Smartie Mall

ISSS608 Visual Analytics and Applications Project

Team S-MALL: Chen Yun-Chen | Chiam Zhan Peng | Zheng Bijun

Milestone Overview

Motivation
Brick and Mortar retail malls are facing stiff challenge from online e-commerce shopping and mobile smartphone penetration. How can physical malls continue to survive under such conditions? Also, how can shopping malls transform as part of the Smart Nation initiative in Singapore? Using real data of a mega-mall, this project aims to leverage multiple data sources from typical retail operation, and develop a visual application to assist company reveal customer behavior, uncover patterns that may present opportunities for the mall as well as tenants to better optimise operations, layout, events, maximize sales as well improve the customers' experience.

Data Description

Profile Data: contains demographic information of the shopping mall members

Transaction Data: contains two months transnational records from January to February 2017

Wi-Fi Sensor Data: contains two months Wi-Fi sensor records captured in the mall, which can be used to analyze the movement of customers

Maps: shopping mall layouts

Expected Outcome

Data Integration: Combine the three dataset to derive patterns, associations and actionable insights

Interactive Visualization:

1. Overview of customers movements patterns by weeks, days, hours
2. Inter-floor movement
3. Customers' profile and transactions integration

Use Cases: Zone Traffic Statistics, Zone Traffic Flow, Staff Planning, Marketing/Event Campaign

Visualization Tool & Packages

R: Hexagonal binning using ggplot2 and Kernel Decimal Estimate using stat_Density2d

R: Chord diagram using chorddiag

R: Shinyapp, shinydashboard, flexdashboard

Part1:

Visualization	Methodology & Technique	Usage
insert image of line chart	Chart type: Line chart & trellis plot R Package: ggplot2, plotly Interactivity: Use selectInput to control plot and segment by different timelevels, eg. Date, day of week, and hour	Line chart without trellis (segment=None) can be used to analyze the daily/weekly/hourly pattern of footfalls. Trellis plot can be used to detect the cycling pattern over time.
insert image of chord diagram	Chart type: Chord diagram R Package: chorddiag Interactivity: Set specific datetime using selectIput and sliderInput to view the traffic transfer across floors. Hover to each floor to see the destination of its outflow traffics.	Analyze traffic flow across floor for specific datetime selection
insert image of hexbin map	Chart type: Hexagonal binning map R Package: hexbin, ggplot, plotly Key parameter setting: number of bins is set to 50 Interactivity: Set specific datetime using selectIput and sliderInput to view the traffic density on each floor. Click on specific hexbin to investigate members identity.	Analyze traffic density of floors for specific datetime selection Drill down to shoppers’ identity based on interested density area

Part2:

Visualization	Methodology & Technique	Usage
insert image of sunburst	Chart type: Sunburst diagram R Package: sunburstR Interactivity: Set radio button to view the journey of different member segments. Set minimum dwell time using sliderInput to exclude passing-by floors. Hover to see the path and relevant statistics.	Investigate popular shopping path of members based on floors.
insert image of treemap	Chart type: Treemap R Package: treemap, highCharter Interactivity: Set radio button to view the journey of different member segments. Click on floor level to drill down to store level.	Analyze members’ average dwell time on each floor and store.
insert image of boxploter	Chart type: Boxplot R Package: plotly Key parameter setting: number of bins is set to 50 Interactivity: Click on the treemap to get the relevant boxplot for selected floor.	Analyze dwell time distribution of each store based on floor selection on treemap.
insert image of bar chart	Chart type: Bar chart R Package: plotly Interactivity: Select on the boxplot distribution to view the demographic of interested members. Set the ‘profile count by’ parameter to decide the y-axis of bar plots.	Analyze members’ profile based on selection of their dwell time distribution. For example, we may analyze the high time spender of a specific store to see if they are of similar demographic.