Critical evaluation of PASSER IV : a progression-based network signal timing program /
94 Version 2.0 (PASSER IV) a new progression-based network
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| Format: | Thesis eBook |
| Language: | English |
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[Place of publication not identified] :
[publisher not identified] ;
1994.
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| Online Access: | Link to OAKTrust copy |
| Summary: | 94 Version 2.0 (PASSER IV) a new progression-based network arterial street. The results showed that PASSER IV and arterial streets. PASSER IV was compared with PASSER 11 for cases had a larger bandwidth than PASSER 11. For cycle different results. PASSER II showing less delay than PASSER estimates of PASSER IV were compared with PASSER II and excellent tool for arterial progression when compared to fact that PASSER 11 has a green split optimization for delay For optimized phasing sequence and speed variation between For saturated arterials, there is a significant difference in further examined, based on the results of this work. having larger cycle lengths. PASSER IV proved to be an in case of total intersection delay especially for runs Institute. The signal timing parameters, namely cycle intersection spacings for four arterial streets. Delay IV. TRANSYT-7F showed less delay than PASSER 11 or PASSER IV lengths and green times of PASSER IV, were compared with lengths where PASSER 11 had more bandwidth, PASSER IV coded links, PASSER IV showed larger bandwidths in most cases than movements than through movements. The comparison studies for PASSER 11. The green splits of both programs are very PASSER 11. Even though the logic for delay estimation in PASSER II assigned nearly similar green times for PASSER IV and PASSER 11 are similar, both programs gave very progression parameters, especially bandwidth, speed, and signal timing program developed by Texas Transportation similar and the differences in them are attributed to the the allocation of green times, more so for left turning The differences in delay between both the programs should be the progression parameters showed that PASSER IV in most This thesis documents the evaluations performed on PASSER IV- those of PASSER 11-90 Version 2.0 (PASSER 11) for two TRANSYT7F Version 7.0 (TRANSYTI-7F) delay estimates for an undersaturated arterials for both left and through movements. while PASSER IV assigns them based on Webster's Equation. with PASSER 11 green splits gave equal or more bandwidth. |
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| Item Description: | "Major subject: Civil Engineering". Vita. |
| Physical Description: | x, 91 leaves : illustrations ; 28 cm. Also available online. |
| Bibliography: | Includes bibliographical references. |