Welcome to the new year 2018!
We will start this year with a slight look into the recent past. Lately, we have announced our great success in a start-up contest called “Connect Visions to Solutions”, organized by German-Czech Chamber of Industry and Commerce, which was held in Prague in late November. Have a look at the short video of this great event.
At this time of the year, the whole team of DataFromSky and RCE systems would like to wish to all of our business partners and clients Happy Holiday season and a peaceful and prosperous New Year. Thank you for supporting us and being with us in 2017 and we wish you the best in the coming year.
John F. Kennedy’s Square in city of Aalborg in Denmark is with the railway station and bus terminal an important traffic hub that connects Aalborg to the surrounding towns and most of the bigger cities in country. With Aalborg Municipality’s desire and strategy to change the habits and move citizens from cars to bicycle and public transport, large space problems have arisen in connection with parking spaces for bicycles. The bike rails are crowded and illegally parked bikes fill up the street scene and create dangerous pedestrian situations.
In order to find the optimal location of bicycle parking facilities, the movement patterns of each traffic participant, especially pedestrians and bicycles, were analyzed using DataFromSky advanced software – see the pictures attached below, representing the trajectories of bicycles (blue) and pedestrians (green). Based on these patterns, detailed data, statistics and trajectories information, COWI has performed a study examining where it will be possible to implement more parking places for bicycles in and around the square, resulting with a proposal for how the space can be furnished – offering more space for bicycle parking and rest areas for pedestrians.
DataFromSky analysis has also resulted in illustrations of average speed of pedestrians in this square. The data were used to design areas where pedestrians typically stop and where there may be a need for seating (e.g. near the bus station), moreover, these information and data are extremely valuable for a safety study in a given zone, which can be adopted by the municipality to make some changes in order to increase the safety of pedestrians and bicycles in analyzed area.
If you are interested in knowing more details and want to read the full study, click on this link.
Bicycles – movement patterns based on trajectories of each bicycle
Pedestrians – movement patterns based on trajectories of each pedestrian in analyzed area
When carrying out a complex traffic study, it may be difficult to map the entire traffic situation, especially with traditional methods. Using a solution in form of traffic research from air with a drone and DataFromSky software, all movements are recorded down and analyzed to the smallest detail for unlimited data. In addition to junctions and road sections, the system is also suitable for parking areas, events, station environments or terminals.
The benefits of traffic research from the aerial video:
- accurate data about traffic flow (counts), turning movements, speed, acceleration, travel time, stationary time (queing time) and many other traffic parameters
- reliable, detailed research without influencing traffic behavior (inconspicuous solution)
- full traffic research, almost without a human intervention
- tool to improve traffic safety
- perfect communication tool for organizations, citizens and politics
Simple insight into all data
The knowledge in form of a aerial video with exact traffic parameters, speed measurements and identification of inappropriate or dangerous behavior is a very powerful communication tool for organizations, citizens and politicians alike. Moreover, it is fairly easy to evaluate, or use the results immediately in programs for traffic simulation models such as VISSIM.
Our partner in the BENELUX region – Roelofs – has recently carried out such complex traffic analysis accross the Netherlands using the drones to analyse the crossroads – especially roundabouts and signalized intersections.
Speed-based trajectories in the analyzed area
The results obtained thanks to DataFromSky were further used to create a simulation model in VISSIM, using the real data about: vehicle categories, speed and acceleration in crossroad, intensities on each lane, vehicle gap time and origin destination statistics. This is the most accurate simulation you can achieve by using real world data! If you want to get more detailed information about the analysis results, click here .
For any inquiry of complex traffic study in regions of Netherlands, Belgium or Luxembourg, please contact our direct distributor of DataFromSky service for the above-mentioned areas:
In upcoming days, you have a chance to see DataFromSky solution and its practical use cases and demonstration on an event related to the Road & Transportation. Visit the stand of COWI, our partner for Nordic countries, on Vejforum 2017 event, an exciting conference with the theme “Roads, people and technology”, held between 6. and 7. December 2017 in Hotel Nyborg Strand, Denmark. For more information, visit the event’s website
DataFromSky – the world’s most advanced traffic analysis
It will also be demonstrated how advanced technologies such as computer vision, neural networking and deep learning can be used and implemented in the world’s most advanced software for comprehensive traffic analyzes and also how to utilize this solution to detect the occupancy of a parking lot in real time using an ordinary IP cameras and the AI behind.
One of the topics presented on this event will be the “Accident Portal” – new web-based analysis tool developed by COWI that gives the Danish municipalities completely new opportunities for quickly, efficiently and through a user-friendly interface to work with traffic accidents data. The team of DataFromSky is currently working on a project evaluating the safety of a traffic node to know the potentionally risky situation and detect near accidents and accidents. This feature could be possibly utilized in the Accident Portal mentioned above.