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Latest revision as of 19:23, 30 November 2017
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Contents
Background
Time Series Analysis
Clustering Analysis
Motivation
The real-estate market is ever growing and has more stakeholders. We are here to build an app that makes an analysis of the housing price market data in an easy and effective way by just a few clicks. Major stakeholders like economists and agenst can get a a better understanding of the market using the different clustering methods and time series analysis and forecast analysis on geographic map.
Objectives
1. Efficient Interactive Dashbooard
2. Geographic Understanding
Data Source
Ceic Housing Price Index
Methodology
Exploratory Analysis
We will explore the different trends of time-series data provided by the various economic data sets (Period cyclicity and seasonality). Different interactions of identified attributes might provide certain data insights that we can use for our analysis.
Explanatory Analysis
Relationships between our data will be explained based on our understanding of possible real-world events or causes. Using our CPI use-case as an example, the difference in CPI between the months of June and December can be explained as a result of the holiday seasons causing an increase of demand for clothing in December.
Predictive Analysis
We can use analytics techniques such as Exponential Smoothing and ARIMA to predict future trends of our time-series data, due to the data's cyclical and seasonal nature.
Application
The proposed system would have three major functions:
Data Manipulation:
xxx
Data Exploration: xxx
Forecasting: xxx
Application Libraries & Packages
Package Name | Descriptions |
---|---|
Shiny | Interactive web applications for data visualization |
Tidyverse: tidyr, dplyr, ggplot2 | Tidying and manipulating data for visualizing in ggplot2 |
Shinythemes | Provide consistent UI elements for aesthetics |
forecast, broom, sweep | Packages used to "tidy" data models for easy forecasting. Forecast package uses ts objects that is difficult to manipulate. sw_sweep from the sweep package uses broom-style tidiers to extract model infomation into 'tidy' data frames. sweep package also uses timekit at the back-end to maintain the original time series index throughout the whole process. |
tibbletime | Time-based data subsetting |
lubridate | Easy manipulation of datetime data |
timetk | Extracting/checking of datetime index from ts objects |
stringr | String manipulation |
DT | Sortable data table UI element for model accuracy measures |
cowplot | Graph arrangement of ggplots in a single renderPlot function |
shinycssloaders | Loading animation for large data loading and model training |
References
1. https://login.libproxy.smu.edu.sg/login?url=https://insights.ceicdata.com/Untitled-insight