PDFTech ReportBDK77 977-20Arterial highwaysTravel timeTraffic estimationReliability (Statistics)ValidationTraffic modelsFloridaFlorida. Dept. of TransportationElefteriadou, LilyUniversity of FloridaUS Transportation CollectionTravel time reliability (TTR) has been proposed asa better measure of a facility\ue2\u20ac\u2122s performance thana statistical measure like peak hour demand. TTRis based on more information about average trafficflows and longer time periods, thus includingevents such as crashes, work zones, or adverseweather conditions. Also, TTR has been widelyrecognized as the performance measure withpossibly the most impact on highway travelerperceptions
Due to the character of the original source materials and the nature of batch digitization, quality ...
Travel time reliability (TTR) modeling has gain attention among researchers\u27 due to its ability t...
Travel time reliability is an important system performance measure for freeway traffic operations. I...
The need for reliable performance measures of urban arterial roadways is increasing because of the r...
The latest edition of the Highway Capacity Manual (HCM-6) includes, for the first time, a methodolog...
US Transportation Collection2021PDFTech ReportZhang, XiaoxiaoZhao, MoAppiah, JusticeFontaine, Michae...
The need for reliable performance measures of urban arterial corridors is increasing because of the ...
The objective of this study is to calibrate models of relationships between Travel Time Reliability...
US Transportation Collection2018PDFTech ReportKwon, EilPark, ChongmyungUniversity of Minnesota, Dulu...
PDFTech ReportBDV32-977-02Travel timeFreewaysArterial highwaysField studiesSoftwareTraffic dataTraff...
The vast majority of drivers utilize arterial roadways to travel to their destinations. The time it ...
Abstract Travel time reliability is defined as the consistency or dependability in travel times duri...
University Transportation Centers Program2019PDFTech ReportFan, Wei (David)Chen, ZhengUniversity of ...
Summary.PDFTech ReportBDK77 977-10Travel timeTravel and shipment characteristicsHighwaysArterial hig...
The 6th edition of the Highway Capacity Manual (HCM-6) includes the concept of travel time reliabili...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Travel time reliability (TTR) modeling has gain attention among researchers\u27 due to its ability t...
Travel time reliability is an important system performance measure for freeway traffic operations. I...
The need for reliable performance measures of urban arterial roadways is increasing because of the r...
The latest edition of the Highway Capacity Manual (HCM-6) includes, for the first time, a methodolog...
US Transportation Collection2021PDFTech ReportZhang, XiaoxiaoZhao, MoAppiah, JusticeFontaine, Michae...
The need for reliable performance measures of urban arterial corridors is increasing because of the ...
The objective of this study is to calibrate models of relationships between Travel Time Reliability...
US Transportation Collection2018PDFTech ReportKwon, EilPark, ChongmyungUniversity of Minnesota, Dulu...
PDFTech ReportBDV32-977-02Travel timeFreewaysArterial highwaysField studiesSoftwareTraffic dataTraff...
The vast majority of drivers utilize arterial roadways to travel to their destinations. The time it ...
Abstract Travel time reliability is defined as the consistency or dependability in travel times duri...
University Transportation Centers Program2019PDFTech ReportFan, Wei (David)Chen, ZhengUniversity of ...
Summary.PDFTech ReportBDK77 977-10Travel timeTravel and shipment characteristicsHighwaysArterial hig...
The 6th edition of the Highway Capacity Manual (HCM-6) includes the concept of travel time reliabili...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Travel time reliability (TTR) modeling has gain attention among researchers\u27 due to its ability t...
Travel time reliability is an important system performance measure for freeway traffic operations. I...