KYTC’s Highway Information System (HIS) Helping You Jump Start Your Planning and Design Data Gathering Efforts Josh Wentz KYTC Division of Planning Data.

Slides:



Advertisements
Similar presentations
ODOT Pedestrian and Bicycle Program Sheila Lyons, PE Local Area Government Conference 2011.
Advertisements

Statewide Traffic Engineers Meeting Rumble Strip(e) June 16, 2011 Simone Ardoin Assistant Road Design Engineer Administrator.
Chapter 5 Signs, Signals, and Roadway Markings
© OPDS 2009 WELCOME TO OCEAN PARK DRIVING SCHOOL My Name is Kim Filby and I will be your Driving School Instructor First things first, do we all know our.
SCHOOL BUS TRAFFIC CONTROL DEVICES
Lec 33, Ch.5, pp : Accident reduction capabilities and effectiveness of safety design features (Objectives) Learn what’s involved in safety engineering.
1 PAVEMENT DATA ITEMS. 2 Climate_Shapes (4 LTPP zones) Soil_Shapes Metadata Estimates Section level data HPMS Pavement Data Summary level data.
Traffic Controls Lesson 1 Understanding Traffic Signs and Signals
May 2014 Operations Planning Construction Design VISION Process 1.Receive design files from Projectwise -Create Maps to determine ownership and maintenance.
Ohio Department of Transportation Leadership Meeting#1 Jun 12, 2012 Steering Committee Meeting #1 WELCOME Bicycle and Pedestrian Travel Pike and Wok Travel.
From KY 89 at the northern city limits of McKee to the recently improved section of US 421 just north of the Jackson-Rockcastle County line. Six-Year Highway.
US Highway 17 (Center Street) Sidewalk Feasibility Study Town of Pierson, Florida.
S.R. 256 Road Reconstruction Project From City of Austin to S.R. 203 Thursday, February 6, 2014 Austin Elementary School 6:00 p.m.
Florida Department of Transportation, November 2009
Chapter 5 Signs, Signals, and Markings
Route 28 South of I-66 Corridor Safety and Operations Study Technical Committee Meeting #2 June 25,
HERO UNIT Training Module Work Zone Traffic Control And Incident Management Operations.
Mandy Chu Office Chief Highway System Information and Performance Division of Research, Innovation and System Information Introduction to HPMS Highway.
Safe, Accountable, Flexible, Efficient Transportation Equity Act: A Legacy for Users SAFETEA-LU Key Safety Provisions Federal Highway Administration.
CHAPTER 3 SIGNS, SIGNALS AND PAVEMENT MARKINGS
WVDOT GTI SECTION Status Update for Districts. AGENDA Introduction. Introduction. Status Update. Status Update. How to Spatially Enable Database. How.
Signs, signals, and pavements markings
All Roads Transportation Safety (ARTS) Program Kevin J. Haas, P.E. Traffic Investigations Engineer, ODOT February 26, 2015.
WVDOT GTI SECTION Status Update for Miss Utility.
. Efforts to Reduce Crashes on County Roads in Iowa.
US 1 COLLEGE PARK – SEGMENT 1 FROM COLLEGE AVE/REGENTS DRIVE TO MD 193 (UNIVERSITY BLVD) Presentation to College Park City Council August 5,
Washington State Transportation Commission March 20, 2007 Jeff Monsen, PE Intergovernmental Policy Manager.
Incident Management in Central Arkansas: Current Settings and Proposed Extensions Weihua Xiao Yupo Chan University of Arkansas at Little Rock.
Transportation Planning 599 Cooltoolsfor successful transportation projects Troy Hearn Division of Planning.
Tennessee Roadway Information Management System (TRIMS) Paul Boyd.
Highway Functional Classification Chapter 16 Dr. TALEB M. AL-ROUSAN.
Module I  Lesson 1  HPMS Background  Lesson 2  HPMS Core Components Overview Module I 1 HPMS Training Course.
Evaluating Remotely Sensed Images For Use In Inventorying Roadway Infrastructure Features N C R S T INFRASTRUCTURE.
Jason Chapman Data Collection & Management Systems.
Data Palooza Workshop May 9, 2013 Rabinder Bains, FHWA – Office of Policy and Government Affairs.
Module II  Lesson 1  Overview of the HPMS Data Model  Lesson 2  Dataset Requirements and Specifications  Lesson 3  Geospatial Component of the Data.
Applications of Remote Sensing in Transportation.
Rural Transportation Planning Eunice Fitzpatrick Transportation Planner Kentucky River ADD Hazard, KY.
Signs Signals and Pavement Markings
Road Inventory Data Collection Re-engineering Collected Data Items (more than 50 items): –Street Names. –Pavement width, number of lanes, etc. –Bike path,
Design Criteria CTC 440. Objectives Know what “design criteria” means Determine design criteria for various types of facilities.
An Overview of the Chester County Local Linear Referencing System (LRS)
VBMP RCL Workshop: Using VDOT Data November 4, 2015.
Mike McColeman, P.E. Assistant Maintenance Administrator Ohio Department of Transportation Defining Desired Outcomes Defining Desired Outcomes.
Asset and Network Information Routable Road Centreline A Main Roads Perspective Steve Boston Manager Asset & Network Information August 2009.
FACS-STIP Tool – Overview (Features, Attributes & Conditions Survey – Statewide Transportation Improvement Program) April 2010 Presentation for Roadway.
2012 UPDATE Peter A. Allain, PE Louisiana Department of Transportation and Development.
Geometric Design: General Concept CE331 Transportation Engineering.
1 THE HIGHWAY SAFETY MANUAL Michael S. Griffith Federal Highway Administration July 26 th, 2004.
Integration of PASER & GIS WLIA March 4, 2004 Presentation Outline Road Centerlines –Overview –Creating –Attribute –Uses –Paser Geocoding Process –Overview.
Complete Streets Training
SUCCESSFUL APPLICATION FOR HIGHWAY SAFETY IMPROVEMENT PROGRAM (HSIP) GRANTS Presented By: Patrick V. DeChellis Deputy Director Los Angeles County Department.
Preparing VDOT’s GIS data for the Implementation of Bentley Superload Brian Young – GIS Technical Lead (ARS) Paul Bucher – Quality Assurance Officer Jean.
1 Element 1: The Systemic Safety Project Selection Process Element 1: 4-Step Project Selection Process.
6-1 Module 6: Group Activity Wright County Safety Review Identifying Opportunities for Making Roads Safer 6-1.
County of Fairfax, Virginia Policy on Level of Service in Activity Centers Board Transportation Committee December 17, 2013 Department of Transportation.
The Highway Performance Monitoring System. What is HPMS? National highway transportation system database Data on highway conditions, performance, and.
 Every sign’s shape and color have special meaning  Regulatory Signs: Signs that set limits, or give commands.  Example: stop sign, Yield, One Way,
Indiana MUTCD: for Operations & Maintenance Issues/Solutions – Part II.
LOW COST SAFETY IMPROVEMENTS Practitioner Workshop The Tools – Identification of High Crash Locations – Session #2.
LT 4 SIGNS, SIGNALS & TRAFFIC CONTROLS 1 Signs Understanding Traffic Signs and Signals.
Chapter 3 Regulatory, Warning & Guide Signs Overview
Chapter 3 Regulatory, Warning & Guide Signs Overview
Project Management Team Meeting #3
GDOT MAP 21 RC Training September 7th, 2016.
Chapter 3 Regulatory, Warning & Guide Signs Overview
Geometric Design: General Concept CE331 Transportation Engineering.
Design Criteria CTC 440.
HERO UNIT Training Module
Reduced Datasets from Roadway Information Database (RID)
Presentation transcript:

