Distributed Systems: Properties and Features
Description
The course is designed to train participants in fundamental knowledge on the core aspects of distributed processing based on networks and communications systems. It covers the characterization aspects, architectures and models of the distributed systems.
Contenidos
Examples of distributed systems. Introduction. Examples of distributed systems. Web search. Massively multiplayer online games (MMOGs). Financial trading. Trends in distributed systems. The importance of networks and the modern Internet. Mobile and ubiquitous computing. Distributed multimedia systems. Distributed computing as a utility. Challenges in distributed systems. Challenges. Heterogeneity. Opening. Security. Scalability. Handling of faults. Concurrence. Transparency. Quality of Service QoS. Case study: The World Wide Web.
Physical models of distributed systems. Introduction. Physical models. Architectural models of distributed systems. Introduction. Architectural elements. Architectural patterns. Associated middleware solutions. Fundamental models of distributed systems. Fundamental models. Interaction model. Fault model. Safety Model.
Requirements and Conditions
12 weeks (3 months) with an estimated time of dedication for the student of 4-6 hours per week.
Professionals, technicians and computer enthusiasts.
Basic and solid computer skills required.
20 participants.
