Maria Angela Pellegrino | DISTRIBUTED PROGRAMMING

cod. 0512100021

DISTRIBUTED PROGRAMMING

	0512100021
	COMPUTER SCIENCE
	EQF6
	COMPUTER SCIENCE
	2023/2024

PERCORSO COMUNE

	OBBLIGATORIO
	YEAR OF COURSE 3
	YEAR OF DIDACTIC SYSTEM 2017
	AUTUMN SEMESTER

TEACHING UNITS

SSD	CFU	HOURS	ACTIVITY	TYPE OF ACTIVITY
INF/01	6	48	LESSONS	COMPULSORY SUBJECTS, CHARACTERISTIC OF THE CLASS
INF/01	3	24	LAB	COMPULSORY SUBJECTS, CHARACTERISTIC OF THE CLASS

PROFESSORS

	CARMINE SPAGNUOLO T Curriculum
	MARIA ANGELA PELLEGRINO Curriculum

	Objectives
	KNOWLEDGE AND UNDERSTANDING THE LEARNING RESULTS TO ACHIEVE ARE - PRINCIPLES AND BASIC CHARACTERISTICS OF ALGORITHMS AND PARALLEL AND DISTRIBUTED SYSTEMS AND ON CLOUD, AND THE TECHNIQUES FOR THEIR PERFORMANCE EVALUATION - STRUCTURE OF MODERN OPERATING SYSTEMS, PARALLEL AND MULTICORE ARCHITECTURES AND COMPUTER NETWORKS THE COURSE FIRST AIM IS TO EXPLORE ASPECTS RELATED TO DISTRIBUTED PROGRAMMING. BEGINNING WITH THE BASIS OF CONCURRENT PROGRAMMING (MULTI-THREAD), THE DISTRIBUTED ARCHITECTURES AND RELATED ISSUES ARE PRESENTED. THE ARCHITECTURE OF JAVA RMI AND SOME SIMPLE APPLICATIONS ARE PRESENTED. THEN ENTERPRISE COMPUTING IS PRESENTED AT A MEDIUM-HIGH LEVEL OF DETAILS BY INTRODUCING THE ARCHITECTURE OF JAVA ENTERPRISE EDITION (JAVA EE 7), FROM THE DESIGN PRINCIPLES, UP TO THE DATA LAYER, BUSINESS LAYER, SERVICES LAYER AND SOME INFO ABOUT THE PRESENTATION LAYER. SERVICE ORIENTED ARCHITECTURE AND MESSAGE ORIENTED MIDDLEWARE WILL BE PRESENTED AS PART OF THE JAVA ENTERPRISE ARCHITECTURE. APPLYING KNOWLEDGE AND UNDERSTANDING: THE LEARNING RESULTS TO ACHIEVE ARE - DESIGN A DISTRIBUTED SYSTEM AND EVALUATE ITS PERFORMANCES - DEVELOP APPLICATIONS IN CONCURRENT AND PARALLEL CONTEXT THE STUDENTS WILL BE ABLE TO DESIGN AND DEVELOP SIMPLE APPLICATIONS WITH JAVA ENTERPRISE

KNOWLEDGE AND UNDERSTANDING
THE LEARNING RESULTS TO ACHIEVE ARE

- PRINCIPLES AND BASIC CHARACTERISTICS OF ALGORITHMS AND PARALLEL AND DISTRIBUTED SYSTEMS AND ON CLOUD, AND THE TECHNIQUES FOR THEIR PERFORMANCE EVALUATION
- STRUCTURE OF MODERN OPERATING SYSTEMS, PARALLEL AND MULTICORE ARCHITECTURES AND COMPUTER NETWORKS

THE COURSE FIRST AIM IS TO EXPLORE ASPECTS RELATED TO DISTRIBUTED PROGRAMMING. BEGINNING WITH THE BASIS OF CONCURRENT PROGRAMMING (MULTI-THREAD), THE DISTRIBUTED ARCHITECTURES AND RELATED ISSUES ARE PRESENTED. THE ARCHITECTURE OF JAVA RMI AND SOME SIMPLE APPLICATIONS ARE PRESENTED. THEN ENTERPRISE COMPUTING IS PRESENTED AT A MEDIUM-HIGH LEVEL OF DETAILS BY INTRODUCING THE ARCHITECTURE OF JAVA ENTERPRISE EDITION (JAVA EE 7), FROM THE DESIGN PRINCIPLES, UP TO THE DATA LAYER, BUSINESS LAYER, SERVICES LAYER AND SOME INFO ABOUT THE PRESENTATION LAYER.
SERVICE ORIENTED ARCHITECTURE AND MESSAGE ORIENTED MIDDLEWARE WILL BE PRESENTED AS PART OF THE JAVA ENTERPRISE ARCHITECTURE.

