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Dynamic maps to detect and predict crowds on maps. Also, helping reduce crowds by using external transportations and track shifting where they can be spotted on the maps.

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A-safarji/MTA-EDA

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* The picture for project use only!

#ed7d2d Project Proposal EDA For MTA Project(1-T5)

Introduction:

  • New York Metropolitan Transportation Authority (MTA) commute plagued by delays as riders gripe over crowds and delays on lines led to dangerously-crowded trains.

Question/need:

  • The goal of this analysis is to determine congestions and crowds of trains stations that casuses riders gripe over crowds. Therefore, helping decision-making process for MTA and paving the way to provide more buses on thses crowded stations which to decentralize crowds without any addtional costs.

  • Identify busy trains of crowded stations.

  • Find congestions between morning and evening.

  • How to reduce congestions and delays on crowded stations that waste time.

Objective and Goal:

Optimize the stations that led to dangerously-crowded trains and crowds.

  • Find the congestion and detected it on a live map.
  • Discover demand of trains across all stations and further optimize the availability of trains to busy stations.
  • Help identify how to reduce congestion and delays on crowded stations that waste commuters' time.
  • Provide fetching external transportations near congestion stations and track lines on map to help shift track managment.

Data Description:

  • Field Description:
Field Name Description
C/A Control Area (A002)
UNIT Remote Unit for a station (R051)
SCP Subunit Channel Position represents an specific address for a device (02-00-00)
STATION Represents the station name the device is located at
LINENAME Represents all train lines that can be boarded at this station
DIVISION Represents the Line originally the station belonged to BMT, IRT, or IND
DATE Represents the date (MM-DD-YY)
TIME Represents the time (hh:mm:ss) for a scheduled audit event
DESC Represent the "REGULAR" scheduled audit event (Normally occurs every 4 hours)
ENTRIES The comulative entry register value for a device
EXITS The cumulative exit register value for a device
Traffic The total traffic ENTRIES.diff() + EXITS.diff().
Congestion Which is the number of entries and exists added up to know how busy the station

Tools:

  • To carry out the project and explore the data, Jupyter,Sqllite3 and Python3. In addition, Python3 libraries which are: Matplotlib, and Seaborn for data visualization. Numpy, and Panda for data read and write operations.

MVP Goal:

  • The goal of this project would be an identification of the subway stations that have the most congestion and crowds, correlated with those who commute every day. And to find how decreasing crowds from busy stations. For these, I will also include stations and external sources that can support reducing crowds in busy stations between morning and evening. 

Dynamic maps to detect and predict crowds on maps. Also, helping reduce crowds by using external transportations and track shifting where they can be spotted on the maps.

Further details on the MVP of this project - feel free to click me!

Status

Project is: #00FF00 Done

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Dynamic maps to detect and predict crowds on maps. Also, helping reduce crowds by using external transportations and track shifting where they can be spotted on the maps.

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