Modeling Hydrological Systems: Routing and Flood Retention

Related lectures (32)

Page 1 of 4

Covers the modeling of hydrological systems, focusing on the retention of floods and the example of the Routing System.

Covers model database resolution, hydrology, GIS, connections, transitions, and validation using various datasets.

Focuses on simulating and analyzing hydraulic structures using RS MINERVE software.

Covers the basics of database systems, including data modeling, DBMS, data independence, and the course overview.

Covers data wrangling techniques using Hadoop, focusing on row versus column-oriented databases, popular storage formats, and HBase-Hive integration.

Covers the fundamentals of database systems, including data modeling, information processing, and the challenges of managing large volumes of data.

Explores data representation, databases, cloud computing, and challenges in the cloud environment.

Introduces the relational model, SQL, keys, integrity constraints, ER translation, weak entities, ISA hierarchies, and SQL vs. noSQL.

Introduces the Entity-Relationship model for designing databases with a focus on conceptual and relational aspects.

Covers the fundamentals of data, cloud storage, and the Internet of Things.