APPLYING KNOWLEDGE AND UNDERSTANDING:
THE LEARNING RESULTS TO ACHIEVE ARE
- DESIGN A DISTRIBUTED SYSTEM AND EVALUATE ITS PERFORMANCES
- DEVELOP APPLICATIONS IN CONCURRENT AND PARALLEL CONTEXT

THE STUDENTS WILL BE ABLE TO DESIGN AND DEVELOP SIMPLE APPLICATIONS WITH JAVA ENTERPRISE

	Prerequisites
	STUDENTS MUST HAVE ACQUIRED KNOWLEDGE ON THE ARCHITECTURE OF NETWORKS AND TCP / IP PROTOCOLS AND CLIENT/SERVER PROGRAMMING. THE STUDENT MUST ALSO HAVE GOOD PROGRAMMING EXPERIENCE IN C AND JAVA, WITH EXPERIENCE OF AT LEAST ONE SIGNIFICANT IDE. IT IS ALSO DESIRABLE THAT THE STUDENT HAS BASIC KNOWLEDGE THE MAIN TECHNIQUES FOR DEVELOPING WEB APPLICATIONS.

	Contents
	(FOR EACH ARGUMENT WE INDICATE THE HOURS OF TEACHING (FRONT LESSON F) AND LABORATORY (L))) FOUNDATIONS 4.5 CFU 36 F •DISTRIBUTED COMPUTING AND DISTRIBUTED SYSTEMS. ARCHITECTURES, REMOTE PROCEDURE CALL, DISTRIBUTED OBJECT COMPUTING. MIDDLEWARE. REQUIREMENTS OF A DISTRIBUTED SYSTEM. TRANSPARENCIES IN A DISTRIBUTED SYSTEM. 12F •CLIENT SERVER AND PEER2PEER ARCHITECTURES 2F •DISTRIBUTED OBJECTS. FROM SOCKETS TO DISTRIBUTED OBJECTS. MODEL TRANSPARENCY. 8F •DISTRIBUTED COMPONENTS (BACKGROUNDS). COMPONENT TRANSACTION MONITOR AND APPLICATION SERVER. PRINCIPLES AND OBJECTIVES OF JAVA ENTERPRISE EDITION. 6F •SOFTWARE ARCHITECTURE FOR DISTRIBUTED SYSTEMS. PATTERN AND ARCHITECTURAL SYLES. LAYER ARCHITECTURE. DEPLOYMENT. ARCHETYPES AND CROSSCUTTING CONCERNS. •SERVICE ORIENTED ARCHITECTURE 4F •MESSAGE ORIENTED MIDDLEWARE 4F PRACTICE.4.5 CFU 12F+24L MULTITHREAD PROGRAMMING IN JAVA . 2F+4L JAVA REMOTE METHOD INVOCATION: GOALS, ARCHITECTURE 2F+4L JAVA ENTERPRISE EDITION. ARCHITECTURE. 2F CONTEXT AND DEPENDENCY INJECTION. NETBEANS. 1F+4L JAVA PERSISTENCE API. ENTERPRISE JAVABEANS. 2F+4L JAVA MESSAGING SERVICES. 1F+4L JAVA WEB SERVICES. 1F+4L CLOUD COMPUTING (OUTLINE). 2F

Contents

(FOR EACH ARGUMENT WE INDICATE THE HOURS OF TEACHING (FRONT LESSON F) AND LABORATORY (L)))

FOUNDATIONS 4.5 CFU 36 F
•DISTRIBUTED COMPUTING AND DISTRIBUTED SYSTEMS. ARCHITECTURES, REMOTE PROCEDURE CALL, DISTRIBUTED OBJECT COMPUTING. MIDDLEWARE. REQUIREMENTS OF A DISTRIBUTED SYSTEM. TRANSPARENCIES IN A DISTRIBUTED SYSTEM. 12F
•CLIENT SERVER AND PEER2PEER ARCHITECTURES 2F
•DISTRIBUTED OBJECTS. FROM SOCKETS TO DISTRIBUTED OBJECTS. MODEL TRANSPARENCY. 8F
•DISTRIBUTED COMPONENTS (BACKGROUNDS). COMPONENT TRANSACTION MONITOR AND APPLICATION SERVER. PRINCIPLES AND OBJECTIVES OF JAVA ENTERPRISE EDITION. 6F
•SOFTWARE ARCHITECTURE FOR DISTRIBUTED SYSTEMS. PATTERN AND ARCHITECTURAL SYLES. LAYER ARCHITECTURE. DEPLOYMENT. ARCHETYPES AND CROSSCUTTING CONCERNS.
•SERVICE ORIENTED ARCHITECTURE 4F
•MESSAGE ORIENTED MIDDLEWARE 4F

