A

Arndt, J.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

Artmann, M.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Azad, S.

• SPATIO-TEMPORAL STUDY OF THE DETERMINANTS OF RESIDENTIAL SATISFACTION IN NEW YORK CITY DURING COVID-19 USING CROWDSOURCED DATA, pages 3–10

B

Ballon, P.

• FROM AN INSIDE-IN TOWARDS AN OUTSIDE-OUT URBAN DIGITAL TWIN: BUSINESS MODELS AND IMPLEMENTATION CHALLENGES, pages 25–32

Berroth, T.

• ON RAIN INFORMATION AS MAP FEATURES FOR CAR NAVIGATION SYSTEMS, pages 49–56

Betz, M.

• AN APPLICATION DOMAIN EXTENSION FOR STORING VALIDATION RESULTS OF CITYGML STRUCTURES, pages 11–16

Brennenstuhl, M.

• CFD SIMULATION AND VISUALIZATION BASED INVESTIGATION OF SMALL WIND TURBINE POTENTIAL: A CASE STUDY “NEUER STÖCKACH” FOR STUTTGART, pages 17–24

Brzoska, P.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Burghardt, D.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

C

Cakir, S.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Coors, V.

• PREFACE, pages 1–2
• AN APPLICATION DOMAIN EXTENSION FOR STORING VALIDATION RESULTS OF CITYGML STRUCTURES, pages 11–16
• CFD SIMULATION AND VISUALIZATION BASED INVESTIGATION OF SMALL WIND TURBINE POTENTIAL: A CASE STUDY “NEUER STÖCKACH” FOR STUTTGART, pages 17–24
• CONCEPT AND EVALUATION OF AN URBAN PLATFORM FOR INTERACTIVE VISUAL ANALYTICS, pages 33–40
• AN INTERACTIVE PLATFORM FOR ENVIRONMENTAL SENSORS DATA ANALYSES, pages 57–64
• INCEPTION OF HARMONISING DATA SILOS AND URBAN SIMULATION TOOLS USING 3D CITY MODELS FOR SUSTAINABLE MANAGEMENT OF THE URBAN FOOD WATER AND ENERGY RESOURCES, pages 81–88

D

Dunkel, A.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

D’Hauwers, R.

• FROM AN INSIDE-IN TOWARDS AN OUTSIDE-OUT URBAN DIGITAL TWIN: BUSINESS MODELS AND IMPLEMENTATION CHALLENGES, pages 25–32

E

Ebrahim, H.

• CONCEPT AND EVALUATION OF AN URBAN PLATFORM FOR INTERACTIVE VISUAL ANALYTICS, pages 33–40

Ellul, C.

• PREFACE, pages 1–2

Erbertseder, T.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

F

Fauser, J.

• DATA-BASED APPLICATION SCENARIOS FOR E-SCOOTERS, pages 41–47
• BUSINESS MODEL TRANSFORMATION IN THE GERMAN ENERGY SECTOR: KEY BARRIERS AND DRIVERS OF A SMART AND SUSTAINABLE TRANSFORMATION PROCESS IN PRACTICE, pages 73–80

G

Gebert, M.

• ON RAIN INFORMATION AS MAP FEATURES FOR CAR NAVIGATION SYSTEMS, pages 49–56

Gebetsroither-Geringer, E.

• INCEPTION OF HARMONISING DATA SILOS AND URBAN SIMULATION TOOLS USING 3D CITY MODELS FOR SUSTAINABLE MANAGEMENT OF THE URBAN FOOD WATER AND ENERGY RESOURCES, pages 81–88

Gengenbach, C.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

Ghandehari, M.

• SPATIO-TEMPORAL STUDY OF THE DETERMINANTS OF RESIDENTIAL SATISFACTION IN NEW YORK CITY DURING COVID-19 USING CROWDSOURCED DATA, pages 3–10

Grimaldi, D.

• COVID-19, CITIZEN’S PURCHASING BEHAVIOUR AND SMART CITY GOALS. EVIDENCE FROM BARCELONA, pages 97–104

Gröbe, M.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Gugulica, M.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

von der Gruen, M.

• CFD SIMULATION AND VISUALIZATION BASED INVESTIGATION OF SMALL WIND TURBINE POTENTIAL: A CASE STUDY “NEUER STÖCKACH” FOR STUTTGART, pages 17–24

H

Harbola, S.

• CFD SIMULATION AND VISUALIZATION BASED INVESTIGATION OF SMALL WIND TURBINE POTENTIAL: A CASE STUDY “NEUER STÖCKACH” FOR STUTTGART, pages 17–24
• AN INTERACTIVE PLATFORM FOR ENVIRONMENTAL SENSORS DATA ANALYSES, pages 57–64

Hecht, R.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Herold, H.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

Hertweck, D.

• DATA-BASED APPLICATION SCENARIOS FOR E-SCOOTERS, pages 41–47
• BUSINESS MODEL TRANSFORMATION IN THE GERMAN ENERGY SECTOR: KEY BARRIERS AND DRIVERS OF A SMART AND SUSTAINABLE TRANSFORMATION PROCESS IN PRACTICE, pages 73–80

K

Kalusche, E.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

Koukofikis, A.

• CFD SIMULATION AND VISUALIZATION BASED INVESTIGATION OF SMALL WIND TURBINE POTENTIAL: A CASE STUDY “NEUER STÖCKACH” FOR STUTTGART, pages 17–24

Krellenberg, K.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Kreutzarek, N.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Käflein, J.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

L

Lamatungga, K. E.

