-control Based Interaction
Multi-level side nav Load control page
vs
2.34 Interaction Patterns - Data Resource Setup
System Feedbacks
System Feedbacks
System Feedbacks

15. Time-based Setup
Location-based Setup
Function-based Setup
Data Resource Setup
Default Dataset
Select Existence
Dataset
Import Dataset
System
Feedbacks
Change
Dataset?
Confirm
Outputs?
Export as a
Monitoring Screen
Export as a Report
(Online / Offline)
Socialized Sharing
Save options into
Favorites
Load Favorite
Dataset
Time Period Control
Location-based Control
Function-based Control
Data Controls
Report Control
Export
No
Yes
Yes
No
2.35 Interaction Patterns - Data Controls
System
Feedbacks

16. Pattern A:
Map Based Interaction
Pattern B:
Analytical-control Based Interaction
Multi side-panels to control Still use control page
vs
System Feedbacks
System Feedbacks
System Feedbacks
2.35 Interaction Patterns - Data Controls
System Feedbacks
System Feedbacks

17. Default Dataset
Select Existence
Dataset
Import Dataset
System
Feedbacks
Change
Dataset?
Confirm
Outputs?
Export as a
Monitoring Screen
Export as a Report
(Online / Offline)
Socialized Sharing
Time-based Setup
Location-based Setup
Function-based Setup
Data Resource Setup
Save options into
Favorites
Load Favorite
Dataset
Time Period Control
Location-based Control
Function-based Control
Data Controls
Report Control
Export
No
Yes
Yes
No
2.36 Interaction Patterns - Export Controls
System
Feedbacks

18. Pattern A:
Map Based Interaction
Pattern B:
Analytical-control Based Interaction
Fly-in side nav controls Export a customized screen + controls
vs
2.36 Interaction Patterns - Export Controls

19. 2.37 Interaction Patterns - Density & Order (hypothesis)
Pattern A:
Map Based Interaction
Pattern B:
Analytical-control Based Interaction
Inputs OutputsInputsInputs
Inputs
Outputs
Outputs
Outputs
vs

20. 2.37 Interaction Patterns - Density & Order (hypothesis)
Pattern A:
Map Based Interaction
Pattern B:
Analytical-control Based Interaction
Inputs Outputs
vs
InputsInputs
Inputs
Outputs
Outputs
Outputs

21. 3.1 Cross Device Experience
Mobile Tablet Laptop Workstation with multiple (big) monitors
Network Condition
Fast, ReliableOffline Experience, Slow
Gesture Based Interaction
User Types
ProfessionalPersonal
Auto Sync with multi-device
Modular Design Approach:
Along with product growth & iteration, the modular design approach will significantly improve product complexity
management. It could help us reduce development efforts, control the flexibility in design; users also get benefits such
as minimize cognitive loads, and consistent interaction patterns. Meanwhile we can utilize modularity concept to
transform layout for cross device experience, then reformat exports into reusable modulars as well.
FX WonderBoard is a good platform of information digitalization in modularity displays. It could be a good output
platform for NDS population analytics too.

22. NDS Population
Analytics Platform
Wireframe:
https://goo.gl/RnXbSx

23. Wei’s Portfolio
- Data Driven Design
- Heuristic Design
- Systematic Design