Ateneo - UPO

- Local Area Network architectures - Architecture and Design of Event-Driven Applications - Fog-computing, Internet of Things - Design and implementation of a network application based on an Event-Driven architecture

Author: James F. Kurose, Keith W. Ross Title: RETI DI CALCOLATORI E INTERNET - Un approccio top-down Publisher: Addison Wesley (2005), ISBN 88-7192-225-5. Author: Chris Richardson Title: MICROSERVICES PATTERS, wth examples in Java. Publisher: Manning, Shelter Island.

To develop the capability of designing a network application based on the concept of distribuited micro-services.

The course assumes that the student have the fundamental notions in software engineering and in computer networks, thought in the courses of software engineering, object programming, Web Programming and Computer networks-I.

The course includes: Lectures (48 hours) Activity assisted by the teacher (24 hours). Individual activity self-organized by the student.

The assessment of the concepts and skills acquired by the student includes two
steps:
- A written test on the theory part of the program, including questions and exercises.
- A demonstration of the working prototype developed by the teams, including an individual evaluation of the acquired skills.
The final grade is established by taking into account the results reached in both verification steps. It is required a sufficient level of knowledge and skills on both aspects: theory and project work.

The program is structured into two methodological modules plus a laboratory module. Module 1: Datalink, Ethernet, ARP, switches. Wireless Networks: signial transmission techniques, wifi, Bluetooth, ZigBee. Multi-media communication on IP networks. Distributed application architecture: Communication through private and public networks, Message Brokers. Mosquitto, RabbitMQ. API-rest: principles, URI discovery, version handling. Authentication and Security: a. Mosquitto. b. RabbitMQ. c. OAuth2.0: Authentication, token generation and handling.Module 2: Micro-service architectures: Stateless servers, RPC based communication, Message broker based communication. IoT+Microservice architectures. Design Patterns: a. Domain driven design. b. Event Sourcing Design. server access from clients via REST Gatway. Distribuited synchronization in microservies. Architecture examples for Gateway, microservice. Project: Students are required to develop a network application following the design patterns provided in the examples provided by the the teacher.

We expect that the student will acquire the capability of designing and implementing a distributed architecture following the stet of the art paradigms.