ITALIANO

Processi di Business e loro rappresentazioni formali, con particolare riferimento ai correnti standard internazionali e al modello BPMN. Tecniche di simulazione dei processi.

Introduzione al Cloud Computing, presentazione delle innovazioni tecnologiche e dei futuri trend del Cloud Continuum. Cloud Patterns come indicazione per lo sviluppo di applicazioni Cloud native.

Cloud Computing: Principles and Paradigms.
Rajkumar Buyya, James Broberg, Andrzej Goscinski.

Apprendere le principali metodologie per la definizione, rappresentazione, simulazione e verifica dei processi di Business, applicati a casi concreti. Imparare ad utilizzare strumenti adatti alla gestione collaborativa dei Business Process.

Acquisire le conoscenze fondentali relative alle tecnologie Cloud, alle architetture delle principali piattaforme commerciali, e delle tecnologie e metodologie utilizzabili per la realizzazione di applicazioni concrete.

Nessun requisito specifico

Lezioni frontali con utilizzo di Slide
Esercitazioni pratiche per imparare l'uso delle tecnologie.

Prova scritta ed orale, focalizzati alla verifica dell'apprendimento delle nozioni pratiche e teoriche impartite.

Il corso è mutuato sui corsi magistrali di Advanced Software Engineering and Machine Learning (3 CFU) e High Performance and Cloud Computing (3 CFU)

Introduzione alla modellazione dei processi, definizione di BPMN, cenni alla sintassi
Sintassi base del BPMN: task, eventi, gate, messaggi
Sintassi avanzata del BPMN: Eccezioni, segnali. Tool di creazione online e Desktop
Simulazione e Validazione dei BPMN

Introduzione al Cloud Computing. evoluzione del concetto: Utility Computing, Grid Computing. Cloud Marketplaces. Caratteristiche: Pay-per-use, dynamic provisioning, scalability, multi-tenancy. Modelli di costo (CapEx, OpEx). Modelli di Deployment (Public, Private, Hybrid, Federated). Layered Reference Model (IaaS, PaaS, SaaS). Cloud Computing Reference Model and Architecture. IaaS reference model. Infrastructure Management Components. PaaS reference model. PaaS core middleware. SaaS reference model.
Cloud Portability and Interoperability. Definizioni: Data, Application, System Portability. Service, Application, Platform Interoperability. Cloud Reference Architectures: NIST ed IBM. Ruoli: Cloud Consumer, Provider, Auditor, Broker, Carrier. Service Orchestration.
Reference Architectures e Frameworks Architetturali
Cloud Patterns; Cloud-edge Patterns

Italian

Business Processes and Their Formal Representations, with Particular Reference to Current International Standards and the BPMN Model. Process Simulation Techniques.

Introduction to Cloud Computing, Presentation of Technological Innovations and Future Trends in the Cloud Continuum. Cloud Patterns as Guidance for the Development of Cloud-Native Applications.

Cloud Computing: Principles and Paradigms.
Rajkumar Buyya, James Broberg, Andrzej Goscinski.

Learn the main methodologies for defining, representing, simulating, and verifying business processes, applied to concrete cases. Learn to use tools suitable for collaborative management of business processes.

Acquire fundamental knowledge related to cloud technologies, architectures of major commercial platforms, and the technologies and methodologies used for the implementation of concrete applications.

No specific requrement

Frontal lessons with the use of slides
Practical exercises to learn the use of technologies.

Written and oral exams, focused on assessing the learning of both practical and theoretical notions taught.

The course is based on the lectures of Advanced Software Engineering and Machine Learning (3 CFU) and High Performance and Cloud Computing (3 CFU).

Introduction to process modeling, definition of BPMN, brief overview of syntax
Basic BPMN syntax: tasks, events, gateways, messages
Advanced BPMN syntax: Exceptions, signals. Online and Desktop creation tools
Simulation and Validation of BPMN


Introduction to Cloud Computing. Evolution of the concept: Utility Computing, Grid Computing. Cloud Marketplaces. Characteristics: Pay-per-use, dynamic provisioning, scalability, multi-tenancy. Cost models (CapEx, OpEx). Deployment models (Public, Private, Hybrid, Federated). Layered Reference Model (IaaS, PaaS, SaaS). Cloud Computing Reference Model and Architecture. IaaS reference model. Infrastructure Management Components. PaaS reference model. PaaS core middleware. SaaS reference model. Cloud Portability and Interoperability. Definitions: Data, Application, System Portability. Service, Application, Platform Interoperability. Cloud Reference Architectures: NIST and IBM. Roles: Cloud Consumer, Provider, Auditor, Broker, Carrier. Service Orchestration. Reference Architectures and Architectural Frameworks. Cloud Patterns; Cloud-edge Patterns.