KYTC’s Highway Information System (HIS) Helping You Jump Start Your Planning and Design Data Gathering Efforts Josh Wentz KYTC Division of Planning Data Management Branch Manager

Needs for Existing Data Project Identification Form (PIF)

Needs for Existing Data Purpose and Need Statement

Needs for Existing Data Data Needs Analysis Study (DNA)

Needs for Existing Data Planning Study

Needs for Existing Data Project Approach

Needs for Existing Data Design Executive Summary (DES)

Session Plan HIS Overview – What’s in it? Demo – HIVEi Usage Limitations Future Enhancements

HIS Two Major Components Road Centerlines Tabular Road Data

Spatial/GIS representation of all public road centerlines KYTC, County, City, State Agencies, Federal 88,000 miles Dual-carriageway Linear Referencing System (LRS) County, Route, & Milepoint locations Road Centerlines

AttributeComments Route UniqueCounty #, Rt Prefix, Rt #, Rt Suffix, and Rt Section Begin Milepoint End Milepoint Road NameAs provided by local agencies Surface Type DMI LengthIn miles, 3 decimal places Government LevelRoad ownership indicator Type of Operation1-way, 2-way, Divided Road Centerlines

Tabular Road Data 48 data tables 440 attributes 8 data owners 14 data custodians Varying extents, update cycles, and levels of access

Table Data Owner Appalachian Development Highway SystemPlanning Coal Haul Highway SystemPlanning Drive Smart CorridorsHighway Safety Extended Weight SystemPlanning Forest Highway SystemPlanning Federal Systems (Functional Classification, NHS, Strahnet) Planning Scenic Byway SystemLocal Programs State Primary Road SystemPlanning National Truck NetworkPlanning Tabular Road Data - Highway Systems

Table Data Owner Access ControlPlanning Evaluation Sections (Homogenous Road Sections) Planning Type of OperationPlanning Route Log (Intersection Information) Planning Speed LimitTraffic Operations Truck Weight ClassificationMaintenance Tabular Road Data - Roadway Information

Table Data Owner Auxiliary Lanes (Turn, TWLTL, Truck Climbing) Planning Bicycle and Pedestrian FacilitiesPlanning Horizontal CurvesPlanning Vertical Curves / GradesPlanning Through LanesPlanning MediansPlanning ShouldersPlanning Tabular Road Data - Roadway Features

Table Data Owner Traffic (AADT, Truck Counts/%, Station Info) Planning International Roughness Index (IRI)Maintenance Pavement Management (Year of Resurfacing, Thickness, Structural #) Maintenance Tabular Road Data - Other

Highway Information View and Extract Interface

EDSB_SOLUTIONS/hisextracts/

Usage Limitations “Qualified customers only. Available only at participating authorized dealers. Subject to credit approval.”

Usage Limitations Planning-level data Located by County, route, milepoint Multiple uses Original collection by 15 agencies Predominant values

Usage Limitations Horizontal Curve and Vertical Curve Several different collection methods Data affected by collector’s subjectivity Best used for averaging over a section Spot locations should be verified with other methods Speed Limit Combination of Traffic Operations speed zone Official Orders and field observations Sign installations don’t always match location specified in speed zone Official Order

Usage Limitations Shoulders Predominant values Some inconsistencies with “combination” type and lack of an attribute to hold paved width

Future Enhancements More accessible, usable, and consistent More data about the data (metadata) Better integration with other KYTC Bentley products Paved width on “combination” shoulder More intersection data More bike/ped data Speed data

Travel Time- Statewide Data 2011 PM Cardinal Direction2012 PM Cardinal Direction

Travel Time - Corridor Profiles Blue are Minimum Speeds Red are Maximum Speeds Arrow is the direction of travel at Average Speed

This is the End Questions? Comments?