PRACTICE.4.5 CFU 12F+24L
MULTITHREAD PROGRAMMING IN JAVA . 2F+4L
JAVA REMOTE METHOD INVOCATION: GOALS, ARCHITECTURE 2F+4L
JAVA ENTERPRISE EDITION. ARCHITECTURE. 2F
CONTEXT AND DEPENDENCY INJECTION. NETBEANS. 1F+4L
JAVA PERSISTENCE API. ENTERPRISE JAVABEANS. 2F+4L
JAVA MESSAGING SERVICES. 1F+4L
JAVA WEB SERVICES. 1F+4L
CLOUD COMPUTING (OUTLINE). 2F

	Teaching Methods
	THE CLASS CONSISTS OF THEORETICAL LESSONS ON ARCHITECTURES AND FUNCTIONALITIES (6CFU 48 HOURS) AND ACTIVITIES IN LABORATORY (3CFU 24 HOURS), WHERE STUDENTS DEVELOP SIMPLE JAVA RMI AND JAVA ENTERPRISE APPLICATIONS

	Verification of learning
	SIX EXAM SESSIONS DURING THE WHOLE ACADEMIC YEAR, IN ADDITION TO TWO SPECIAL ONES RESERVED TO STUDENTS THAT ARE NOT ATTENDING CLASSES. EACH SESSION IS PROVIDED WITH A WRITTEN/LAB TEST AND AN ORAL TEST. THE GOAL OF THE WRITTEN/LAB TEST IS TO ASSESS THE SKILL OF STUDENTS IN DESIGNING AND IMPLEMENTING SIMPLE JAVA ENTERPRISE PROGRAMS, WHILE THE GOAL OF THE ORAL EXAM IS TO ASSESS THE KNOWLEDGE ACQUISITION OF ALL THE TOPICS PRESENTED IN THE CLASS. THE WRITTEN / PRACTICAL TEST IS PREPARATORY TO THE ORAL EXAM. THE RESULTING MARK IS CALCULATED USING A WEIGHTED AVERAGE OF THE TWO TEST MARKS.

Verification of learning

SIX EXAM SESSIONS DURING THE WHOLE ACADEMIC YEAR, IN ADDITION TO TWO SPECIAL ONES RESERVED TO STUDENTS THAT ARE NOT ATTENDING CLASSES.
EACH SESSION IS PROVIDED WITH A WRITTEN/LAB TEST AND AN ORAL TEST. THE GOAL OF THE WRITTEN/LAB TEST IS TO ASSESS THE SKILL OF STUDENTS IN DESIGNING AND IMPLEMENTING SIMPLE JAVA ENTERPRISE PROGRAMS, WHILE THE GOAL OF THE ORAL EXAM IS TO ASSESS THE KNOWLEDGE ACQUISITION OF ALL THE TOPICS PRESENTED IN THE CLASS. THE WRITTEN / PRACTICAL TEST IS PREPARATORY TO THE ORAL EXAM. THE RESULTING MARK IS CALCULATED USING A WEIGHTED AVERAGE OF THE TWO TEST MARKS.

	Texts
	- VITTORIO SCARANO “PROGRAMMAZIONE CON OGGETTI DISTRIBUITI”, THAT CAN BE BOUGHT ONLINE A HTTP://ILMIOLIBRO.KATAWEB.IT/SCHEDALIBRO.ASP?ID=399705 - BEGINNING JAVA ENTERPRISE EDITION, ANTONIO GONCALVES, APRESS

	More Information
	INFORMATION ABOUT EACH CLASS AND ExAMPLES DISCUSSED DURING THE COURSE ARE AVAILABLE ON THE DEPARTMENT LEARNING PLATFORM, WITH TRACES OF EXAMS AND OTHER SUPPORTING MATERIAL (PROGRAMMING MANUALS, TUTORIALS, READING MATERIAL) HTTP://ELEARNING.INFORMATICA.UNISA.IT/EL-PLATFORM

BETA VERSION Data source ESSE3 [Ultima Sincronizzazione: 2024-11-05]

Maria Angela Pellegrino | DISTRIBUTED PROGRAMMING