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Table 8. Default Highway Speeds (mph)

in Data Processing Procedures and Methodology for Estimating Trip Distances for the 1995 American Travel Survey (ATS)
by Ho-Ling Hwang Jane, Jane Rollow
"... In PAGE 62: ...Table 9 shows the adjustments or penalties (determined by expert judgment) made to the default speeds in Table8 based on roadway characteristics. Table 9.... ..."

Table 1 Summary Statistics of Variables for Washington State Highway Segments in 1996

in Bayesian multivariate Poisson regression for models of injury count, by severity. Transportation Research Record
by Kara M. Kockelman, Clare Boothe, Luce Associate, Professor Civil Engineering 2006
"... In PAGE 8: ... These segments serve as distinct observational units and contain information on crash-involved vehicle and person characteristics, roadway design features (including speed limits), environmental conditions (at the time of crash), and basic crash information (such as injury severity, time and type of crash). Table1 contains summary statistics of all variables expected to be of interest. Model Estimation and Discussions Model Estimation The MVP regression model described in equations 3 through 6 was estimated using a Bayesian approach.... ..."
Cited by 1

Table 5.5 Impact on Average Speed: Highway Sections around Brooks City-Base

in Texas Corridor 6. Performing Organization Code 7. Author(s)
by Robert Harrison, Yi-chang Chiu, Mike Schofield, Lisa Loftus-otway, Peter Siegesmund, Hua Yang, Brenda Bustillos, Swapnil Samant 2006

Table 5.3 Average Speed of Highway Sections in No-build Alternative

in Texas Corridor 6. Performing Organization Code 7. Author(s)
by Robert Harrison, Yi-chang Chiu, Mike Schofield, Lisa Loftus-otway, Peter Siegesmund, Hua Yang, Brenda Bustillos, Swapnil Samant 2006

Table 1: Performance of SHARC and the most prominent speed-up techniques on the European and US road network with travel times. Prepro shows the computation time of the preprocessing in hours and minutes and the eventual additional bytes per node needed for the preprocessed data. For queries, the search space is given in the number of settled nodes, execution times are given in milliseconds. Note that other techniques have been evaluated on slightly different computers. The results for Highway Hierarchies and Highway-Node Routing derive from [30]. Results for Arc-Flags are based on 200 PARTY cells and are taken from [17]. Europe USA

in Abstract SHARC: Fast and Robust Unidirectional Routing ∗
by unknown authors

Table 3: Comparison of the network training speed and the corresponding

in Centred Weight Initialisation to Improve the Network Training Speed and the Performance of Object Detection
by Mengjie Zhang, Victor Ciesielski
"... In PAGE 13: ...Table 3: Comparison of the network training speed and the corresponding test performance of simple object recognition in easy pictures by using ran- dom#2Fcentred initial weights: Network architecture: 196-5-4; #11 = 0.5; #0B = 0; stop criteria: percent = 95#25; repeat times = 15 Table3 shows the similar trend to Table 2 even if the conditions are changed. According to Table 3, the number of epochs used for the network training based on totally random initial weights is 177.... In PAGE 13: ...5; #0B = 0; stop criteria: percent = 95#25; repeat times = 15 Table 3 shows the similar trend to Table 2 even if the conditions are changed. According to Table3 , the number of epochs used for the network training based on totally random initial weights is 177.20#06 8.... ..."

Table 5: Symmetric Networks with highways : 10 O-D Pairs.

in A Bilevel Model for Toll Optimization on a Multicommodity Transportation Network
by Luce Brotcorne, Martine Labbé, Patrice Marcotte, Gilles Savard, Le Mont Houy

Table 5: Symmetric Networks with highways : 10 O-D Pairs.

in A Bilevel Model for Toll Optimization on a Multicommodity Transportation Network
by Luce Brotcorne, Martine Labbe , Patrice Marcotte, Gilles Savard 2001

Table 6: Symmetric Networks with highways : 20 O-D Pairs.

in A Bilevel Model for Toll Optimization on a Multicommodity Transportation Network
by Luce Brotcorne, Martine Labbe , Patrice Marcotte, Gilles Savard 2001

Table 1 - 3. Statistical Profile

in unknown title
by unknown authors 1996
"... In PAGE 29: ...TRS Abstracts Table1 - 2. (continued) NTRS TRSFull NTRS Remarks Text ARC 4/95 11/95 Omitted until linkage resolved CASI 1/94 1/95 NA NA Abstracts only DFRC 1/95 1/95 1/95 1/95 All full text documents MSFC 11/95 11/95 11/95 11/95 Some full text documents JSC 12/95 Omitted until firewall setup KSC 9/95 9/95 9/95 9/95 All full text documents SSC 8/95 8/95 8/95 8/95 All full text documents Uniform Resource Locators (URL) Uniform Resource Locators (URL) have been identified for all the NASA Centers participating in the Technical Report and Public Affairs Information Servers by the following two sections of this joint technical memorandum.... In PAGE 33: ...Table1 - 6. (continued) Old Steps Cycle Time Steps Each center prepares for 1 day Mailing by mailroom 1 day internal mailing and mails Total Estimated Cycle 4 to 6 weeks Total Estimated Cycle 1 to 2 days Time Time Potential Productivity Improvement: Receipt of end product from 6 weeks to 2 days Proposed Cycle Time Comparing Tables 1 - 3 and 1 - 4, cost savings are not significant, whereas the cycle time for receipt of the Headquarters Telephone Directory is significant, i.... In PAGE 37: ... Old Steps Prepare Fact Sheet Headquarters review Prepare Master for Printing Prepare Work Order Headquarters Fact Sheets, Hard Copy Cycle Time Issue as prepared Not applicable 1 to 5 days 1 day Proposed Steps Prepare Fact Sheet as an integrated PostScript file with graphics and text Each center prepares and sends via EmaiI,Fact Sheet in source format for review to Code P Transmit PostScript file as an attachment to E-Mail via LISTSERV to each Center. A second file will be sent in accordance with Table1 - 9 Each center pointof contact prepares Job Ticket and sends to DocuTech where applicable for copies Cycle Time Issue as prepared 1 day 1 to 3 minutes per center Set Labeling where available on DocuTech 1 hour Sent to GPO Term 4 to 6 weeks Print copies (1 to 10 pages At rated speed, page per Contractor for printing per copy) minute of duplicator 1 - 5 days 1 day Distribution to each center for distribution Mailingby mailroom Each center prepares for internal mailing and mails Cycle time included during printing 1 day Total Estimated Cycle 4 to 6 weeks Total Estimated Cycle Time 1 to 2 days Time Potential Productivity Improvement: Receipt of end product from 6 weeks to 2 days The steps involved for the generation of the HTML files for the Fact Sheet availability on the Public Affairs Home Page are displayed by Table 1 - 10.... ..."
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