Open video course "Multicore programming in Java" in Russian (30 + 30 hours)

Good day.

I do IT teaching. Read Java Core (materials here ).
Now wrote and sell the course "Scala for Java Developers"

In this post I decided to open a video of two courses (held in webinar mode) on multi-threading under JVM (these are 16 + 16 two-hour lectures).
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More about the materials (program, useful links) can be found in the post-announcements about webinars ( Program of the course “Multicore programming in Java” (March 25, 2014) , Program and materials of the course “Multicore programming in Java” (July 31 ).

The course is designed for students who are starting to learn multithreading from scratch (after a strong Java Core course, Middle Developer from a clean web, or from a scripted / interpreted programming language). It will not be suitable for those who have moved from the “severe” C / C ++ or are looking for an “academic height”.

The topics of Hardware, New Java Memory Model, java.util.concurrent (atomics, blocking queues, thread pool, locks, synchronizers), message passing alternative, software transactional memory alternative, Java 7 Fork / Join, Java 8 Parallel Streams (+ Lambdas, + Stream API), CSP / JCSP alternative

Spring 2014

• Lecture # 1 : Hardware + JMM
• Lecture # 2 : Hardware + JMM
• Lecture # 3 : Hardware + JMM
• Lecture # 4 : Hardware + JMM
• Lecture # 5 : Monitor + java.util.synchronized
• Lecture # 6 : java.util.concurrent
• Lecture # 7 : Java 8 Intro (Streams, Lamdas)
• Lecture # 8 : Java 8. Parallel Streams
• Lecture # 9 : java.util.concurrent. Atomics
• Lecture # 10 : Java 7 Fork / Join vs Java 8 Parellel Streams
• Lecture # 11 (1) + Lecture # 11 (2): Java 8 Streams / Parellel Streams
• Lecture # 12 : Message-passing library GPars
• Lecture # 13 : Persistent data structures
• Lecture # 14 : java.util.concurrent
• Lecture # 15 : Akka
• Lecture # 16 : Software Transactional Memory. Library multiverse

Summer 2014

• Lecture # 1 (1) + Lecture # 1 (2) : Hardware + JMM
• Lecture # 2 : Java Memory Model
• Lecture # 3 : Hardware & Mathematics
• Lecture # 4 : Monitor primitive
• Lecture # 5 : java.util.concurrent
• Lecture # 6 : java.util.concurrent
• Lecture # 7 : java.util.concurrent
• Lecture # 8 : Java 8. Lambdas, Stream API, Parallel Streams
• Lecture # 9 : Java 8. Lambdas, Stream API, Parallel Streams
• Lecture # 10 : java.util.concurrent. Atomics
• Lecture # 11
• Lecture # 12 : Akka (message-passing algorithms)
• Lecture # 13 : Akka (supervisor's hierarchy)
• Lecture # 14 : Software Transactional Memory. Library multiverse
• Lecture # 15 (1) + Lecture # 15 (2) : Java 7 Fork / Join (Recursive parallelism) vs Java 8 Parallel Streams (declarative parallelism)
• Lecture # 16 : JSCP - Java's version of CSP formalism

The sound quality is lame, I apologize.

At the moment, the author does not conduct webinars on multi-threading and he does not have a course on multi-threading. I am totally focused on the Scala direction.

PS If you find this course useful for you and you want to thank the author for the right to use it for free and without any restrictions - buy from me the course “Scala for Java Developers” (with a discount of $ 179).
Thank.