Informações sobre o curso: Learn how to implement concurrent programming in Go. Explore the roles of channels and goroutines in implementing concurrency. Topics include writing goroutines and implementing channels for communications between goroutines. Course activities will allow you to exercise Go’s capabilities for concurrent programming by developing several example programs.

Desenvolvido por: University of California, Irvine

Ministrado por: Ian Harris, Professor
Department of Computer Science

Informações básicas	Curso 3 de 3 no Programming with Google Go Specialization
Nível	Intermediário
Idioma	English
Como ser aprovado	Seja aprovado em todas as tarefas para concluir o curso.

Programa

SEMANA 1

MODULE 1: Why Use Concurrency?

This course introduces the concept of concurrency in Go. The first module sets the stage by reviewing the physical factors that can restrict microprocessor performance increases in the future.

2 videos, 5 leituras

Vídeo: M1.2.1-1v3
Reading: M1.1.1 - Parallel Execution
Reading: M1.1.2 - Von Neumann Bottleneck
Reading: M1.1.3 - Power Wall
Reading: M1.2.1 - Concurrent vs Parallel
Reading: M1.2.2 - Hiding Latency

Nota atribuída: Module 1 Quiz

Nota atribuída: Module 1 Activity

SEMANA 2

MODULE 2: CONCURRENCY BASICS

This module looks at basic concurrency concepts and race conditions in preparation for a discussion of threads coming up in the next module.

2 videos, 5 leituras

Vídeo: M2.2.1-2v3
Reading: M2.1.1- Processes
Reading: M2.1.2 - Scheduling
Reading: M2.1.3 - Threads and Goroutines
Reading: M2.2.1 - Interleavings
Reading: M2.2.2 - Race Conditions

Nota atribuída: Module 2 Quiz

Nota atribuída: Module 2 Activity

SEMANA 3

MODULE 3: THREADS IN GO

In this module, you’ll work with threaded goroutines and explore the benefits of synchronization. The week’s assignment has you using a threaded approach to create a program that sorts integers via four separate sub-arrays, then merging the arrays into a single array.

3 videos, 7 leituras

Vídeo: M3.2.1-2v3
Vídeo: M3.3.1-3v3
Reading: M3.1.1 - Goroutines
Reading: M3.1.2 - Exiting Goroutines
Reading: M3.2.1 - Basic Synchronization
Reading: M3.2.2 - Wait Groups
Reading: M3.3.1 - Communication
Reading: M3.3.2 - Blocking on Channels
Reading: M3.3.3 - Buffered Channels

Nota atribuída: Module 3 Quiz

Nota atribuída: Module 3 Activity

SEMANA 4

MODULE 4: SYNCHRONIZED COMMUNICATION

This last module ties together the various features – including threads, concurrency, and synchronization – covered in this course. The week’s programming assignment requires you to use concurrent algorithms in the implementation of the “dining philosopher’s problem and then address the ensuing synchronization issues.

3 videos, 8 leituras

Vídeo: M4.2.1-3v3
Vídeo: M4.3.1-3v3
Reading: M4.1.1 - Blocking on Channels
Reading: M4.1.2 - Select
Reading: M4.2.1 - Mutual Exclusion
Reading: M4.2.2 - Mutex
Reading: M4.2.3 - Mutex Methods
Reading: M4.3.1 - Once Synchronization
Reading: M4.3.2 - Deadlock
Reading: M4.3.3 - Dining Philosophers

Nota atribuída: Module 4 Quiz

Nota atribuída: Module 4 Activity

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Coursework

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Desenvolvedores

University of California, Irvine

Since 1965, the University of California, Irvine has combined the strengths of a major research university with the bounty of an incomparable Southern California location. UCI’s unyielding commitment to rigorous academics, cutting-edge research, and leadership and character development makes the campus a driving force for innovation and discovery that serves our local, national and global communities in many ways.

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Concurrency in Go

Concurrency in Go