Singapore: A simulation modelling an entire city state
Researchers at the TUMCREATE research platform on the Singapore campus of the Technical University of Munich (TUM) have developed CityMoS – City Mobility Simulator.
This concept is now supporting the city state in southern Asia in the electrification of transportation. It is also helping to calculate the impact of transportation on the heat generated in the city. CityMoS is already being deployed in Germany, where it is helping with the e transformation of a DHL Freight logistics terminal.
How would it impact the environment if four of five road vehicles were electric-powered? How does the sudden shutdown of a central metro line affect journey times? How much heat is generated by transportation? These are the questions that CityMoS can answer. The simulation program analyzes commuter behavior, including public transportation data, and recognizes general movement patterns – and thus takes into account all mobility factors in its calculations, and not just traffic.
“CityMoS is the most advanced mobility simulator I know,” says Prof. Alois Knoll of TUM. “First, that is because it is optimized for multi-processor systems, can run on consumer hardware and, with its parallel systems, permits practically unlimited simulation speeds. And second, it will support almost any kind of co-simulation.” This means that other simulations, for example electricity grids, can be linked to CityMoS. “This makes it possible to calculate the anticipated development of traffic situations or volumes in advance,” says the Head of the Chair of Robotics, Artificial Intelligence and Real-time Systems.
“Compared to products now on the market, CityMoS can simulate mobility for entire cities at microscopic resolution,” explains Dr. David Eckhoff, who joined the TUMCREATE team as an informatics specialist at the end of 2016 and is now in charge of the ongoing development of CityMoS.
TUMCREATE promotes exchange with world-class researchers
The system was not developed in Germany, but rather in Singapore. More than 10 years ago Prof. Wolfgang Herrmann, then the president of TUM, called for a more intense exchange of ideas between researchers in the city state and TUM. This led to the establishment of the TUM Campus for Research Excellence and Technological Enterprise (TUMCREATE). Since 2010 TUM and its many collaboration partners, including Nanyang Technical University (NTU), have received funding from the Singaporean government’s National Research Foundation (NRF).
The partners also benefit from the presence of leading global research institutions such as the Massachusetts Institute of Technology (MIT), the University of Cambridge and ETH Zürich, which are also located on the campus. Between 2010 and 2021 NRF provided more than 70 million euros in funding to support initiatives in the area of mobility research: During that time, more than 100 scientists were constantly engaged in creating new mobility solutions for megacities on behalf of TUMCREATE.
CityMoS in practice: other research projects
“Simulations serve as virtual test labs, but ultimately they are only as good as the data fed into them,” explains the TUMCREATE scientist David Eckhoff: “With CityMoS we are able to simulate the entire city of Singapore – down to each individual car.” The advantage of Singapore: in its DataMall, the Land Transport Authority makes extensive data available that help in the modelling of the city.
CityMoS is currently being used in the following projects:
– CiLoCharging (2021 to 2023): The Munich-based research project City Logistik Charging (CiLoCharging), under the leadership of the multinational corporation Siemens, is working to fully electrify a vehicle fleet of the logistics service provider DHL Freight. This includes the planning and dimensioning of charging stations. As a scientific partner, TUM has assigned doctoral students to the project and is providing access to the CityMoS simulator. The simulation environment for charging management will help to optimize the use of resources for an entire logistics fleet.
– Singapore Integrated Transport and Energy Model (SITEM): The Singaporean government wants half the vehicles on Singapore’s roads to be electric powered by 2030 and by 2040 wants all road traffic in the city state to be fueled by clean energy. This raises the question of how electric transportation will affect the power network. CityMoS simulates road traffic in detail and in real time – each individual vehicle and every traffic light, including the current charging level and the range of each car and truck. SITEM is also promoting the knowledge transfer between the research sector and real-world applications in Singapore.
– Cooling Singapore: The goal of this cooperative project with ETH Zürich, the National University of Singapore (NUS) and the Singapore Management University (SMU) is to measure the effect of anthropogenic sources – in other words humans and our infrastructure – on the heating of the city. CityMoS enables researchers to analyze the role of transportation in generating heat.
Joint innovation lab with Huawei: development activities funded for an additional two years
“The mission of TUMCREATE is to pursue excellent research as a basis for attracting additional funding from industry,” explains Professor Knoll of TUM. A big step in that direction is the MoVES lab (Mobility in Virtual Environments at Scale), a joint lab launched by Prof. Knoll and headed by Dr. David Eckhoff. It is supported by the technology company Huawei. “We currently have a staff of 13 people Our goal is to develop CityMoS into a market-ready simulator,” explains lab director Eckhoff. Along with two TUM colleagues, Dr. Eckhoff has another iron in the fire: the new spinoff intobyte, established with the goal of taking the final step from mature prototype to a successful product.
TUMCREATE is a multidisciplinary research platform of the Technical University of Munich (TUM) at the Singapore Campus for Research Excellence and Technological Enterprise (CREATE). The researchers join forces with international and local partner universities, public and private research institutes and industrial partners to advance future technologies. Since 2010 TUMCREATE has been conducting research in Singapore on topics in the areas of electromobility, autonomous transportation systems and medical imaging processes. With Proteins4Singapore, a major program launched in April 2022, TUMCREATE has added a complex, forward-looking life sciences project to its portfolio: The program will focus on alternative and sustainable protein sources and the function-oriented production of protein-rich foods. Proteins4Singapore will enable urban centers like Singapore to offer highly nutritious, tasty and functional protein-based foods.
Prof. Alois Knoll
Chair for Robotics, Artificial Intelligence and Embedded Systems
Technical University Munich
+49 (89) 289 – 18104
Dr. David Eckhoff
Wen Jun Tan, Philipp Andelfinger, Wentong Cai, Yadong Xu, Alois Knoll and David Eckhoff, “Multi-thread State Update Schemes for Microscopic Traffic Simulation,” Proceedings of 2020 WSC, Orlando, FL
Jiajian Xiao, Philipp Andelfinger, David Eckhoff, Wentong Cai and Alois Knoll, “Exploring Execution Schemes for Agent-Based Traffic Simulation on Heterogeneous Hardware,” Proceedings of 22nd International Symposium on Distributed Simulation and Real Time Applications (DS-RT), Madrid, 2018
Philipp Andelfinger, Yadong Xu, David Eckhoff, Wentong Cai and Alois Knoll, “Fast-Forwarding Agent States to Accelerate Microscopic Traffic Simulations,” Proceedings of SIGSIM PADS 2018, Rome
All latest news from the category: Information Technology
Here you can find a summary of innovations in the fields of information and data processing and up-to-date developments on IT equipment and hardware.
This area covers topics such as IT services, IT architectures, IT management and telecommunications.
Riddle of Varying Warm Water Inflow in the Arctic Now Solved
In the “weather kitchen,” the interplay between the Azores High and Icelandic Low has a substantial effect on how much warm water the Atlantic transports to the Arctic along the…