Euphorbia herman-schwartzii

The poweRlaw package provides an easy to use interface for fitting and visualising heavy tailed distributions, including power… (More)

In the field of human resources management, organizational behaviour and industrial and organizational psychology, the assumption… (More)

................................................................................................................................... 7 INTRODUCTION .......................................................................................................................... 8 NATURALISTIC DRIVING DATA ............................................................................................. 8 Data Collection ........................................................................................................................... 8 Data Selection ............................................................................................................................. 9 Event Processing ......................................................................................................................... 9 Data Validation ......................................................................................................................... 11 Smoothing and Interpolating Data Elements ............................................................................ 12 Summary of the Data Reduction Process.................................................................................. 13 SUMMARY OF DATA ANALYZED ......................................................................................... 14 TRAFFIC SIMULATION CAR-FOLLOWING MODELS ........................................................ 16 Gaxis-Herman-Rothery (GHR) Model ..................................................................................... 16 Gipps Model.............................................................................................................................. 17 Intelligent Driver Model (IDM) ................................................................................................ 18 Rakha-Pasumarthy-Adjerid (RPA) Model ................................................................................ 18 PARAMETER CALIBRATION .................................................................................................. 20 Discrete Time Generation of Vehicle Trajectories ................................................................... 20 Parameter Feasible Ranges ....................................................................................................... 21 Optimization Functions to Match Simulated and Observed Results ........................................ 21 RESULTS OF PARAMETER CALIBRATION .......................................................................... 22 CONCLUSIONS AND RECOMMENDATIONS ....................................................................... 27 ACKNOWLEDGEMENT ............................................................................................................ 28 ABSTRACT .................................................................................................................................. 30................................................................................................................................. 30 INTRODUCTION ........................................................................................................................ 30 DATASET .................................................................................................................................... 31 THE RAKHA-PASUMARTHY-ADJERID CAR-FOLLOWING MODEL ............................... 32 First-order Steady-state Car-following Model .......................................................................... 32 Collision Avoidance Model ...................................................................................................... 33 Vehicle Dynamics Model ......................................................................................................... 34 PARAMETER CALIBRATION .................................................................................................. 34 

Semiclassical approximations to quantum mechanics can include quantum coherence effects in dynamical calculations based on… (More)

We study the geometry of the action of SL(2, R) on the projective line in order to present a new and simpler proof of the Herman… (More)

Observables in linear and nonlinear infrared spectroscopy may be computed from vibrational response functions describing nuclear… (More)

The phosphorescent emission spectra of fac-tris(2-phenylpyridine) iridium [fac-Ir(ppy)(3)] due to the lowest triplet T(1) and T(2… (More)

A justification is given for the validity of a nonadiabatic surface hopping Herman-Kluk (HK) semiclassical initial value… (More)

In some recent investigations involving differential operators for generalized Laguerre polynomials, Herman Bavinck (1996… (More)

The nonadiabatic surface hopping Herman-Kluk (HK) semiclassical initial value representation (SC-IVR) method for nonadiabatic… (More)