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General information

Summary or introductory text
Preliminary study on feasibility of large-scale Naturalistic Cycling Studies. The aim of the BikeSAFER project is to collect and analyze naturalistic cycling data. Analyses focus on interaction among road users, cyclist behavior, and accident causation. Results from BikeSAFER will be used as use cases to motivate and guide the development of new intelligent applications, possibly cooperative, to increase traffic safety.

Name:	BikeSAFER
Logo:	Upload file
Type of project*:	Field operational testNaturalistic driving studyDemonstrationR&DPilot
Tested system/service:	Alternative Fuel VehiclesAutonomous SystemsCooperative SystemsElectric VehicleEnergy EfficiencyInfrastructureIntelligent Speed AdaptationMethodologySensor based mobility servicesStrategic Platform for Intelligent Traffic ServicesTest siteeCall
Countries*:	Sweden
Start of project*:	You can either use the date picker or type in a date. Accepted formats are DD/MM/YYYY, MM/YYYY, and YYYY.
End of project:
Number of test users:
Number of vehicles:
Number of partners:
Website*:
Link name:	Use if the URL is long, for example.
Name of contact person*:
Contact e-mail*:
Company name*:
Additional company information:

* = mandatory field

Details of Field Operational Test

Start date and duration of FOT execution

Geographical Coverage

Gothenburg city, Sweden

Central coordinates

Select a single coordinate pair that best represents the location of the project. This is mainly for mapping purposes.

Latitude and longitude: . Use WGS84 format, e.g. 50.8500° N, 4.3500° E or 55.755°, -37.617°. You can omit the degree symbol.

Link with other related Field Operational Tests

[[SEEKING]], [[SAFE E-BIKING]], [[Pedelec Naturalistic Cycling Study]], [[Delft NCS]]

Objectives

Results

Lessons learned

Main events

Financing

Summary, type of funding and budget

Cooperation partners and contact persons

*Public Authorities: *Industry **Vehicle Manufacturer: **Supplier: *Users: *Universities: *Research Institutes: *Others (specify):
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Applications and equipment

Applications tested

Vehicle

Equipment carried by test users

Infrastructure

Test equipment (Dataloggers, Video cameras…)

Methodology

Pre-simulation / Piloting of the FOT

Method for the baseline

Techniques for measurement and data collection

Recruitment goals and methods

Methods for the liaison with the drivers during the FOT execution

Methods for data analysis, evaluation, synthesis and conclusions

Sources of information

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