Lecture 1: Distributed Architecture, Interaction, and Data Models

Basic concepts about distributed architectures, different interaction models for distributed software components, and advanced data models and databases

Lecture 1 PDF

Lecture 2: Messaging: Basic Exchange, Processing and Transformation Models and Tools

Various message systems (Message-oriented middleware), techniques for exchanging data in large-scale systems, integration and data transformation models and tools

Lecture 2 PDF

Lecture 3: Programming Dynamic Features and Monitoring Distributed Software Systems

dynamic features in distributed applications, including dynamic proxy, annotation and AOP, monitoring and complex event processing

Lecture 3 PDF

Lecture 4: Virtualization, Elasticity and Performance for Distributed Applications

cloud virtualization and elasticity programming, virtual machines, containers, performance handling

Lecture 4 PDF

Lecture 5: Advanced Data Processing Techniques for Distributed Applications and Systems

large-scale data analytics, Apache Kafka, streaming data processing and Apache Apex, workflows

Lecture 5 PDF