People Flow – Smart Otaniemi 2.0 (EU Regional Funding 2021-23)
The goal of the People Flow project is to do measuring and modelling of people flows within the Otaniemi campus region for better campus planning and optimized use of campus facilities. Indoors traffic is measured by using Wi-Fi and Bluetooth data. Outdoors people flows are covered with various sensors including cameras, radars and lidars. Various data analysis, modelling and simulation will be applied through open API:s. The results will be available on a campus mobility dashboard.
The People Flow activity is part of the EU funded (REACT-EU) project “Implementation pathway for environments that accelerate sustainable growth” in co-operation with City of Espoo, VTT and Omnia. The project is part of the Smart Otaniemi 2.0 initiative.
Smart Junction – Jätkäsaari Mobility Lab, Helsinki (2019- )
Smart Junction project is carried out in co-operation between Aalto University, City of Helsinki, Port of Helsinki and Conveqs Oy. Also, other companies are involved in the project. The test area provided by Helsinki is called the Jätkäsaari Mobility Lab. New type of traffic sensors are being installed to the critical junctions from the harbour to the Länsiväylä motorway. Each junction is equipped with sensor stations consisting of camera, radar and edge computing unit. Also, lidar installation are being tested. Each sensor station is pointing upstream of one approach of the junction.
The data from the sensor stations is collected by an open data platform that connects the data to an open interface (API). Data is also collected from the signal controllers and from the HSL-API. The data from various sources is combined with so called real-time digital twin that represents the overall traffic situation in a machine-readable form. The digital twin is also used to fill in the gaps between various sensors and to reduce the noise of the sensor data. The digital twin is also internally consistent thus resolving the potential conflicts of various sensor data.
A multitude of measures of performance (MoE) can be computed from the digital twin including aspects of traffic performance, traffic safety and environmental impact. The refined data can be shared through API:s or web-based dashboard. The detailed information of the traffic situation can also be used for optimizing the traffic signal control.
Last Mile – Perille Asti (EU Regional Funding 2017-19)
The project aims to improve the mobility of the residents, employees, customers and international visitors in Helsinki metropolitan area, complementing the existing transport system. The project aims to find new market-driven, intelligent mobility solutions and services for the companies in travel industry. Companies can include new mobility solutions as part of their own service offering. Also, residents, employees and other business in the region can take advantage of the developed services.
The new mobility services are co-created and developed in public-private partnership in Helsinki (Jätkäsaari), Espoo (Nuuksio) and Vantaa (Aviapolis and airport area related travelling). Some of the services will be piloted in the target areas. The target group of the project consists of companies that develop and implement mobility services for enterprises and end-users. Examples of these solutions are shared modes of transport, a new type of bike rental concepts, on-demand transport, regional mobility services and last mile solutions.
The TrafficSense mobile application by Aalto University was applied in measurement of mobility behavior around the Jätkäsaari region. A “mobility gap” was found indicating that the sustainable modes like walking and biking were not fully used even when they offered a competitive travel time.
SOHJOA: Physical and virtual innovation platform of autonomous (EU Regional Funding 2016-2018)
Project Sohjoa addresses the challenges of new economic growth industries as well as sustainable intelligent transportation development. This is accomplished by bringing autonomous small electric buses to operate in 6Aika areas as part of the pilot innovation platforms created within the project. These buses have the potential to reduce operating costs, lower the overall emissions and offer better service to the mobility customer.
MulSimCo – Multilevel Traffic Simulation with Cognitive Basis
(Academy of Finland 2015-2018)
This project is carried out in co-operation with Helsinki University/Cognitive Science Unit and funded by the Academy of Finland (2015-2018). The aim is to develope a more realistic traffic simulation by combining the knowledge of transportation engineering with cognitive science.
TrafficSense – Energy Efficient Traffic with Crowdsensing
(Aalto Energy Efficiency Funding, 2013-2017)
TrafficSense is a multi-disciplinary project with other research groups in Aalto funded by the Aalto Energy Efficiency Program (AEF). The aim is to promote more energy efficient and green modes of transport through personal mobility management assistant (PMMA) based on crowdsensing of traveling behavior. The TrafficSense system is able to automatically detect the basic parameters of individual trips including the mode of transport and the public transport services used. Based on this data the system learns the mobility patterns and is able to predict next trip to done. Based on prediction the system look for potential problems or opportunities and suggest alternatives which are more energy efficient. TrafficSense approach is one of the necessary steps toward mobility as a service (MaaS).
MUSIG – Multi-Objective Optimal Signal Control
(Aalto-KTH co-operation 2012-2015)
In the MUSIG project our aim is to develop intelligent traffic signal control by employing advanced computational methodology. Real-time situation awareness combined with multi-agent control provides the framework (the FUSICO-software). Most recently multi-objective optimization of traffic signals is studied in co-operation with KTH (Royal Institute of Technology).
Light Energy – Efficient and Safe Traffic Environments
(Aalto Energy Efficiency Funding, 2012-2016)
The Light Energy – Efficient and Safe Traffic Environments project improves the energy efficiency of transport environments and outdoor lighting while maintaining a good level of road safety and taking into account the needs of road users. The project studies the optimal realization of lighting and develops smart control of lighting by considering the visibility and safety of road users, the traffic situation, and environmental and economic factors.
The specific target of Transportation Engineering is to study the effects of street lighting to traffic safety and develop an energy efficient and safe traffic responsive street lighting control method.
Microscopic simulation of pedestrian flows (2011-2016)
This study investigates the effects of attractions to pedestrian flows. The aim is to model interactions between pedestrians and attractions including shopping displays and museum exhibits. In reality, such attractive interactions may lead to impulse stop behavior; pedestrians stop walking to destinations and join the attractions. The simulations indicate clear phases of the pedestrian flow, namely free flow, agglomerate state and competitive state. The results can be applied to the planning of public spaces.
The research work was partly funded by the MIDE-institute of the Aalto University though the 4D-space project.
Aalto ITS Initiative
(Aalto Special funding 2011-2012)
The challenges and opportunities of the research and education of intelligent transport was studied together with other related departments of the Aalto University. As an outcome three focus areas were suggested namely: intelligent traveling, intelligent traffic management and intelligent vehicle technology.
Electric Mobility: SIMBe and eSINi projects (TEKES 2010-2014)
In SIMBe-project (Smart Infrastructures for Electric Mobility in Built Environments) the integration and effects of electric mobility to transportation system was studied. Especially the smart infrastructures for fast and slow charging for electric vehicles was investigated. A blueprint of charging infrastructure to the Helsinki region was planned.
The research was continued with a piloting project eSINi -(Electrical Vehicle Charging Infrastructure for Urban Environments), in which actual electric vehicles were used and the users were interviewed. Both project were funded by Tekes – the Finnish Funding Agency for Innovation.
Emergent Social Mobility (EIT ICT-labs, 2013)
The emerging social aspect of mobility was studied in the research project funded by the EIT European Institute of Innovation and Technology, ICT-labs (now EIT Digital). The development of the Electric Trip Diary at Aalto University was carried out within this project.
FOTsis – Cooperative ITS from Inrastructure Perspective (EU)
In the FOTsis project the focus was especially on Vehicle-Infra communication (V2I) and its potential in improving the traffic fluency and safety. In Aalto University the aspects and data regarding to traffic safety was studied.
4D-Space – Intelligent and learning public spaces (MIDE 2010-2012)
In this project the measurement and modeling of public spaces was researched. Emerging positioning and sensor technologies were investigated. The modeling and simulation of indoors pedestrian movements was developed.