Perspectives on an ALKS model in SUMO

Subscribers:
24,100
Published on ● Video Link: https://www.youtube.com/watch?v=p-2pSIKw9CM



Duration: 21:58
57 views
0


The UNECE regulation R157 describes the requirements for a successful implementation of an approvable ALKS (Automated Lane-Keeping System) in great detail. This paper reviews some of the content of this document and describes the first steps that would be needed on how to implement such an ALKS as another driver model into the open source microscopic traffic flow simulator SUMO.

--

Title: Perspectives on an ALKS model in SUMO

Presenter: Robert Alms

Authors: Robert Alms, Benjamin Couéraud and Peter Wagner




Other Videos By Eclipse Foundation


2024-09-07OCX 24: Trust and Teamwork Lessons from Cedric Dumont, Extreme Sports Legend
2024-09-04The CRA Obligations: Identifying the Relevant Obligations for the OSS Community
2024-07-31Cloud Tool Time - Enhance Developer Experience with VSCode Extensions and AI
2024-07-29OsiQL: Imitate C++20 features in C++17
2024-07-23How to Read the CRA: Identifying Key Parts of the CRA for Effective Compliance
2024-07-15Open Source and Business Model: ZettaScale
2024-06-13Comparing and parameterizing the electrical energy consumption models in SUMO
2024-06-13On Vehicular Data Aggregation in Federated Learning: A Case Study of Privacy with Parking Occupancy
2024-06-13Integration Traffic Signal Control From Synchro to SUMO
2024-06-13Calibrating Car-Following Models using SUMO-in-the-loop and Vehicle Trajectories from Roadside Radar
2024-06-13Perspectives on an ALKS model in SUMO
2024-06-13Using SUMO for Test Automation and Demonstration of Digitalized Railway Concepts
2024-06-13Generalistic Assessments of the Potential of Medical Drones in Urban Environment
2024-06-13rescuePY: Simulation-based Rescue Response Impact Assessment
2024-06-13Bus Priority Procedure for Signalized Intersections Based on Bus Occupancy and Delay
2024-06-13HybridPy: The Simulation Suite for Mesoscopic and Microscopic Traffic Simulations
2024-06-13Optimized Design of LEZ in SUMO: A Dual Focus on Emissions Reduction and Travel Time Improvement
2024-06-13Integrating Topographical Map Information in SUMO to Simulate Realistic Micromobility Trips
2024-06-13Joining SUMO and Unreal Engine to Create a Bespoke 360 Degree Narrow Passage Driving Simulator
2024-06-13Sumonity: Bridging SUMO and Unity for Enhanced Traffic Simulation Experiences
2024-06-13Calibration of Microscopic Traffic Simulation in an Urban Environment Using GPS-Data