To collect extensive data on realistic driving behavior for use in simulation, we propose a framework that uses online public traffic cam video streams to extract data of driving behavior.
In the cloth simulation, we propose a simplified cloth dynamic model and an integration scheme to realize a high quality real-time cloth simulation.
Furthermore, through simulation, we propose and evaluate a cost effective way to upgrade TWDM-PON up to a symmetric capacity of 128 Gb/s using fiber Bragg gratings (FBGs) in optical line terminal (OLT) as a paramount dispersion manager in high speed light-wave systems in both upstream and downstream directions.
On the basis of these observations and results of simulation, we propose the following regularity for Vrancea intermediate-depth earthquakes.
In the third simulation, we propose to estimate the processing delay when our network is under attack and we evaluate the cost of guaranteeing intrusion-tolerance and of performing QoS compensation after being the victim of an intrusion.
To examine the simulation, we propose two scenarios regarding the sharing function π: 1. Flat-rate sharing: Here, the amount of throughput to be re-injected in the system through WLAN is equally shared among the other users.
In order to demonstrate the abovementioned design patterns for simulation, we propose a scenario as shown in Fig. 2, which shows a BS surrounded by three tRSs and six ntRSs located at the corresponding positions as shown in the figure.
In this paper, using finite-difference time-domain (FDTD) simulation, we propose and numerically investigate a novel ultra-narrow bandwidth plasmonic absorber based on a MDMDM periodic structure at near-infrared wavelengths.
In order to fabricate the carbon nanostructures, using forced-field-based molecular dynamics simulations, we proposed a feasible method to obtain the carbon nanostructures through tailoring-induced self-scrolling of graphene flakes.
Based on molecular dynamics simulations we proposed that toxic intermediates of different amyloid proteins adopt a common, nonstandard secondary structure, called α-sheet.
