theses 2024 april with esc

theses/2024april/theses_2024april.yaml

@@ -1,53 +1,53 @@
 Bhatt:
 - Vidushi
-- Voxel based 3D Point Cloud Semantic Segmentation at Urban scale
+- "Voxel based 3D Point Cloud Semantic Segmentation at Urban scale" 
 - Peter Van Oosterom
 - Undecided
-- Most 3D PC segmentation techniques today either attempt ML methodologies to achieve
-  segmentation or labour intensive classification by people. The issue with ML techniques
-  for segmentation is primarily related to the lack of sufficient training material
-  to execute achieve a reliable classification. New research in this direction experiments
-  with the utilisation of voxel structures to attempt segmentation of point cloud.
-  This project is aimed at looking into the current techniques and assessing their
-  applicability at the urban scale.
+- " Most 3D PC segmentation techniques today either attempt ML methodologies to achieve \
+  \ segmentation or labour intensive classification by people. The issue with ML techniques \
+  \ for segmentation is primarily related to the lack of sufficient training material \
+  \ to execute achieve a reliable classification. New research in this direction experiments \
+  \ with the utilisation of voxel structures to attempt segmentation of point cloud. \
+  \ This project is aimed at looking into the current techniques and assessing their \
+  \ applicability at the urban scale. "
 - .nan
 - ./img/Bhatt.png
 Chandran:
 - Aswathy
-- Building Material component for the LADM
+- "Building Material component for the LADM"
 - Peter van Oosterom
 - Wilko Quak
-- The thesis focuses on explores the potential integration of Building Material into
-  the Land Administration Domain Model (LADM). It centers on advancing the circularity
-  and sustainability of buildings by introducing an additional component in LADM.
-  This element will consists of a database of materials organized by their components
-  like quality, type etc, offering an understanding of their estimated lifespan. These
-  materials can then be reused in new construction projects, taking into account geographical
-  considerations like proximity and the type of building involved. The research aims
-  to evaluate the feasibility and advantages of incorporating the building materials
-  section into the existing LADM framework, utilizing case studies. Through this project,
-  it aims to understand the implications for improving the circularity and efficiency
-  of both land administration systems and building materials.
+- " The thesis focuses on explores the potential integration of Building Material into \
+  \ the Land Administration Domain Model (LADM). It centers on advancing the circularity \
+  \ and sustainability of buildings by introducing an additional component in LADM. \
+  \ This element will consists of a database of materials organized by their components \
+  \ like quality, type etc, offering an understanding of their estimated lifespan. These \
+  \ materials can then be reused in new construction projects, taking into account geographical \
+  \ considerations like proximity and the type of building involved. The research aims \
+  \ to evaluate the feasibility and advantages of incorporating the building materials \
+  \ section into the existing LADM framework, utilizing case studies. Through this project, \
+  \ it aims to understand the implications for improving the circularity and efficiency \
+  \ of both land administration systems and building materials."
 - .nan
 - ./img/Chandran.png
 Epema:
 - Susanne
-- A 3D delineation method for urban river spaces.
+- "A 3D delineation method for urban river spaces."
 - Claudiu Forgaci
 - Jantien Stoter
-- An accurate spatial description, a spatial delineation, of riverside urban areas
-  is essential for a wide range of applications, including flood mitigation and public
-  space design. This thesis aims to develop a 3D delineation method for urban river
-  spaces by adapting an existing 2D delineation approach. By adapting this 2D method,
-  the aim is to develop a technique that is able to more accurately represent the
-  spatial complexities of these areas. This thesis will tackle challenges related
-  to using open 3D data effectively and exploring scalability options within the Netherlands
-  but also possibly internationally.
+- " An accurate spatial description, a spatial delineation, of riverside urban areas \
+  \ is essential for a wide range of applications, including flood mitigation and public \
+  \ space design. This thesis aims to develop a 3D delineation method for urban river \
+  \ spaces by adapting an existing 2D delineation approach. By adapting this 2D method, \
+  \ the aim is to develop a technique that is able to more accurately represent the \
+  \ spatial complexities of these areas. This thesis will tackle challenges related \
+  \ to using open 3D data effectively and exploring scalability options within the Netherlands \
+  \ but also possibly internationally."
 - .nan
 - ./img/Epema.png
 Tsipa:
 - Eirini Chrysovalantou
-- Usability Evaluation of Vario-Scale Maps for Dynamic and Interactive Mapping
+- "Usability Evaluation of Vario-Scale Maps for Dynamic and Interactive Mapping"
 - Martijn Meijers
 - Peter Van Oosterom
 - "The digital mapping environment is evolving from traditional fixed-scale maps to\
@@ -72,20 +72,20 @@ Tsipa:
 - ./img/Tsipa.png
 Xu:
 - Longxiang
-- Large-scale solar potential analyses based on Semantic 3D City Models
+- "Large-scale solar potential analyses based on Semantic 3D City Models"
 - "Camilo Le\xF3n S\xE1nchez"
 - Giorgio Agugiaro
-- Solar potential analysis is of great help to energy transition through city planning,
-  analysis of occupant behavior, assessing building energy performance, and scheduling
-  the power grid. Computing high resolution (spatial, temporal, and semantic) solar
-  irradiance is the key step of solar potential analysis. To determine the solar irradiance
-  with high resolution, we can utilize 3D City Models (3DCM). Within the context of
-  3DCM, calculating shadows, sky-view factor (SVF), and ground view factor (GVF) are
-  the most important and computationally intensive steps. Existing methods for the
-  calculations, either apply simplifications or assumptions to make the computation
-  achievable in a limited time. While some methods are accurate, but unable to scale
-  to city-level. The thesis will be focused on developing a methodology that can achieve
-  fast shadow solar irradiance with minimum assumptions. The expected methodology
-  will be able to be applied to large areas such as the whole Netherlands
+- "Solar potential analysis is of great help to energy transition through city planning, \
+  \ analysis of occupant behavior, assessing building energy performance, and scheduling \
+  \ the power grid. Computing high resolution (spatial, temporal, and semantic) solar \
+  \ irradiance is the key step of solar potential analysis. To determine the solar irradiance \
+  \ with high resolution, we can utilize 3D City Models (3DCM). Within the context of \
+  \ 3DCM, calculating shadows, sky-view factor (SVF), and ground view factor (GVF) are \
+  \ the most important and computationally intensive steps. Existing methods for the \
+  \ calculations, either apply simplifications or assumptions to make the computation \
+  \ achievable in a limited time. While some methods are accurate, but unable to scale \
+  \ to city-level. The thesis will be focused on developing a methodology that can achieve \
+  \ fast shadow solar irradiance with minimum assumptions. The expected methodology \
+  \ will be able to be applied to large areas such as the whole Netherlands."
 - .nan
 - ./img/Xu.png