Slamdunkers Proposal

Proposal

Poster

Application

Research

PROBLEM & MOTIVATION

The National Basketball Association (NBA) is the pre-eminent men's professional basketball league in North America, and is widely considered to be the premier men's professional basketball league in the world. It is considered to be one of the four major sports in the United States and Canada. According to an article by Business Insider, NBA is the highest-paying league in the world. Numerous star players such as Kobe Bryant, Lebron James and Kevin Durant are among the world’s highest-paid sportsmen listed by Forbes in 2016.

In attempt to win the championship each season, NBA teams spends a large sum of money on players' salary. It is in each team's best interest to recruit the best players with the limited resources they have. Before the start of each season, each team will negotiate with the players to represent them for the season. They look for the best fit players in term of their skills, abilities and past statistics to get the best optimal formation. Better understanding of the players’ statistics can help coaches to focus their resources on the player's strengths.

A player performance tool could assist coaches to better analyse the players. By comparing the past players’ statistics, they could better understand each player’s strengths and weaknesses. The tool provides players’ performance by looking at their statistics (e.g. total number of shot made per game) and the game’s statistics (e.g. the remaining time left of each shot).

OBJECTIVES

In this project, we aim to provide a visualisation for coaches to perform the following:

• To gain a better insight of the players they are interested in.
• To make comparison between players
• To identify the players’ strength and weaknesses
• To be able to make strategic game changing tactics by looking at the performance of players at different periods of the games.

SELECTED DATASET

Our selected dataset is downloaded from Kaggle. The original data is extracted from the NBA of ESPN by using the REST API. The data is based on the NBA 2015-16 season.

The rationale for the range of data used for our analysis are as follow:

• The data contains 128069 records of shots made in the season. With the detailed information, it allows us to carry out more accurate analysis based on each shot.
• The attributes is based on the statistics of the players and games. It enables us to find out how each player performed in different periods of the game.

The table shows the data dictionary of the dataset.

Label	Description
Game ID	Identification number of each game
Date	Date of game
Player Team	Player's team
Opponent Team	Opponent team
Home/Away	If player's team is on home ground
Win/Lose	If player's team win or lose
Game Score Difference	Difference in total game score
Shot Number	N-th shot made by the player
Period	Period of the game when the shot was made
Game Clock	Game time when the shot was made
Shot Clock	Shot time when the shot was made
Dribbles	Number of times the player dribbled before the shot was made
Touch Time	Total time held by the player before the shot was made
Shot Distance	Distance from the basket when the shot was made
Point Type	If shot attempt is 2 or 3 points
Shot Result	Result of the shot
Closest Defender	Name of the closest opponent defender
Distance from Closest Defender	Distance between player and the closest opponent defender when the shot was made
Field Goal Made	If a goal was made
Points	Points earned by the player's shot
Player Name	Name of the player who made the shot

BACKGROUND SURVEY

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Description

NBA Viewership The average viewership of National Basketball Association (NBA) have reached an record of 20.2 million viewers, the highest ever since the golden Michael Jordan era of 1998. Much of this can be attributed to the growing popularity of the action-packed game where either team can score in an amazing and athletic manner. This is coupled with cult figures such as Stephen Curry and LeBron James, who constantly show up with their basketball trickery in big games. However for basketball lovers, it is often different and frustrating to analyse the different aspects of the game quantitatively. There is a lack of available platform in the realm of basketball where interactive visualizations exist for fans to compare the different abilities of various players. There are also no platforms for fans to observe the patterns of how their favorite players play according to individual positions and roles. Hence, there is a strong motivation to provide real-time and up-to-date information about the different aspects of the game.

POSSIBLE QUESTIONS & APPROACH

Our approach is to first consider the questions that a coach would ask when scouting for players. These questions include:

• Who are the good shooters?
• What is the most comfortable distance player can shoot from and get a goal? (distribution? precision?)
• Who are the good blockers?

Afterwards, depending on what kind of game tactics that the coach would want to employ, he may consider other questions.

• Is player’s performance consistent during the whole game?
• When does player performance peak?
• Is there a difference in player’s performance when playing on home or away ground? What are the differences?

With these questions, we shall perform some data exploration to get some insights to these questions.

TECHNICAL CHALLENGES

Unfamiliar with visualization softwares

• Start creating visualizations early
• Look up online resources

The steep learning curve of D3.js

• Start early
• Work with tutorials and examples

TIMELINE & MILESTONES

REFERENCES

Motivation

• NBA is the highest-paying league in the world. [1]
• The world’s highest paid athletes [2]
• NBA player salaries [3]

Dataset

• Primary dataset [4]
• Original source of data [5]

GROUP MEMBERS & RESPONSIBILITIES

Member	Job scope
Alson TAN Yong Kiong aka SlamDunker 1	In charge of report Data exploration
Arnold LEE Wai Tong aka SlamDunker 2	In charge of wiki Data exploration Creating visualization
LIM Lai Ho aka SlamDunker 3	In charge poster Data exploration Creating visualization

COMMENTS & FEEDBACK

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