Kategorie: Living Lab – Universität Bamberg

The need for parking spaces will continue to increase in the future. Studies show that finding a free parking space causes 30% of inner-city traffic. The efficient management of parking spaces has long been a central point in the planning of urban and regional infrastructures. The overall student project Parking in Smart Cities is split into 5 sub-projects and aims to improve parking management in smart cities.

The project Park&Charge 1 is one of two sub-projects that addresses the use case of parking at charging stations for electric vehicles. How do you find a free charging station for your electric vehicle? How to prevent excessive parking on such parking spaces while not charging? Different aspects of that use case are examined and prototypically implemented.

Teammitglieder:

Nikolai Johannes Kulczak, Shambhavi Shukla, Tobias Archut

Website:

Smart City Bamberg

Projektpartner, Ideengeber:

Smart City System Parking Solutions GmbH / im-mobility / STWB

The need for parking spaces will continue to increase in the future. Studies show that finding a free parking space causes 30% of inner-city traffic. The efficient management of parking spaces has long been a central point in the planning of urban and regional infrastructures. The overall student project Parking in Smart Cities is split into 5 sub-projects and aims to improve parking management in smart cities.

The project Park&Charge 2 is one of two sub-projects that addresses the use case of parking at charging stations for electric vehicles. How do you find a free charging station for your electric vehicle? How to prevent excessive parking on such parking spaces while not charging? Different aspects of that use case are examined and prototypically implemented.

Teammitglieder:

Ali Nawaz, Ammar Irshad, Ayyaz Mehmood

Website:

Smart City Bamberg

Projektpartner, Ideengeber:

Smart City System Parking Solutions GmbH / im-mobility / STWB

The need for parking spaces will continue to increase in the future. Studies show that finding a free parking space causes 30% of inner-city traffic. The efficient management of parking spaces has long been a central point in the planning of urban and regional infrastructures. The overall student project Parking in Smart Cities is split into 5 sub-projects and aims to improve parking management in smart cities.

The project Park&Reside 1 is one of two sub-projects that addresses the use case of parking at residential units. How to monitor parking spaces assigned to residential units? How do you know whether a vehicle parking there belongs to a resident and is legally parking there? Is it possible to offer those parking spaces for dynamic parking management to non-residents? Different aspects of that use case are examined and prototypically implemented.

Teammitglieder:

Abdullah Al Mosabbir, Lubna Tasneem, Moktahid Al Faisal, Sunaish Kumar

Website:

Smart City Bamberg

Projektpartner, Ideengeber:

Smart City System Parking Solutions GmbH / im-mobility / STWB

The need for parking spaces will continue to increase in the future. Studies show that finding a free parking space causes 30% of inner-city traffic. The efficient management of parking spaces has long been a central point in the planning of urban and regional infrastructures. The overall student project Parking in Smart Cities is split into 5 sub-projects and aims to improve parking management in smart cities.

The project Park&Reside 2 is one of two sub-projects that addresses the use case of parking at residential units. How to monitor parking spaces assigned to residential units? How do you know whether a vehicle parking there belongs to a resident and is legally parking there? Is it possible to offer those parking spaces for dynamic parking management to non-residents? Different aspects of that use case are examined and prototypically implemented.

Teammitglieder:

Adnan Razzaq, Muhammad Salik Mansoor, Shayan Arif Butt, Shehryar Iqbal

Website:

Smart City Bamberg

Projektpartner, Ideengeber:

Smart City System Parking Solutions GmbH / im-mobility / STWB

The need for parking spaces will continue to increase in the future. Studies show that finding a free parking space causes 30% of inner-city traffic. The efficient management of parking spaces has long been a central point in the planning of urban and regional infrastructures. The overall student project Parking in Smart Cities is split into 5 sub-projects and aims to improve parking management in smart cities.

One approach of enabling smart parking technologies is the integration of parking space sensors on the ground. The existing sensor installation at the parking lot P+R Bahnhof/Brennerstraße in Bamberg is used to perform tests on the sensor system. Is the occupancy detection working correctly? What is the accuracy of the detection? The sub-project Sensor Testing addresses the use case of parking space sensor testing. The sensor data is compared to a ground truth data set and different environmental influences are examined.

Teammitglieder:

Fareed Shoaib, Osama Nadeem

Website:

Smart City Bamberg

Projektpartner, Ideengeber:

Smart City System Parking Solutions GmbH