Using Origin-Destination Data to Determine Possible Carpools

Slides:



Advertisements
Similar presentations
Exercises and Solutions Lecture 1
Advertisements

© 2008 Cisco Systems, Inc. All rights reserved.Cisco ConfidentialPresentation_ID 1 Chapter 8: Monitoring the Network Connecting Networks.
NSF DUE ; Module 4.3. NSF DUE ; GeoTEd Partners Module name and number.
GIS Level 2 MIT GIS Services
3/5/2009Computer systems1 Analyzing System Using Data Dictionaries Computer System: 1. Data Dictionary 2. Data Dictionary Categories 3. Creating Data Dictionary.
Vector-Based GIS Data Processing Chapter 6. Vector Data Model Feature Classes points lines polygons Layers limited to one class of data Figure p. 186.
MLP Lyrical Analysis ● % of Unique Words ● # of Unique Words ● Average Word Length ● # of Lyrics ● # of Characters Input Feature Vectors:
Design Aspects. User Type the URL address on the cell phone or web browser Not required to login.
Protocols and the TCP/IP Suite
Comparing protein structure and sequence similarities Sumi Singh Sp 2015.
COLLABORATE. INNOVATE. EDUCATE. What Smartphone Bicycle GPS Data Can Tell Us About Current Modeling Efforts Katie Kam, The University of Texas at Austin.
TCP/IP Web Design & Layout January 23, TCP/IP For Dummies  The guts and the rules of the Internet and World Wide Web. A set of protocols, services,
Protocols and the TCP/IP Suite Chapter 4. Multilayer communication. A series of layers, each built upon the one below it. The purpose of each layer is.
© 2002 Railinc. All rights reserved. 1 Copyright © 2005 All rights reserved. Customized Parameter Trace.
Attribute Data in GIS Data in GIS are stored as features AND tabular info Tabular information can be associated with features OR Tabular data may NOT be.
Lecture 2 TCP/IP Protocol Suite Reference: TCP/IP Protocol Suite, 4 th Edition (chapter 2) 1.
Intrusion Detection: Snort. Basics: History Snort was developed in 1998 by Martin Roesch. It was intended to be an open-source technology, and remains.
2005 Ohio GIS Conference September 21-23, 2005 Marriott North Hotel Columbus, Ohio Geoprocessing for Animal Premises ID Luanne Hendricks State of Ohio.
THE OSI MODEL AND THE TCP/IP PROTOCOL SUITE CS 1202 Lectur3 part2.
Chongseok Park 1.  It is a global system of interconnected computer networks that use the standard Internet protocol suite and it serves billions.
Lect1..ppt - 01/06/05 CDA 6505 Network Architecture and Client/Server Computing Lecture 2 Protocols and the TCP/IP Suite by Zornitza Genova Prodanoff.
The OSI Model and the TCP/IP Protocol Suite Outline: 1.Protocol Layers 2.OSI Model 3.TCP/IP Model 4.Addressing 1.
Systems Development Lifecycle Testing and Documentation.
Role and Mechanism of Queue Internet Engineering.
Relational Databases (MS Access)
COP 4930 Computer Network Projects Summer C 2004 Prof. Roy B. Levow Lecture 3.
Access 2007 ® Use Databases How can Microsoft Access 2007 help you structure your database?
IP Addresses By Michelle Lin and Carmen Hui. IP Addresses IP stands for Internet Protocol. An IP Address is a unique number assigned to a device in a.
Chapter 2 Protocols and the TCP/IP Suite 1 Chapter 2 Protocols and the TCP/IP Suite.
Map overlays & Geoprocessing Learn about spatial analysis functions overlays, clipping & buffering Use overlays to analyze multiple spatial criteria Understand.
Networks Computer Technology Day 17. Network  Two or more computers and other devices (printers or scanners) that are connected, for the purpose of sharing.
Network layer Accepts messages from the application layer Prepares messages for the data link layer Packetising Addressing Routing.
CHAPTER 4 PROTOCOLS AND THE TCP/IP SUITE Acknowledgement: The Slides Were Provided By Cory Beard, William Stallings For Their Textbook “Wireless Communication.
IT 606 Computer Networks (CN). 1.Evolution of Computer Networks & Application Layer. 2.Transport Layer & Network Layer. 3.Routing & Data link Layer. 4.Physical.
This material is based upon work supported by the U.S. Department of Energy Office of Science under Cooperative Agreement DE-SC Michigan State.
Introduction to Geographic Information Systems Fall 2013 (INF 385T-28620) Dr. David Arctur Research Fellow, Adjunct Faculty University of Texas at Austin.
Routing Information Protocol
UI specification of website FormalSpecGroup Phạm Le Sum.
Web Design Terminology Unit 2 STEM. 1. Accessibility – a web page or site that address the users limitations or disabilities 2. Active server page (ASP)
Pesticide Use Web Mapping Application Joanna Nishimura Fall 2014.
Geocoding Addresses Ming-Chun Lee.
IST 220 – Intro to Databases
How to change the LOGO on PecStarWeb V3.6
Chap. 2 Network Models.
The OSI Model and the TCP/IP Protocol Suite
Cameron Blashka| Informer Implementation Specialist
Attribute Extraction.
GO! with Microsoft Access 2016
Spatial Analysis and Functions
Attribute Extraction.
Lec 5 Layers Computer Networks Al-Mustansiryah University
Net431:advanced net services
The OSI Model and the TCP/IP Protocol Suite
Spatial Data Processing
Protocols and the TCP/IP Suite
Linux: A Product of the Internet
The OSI Model and the TCP/IP Protocol Suite
The OSI Model and the TCP/IP Protocol Suite
Code Analysis, Repository and Modelling for e-Neuroscience
Basic Mechanisms How Bits Move.
Network Layer The network layer is responsible for the source-to-destination delivery of a packet, possibly across multiple networks (links). Whereas the.
GIS Lecture: Geoprocessing
Analytical GIS Capabilities
Protocols and the TCP/IP Suite
Protocol Application TCP/IP Layer Model
Code Analysis, Repository and Modelling for e-Neuroscience
The OSI Model and the TCP/IP Protocol Suite
Christmas Stocking Clip Art
TransCAD User’s Guide 2019/8/19.
Ideal Parcels Locator Script
Presentation transcript:

Using Origin-Destination Data to Determine Possible Carpools Ariel Davis Drew Cooper

Purpose Develop mechanism to match commuters to others with similar origin and destination

Method Data Collection Data Formatting Matching Output

Data Collection Ideally, data would be collected through an internet application. Users would input their origin/destination O-D data was not available, so we used a DAP File Matched addresses from residential neighborhood (U-District) to addresses in commercial area (Downtown)

Data Formatting Origins from U-District into Origin layer Destinations from Downtown into Destination layer Unique ID called “LINK” matches Origin to Destination Join Origins and Destinations Dissolve based on LINK to new O-D layer

Data Formatting O-D layer – multipoint layer Each feature contains: two points – Origin and Destination Complete address information for both

Matching Method: Build buffer around Origin and Destination (1000 feet) Select from O-D layer features with Origins and Destinations within buffers Create layer from selected features

Select O-D

Open Carpool Finder

Run Carpool Finder

Results Matches are output to new Carpools feature class. This time there was one match