• EVALUATION OF IPAD PRO 2020 LIDAR FOR ESTIMATING TREE DIAMETERS IN URBAN FOREST, pages 105–110

Laurini, R.

• PREFACE, pages 1–2

Lautenbach, S.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Ludwig, C.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Lümkemann, D.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

M

Mayer, C.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

Meiers, T.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

Meinel, G.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72
• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

Meyer, D.

• BUSINESS MODEL TRANSFORMATION IN THE GERMAN ENERGY SECTOR: KEY BARRIERS AND DRIVERS OF A SMART AND SUSTAINABLE TRANSFORMATION PROCESS IN PRACTICE, pages 73–80

Mirzavand Borujeni, S.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

Mokroš, M.

• EVALUATION OF IPAD PRO 2020 LIDAR FOR ESTIMATING TREE DIAMETERS IN URBAN FOREST, pages 105–110

Mukarram, M.

• EVALUATION OF IPAD PRO 2020 LIDAR FOR ESTIMATING TREE DIAMETERS IN URBAN FOREST, pages 105–110

Murtinová, V.

• EVALUATION OF IPAD PRO 2020 LIDAR FOR ESTIMATING TREE DIAMETERS IN URBAN FOREST, pages 105–110

Müller, I.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

N

Navarro-Barrientos, J.-E.

• ON RAIN INFORMATION AS MAP FEATURES FOR CAR NAVIGATION SYSTEMS, pages 49–56

O

Odenthal, L.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

P

Padsala, R.

• CFD SIMULATION AND VISUALIZATION BASED INVESTIGATION OF SMALL WIND TURBINE POTENTIAL: A CASE STUDY “NEUER STÖCKACH” FOR STUTTGART, pages 17–24
• INCEPTION OF HARMONISING DATA SILOS AND URBAN SIMULATION TOOLS USING 3D CITY MODELS FOR SUSTAINABLE MANAGEMENT OF THE URBAN FOOD WATER AND ENERGY RESOURCES, pages 81–88

Pervysheva, Y.

• EVALUATION OF IPAD PRO 2020 LIDAR FOR ESTIMATING TREE DIAMETERS IN URBAN FOREST, pages 105–110

Peters-Anders, J.

• INCEPTION OF HARMONISING DATA SILOS AND URBAN SIMULATION TOOLS USING 3D CITY MODELS FOR SUSTAINABLE MANAGEMENT OF THE URBAN FOOD WATER AND ENERGY RESOURCES, pages 81–88

Petry, L.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

R

Reuschenberg, D.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

Rodrigues, P.

• PREFACE, pages 1–2

Rueda Arasanz, A.

• COVID-19, CITIZEN’S PURCHASING BEHAVIOUR AND SMART CITY GOALS. EVIDENCE FROM BARCELONA, pages 97–104

Rumor, M.

• PREFACE, pages 1–2

S

Santhanavanich, T.

• CONCEPT AND EVALUATION OF AN URBAN PLATFORM FOR INTERACTIVE VISUAL ANALYTICS, pages 33–40

Schaaf, M.

• CFD SIMULATION AND VISUALIZATION BASED INVESTIGATION OF SMALL WIND TURBINE POTENTIAL: A CASE STUDY “NEUER STÖCKACH” FOR STUTTGART, pages 17–24

Schorcht, M.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Sigle, N.

• DATA-BASED APPLICATION SCENARIOS FOR E-SCOOTERS, pages 41–47

Singh, A.

• EVALUATION OF IPAD PRO 2020 LIDAR FOR ESTIMATING TREE DIAMETERS IN URBAN FOREST, pages 105–110

Song, K.

• EVALUATION OF IPAD PRO 2020 LIDAR FOR ESTIMATING TREE DIAMETERS IN URBAN FOREST, pages 105–110

Sonnenbichler, A.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Stanley, C.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Surový, P.

• EVALUATION OF IPAD PRO 2020 LIDAR FOR ESTIMATING TREE DIAMETERS IN URBAN FOREST, pages 105–110

T

Taubenböck, H.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

Tenikl, J.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

V

Voss, U.

• CFD SIMULATION AND VISUALIZATION BASED INVESTIGATION OF SMALL WIND TURBINE POTENTIAL: A CASE STUDY “NEUER STÖCKACH” FOR STUTTGART, pages 17–24

W

Walravens, N.

• FROM AN INSIDE-IN TOWARDS AN OUTSIDE-OUT URBAN DIGITAL TWIN: BUSINESS MODELS AND IMPLEMENTATION CHALLENGES, pages 25–32

Wang, X.

• EVALUATION OF IPAD PRO 2020 LIDAR FOR ESTIMATING TREE DIAMETERS IN URBAN FOREST, pages 105–110

Weber, B.

• DESIGN AND RESULTS OF AN AI-BASED FORECASTING OF AIR POLLUTANTS FOR SMART CITIES, pages 89–96

Wuerstle, P.

• CONCEPT AND EVALUATION OF AN URBAN PLATFORM FOR INTERACTIVE VISUAL ANALYTICS, pages 33–40

Wurm, M.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Z

Zhu, Q.

• EVALUATION OF IPAD PRO 2020 LIDAR FOR ESTIMATING TREE DIAMETERS IN URBAN FOREST, pages 105–110

Zipf, A.

• A WEB APP TO GENERATE AND DISSEMINATE NEW KNOWLEDGE ON URBAN GREEN SPACE QUALITIES AND THEIR ACCESSIBILITY, pages 65–72

Zlatanova, S.

• PREFACE, pages 1–2