Multithreading and Concurrency, Parallel Computation and MapReduce in Java + Fork-Join and Stream API, Virtual Threads
InstructorHolczer BalazsInstruction includes contemporary Java capabilities such as the Stream API and Virtual Threads, including StructuredTaskScope.
The curriculum utilizes classic scenarios like the Dining Philosophers and Student Library problems to demonstrate thread interaction.
Editorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
A computer screen displays Java source code implementing linked list traversal and insertion methods alongside a presentation slide titled Parallelization discussing the Fork-Join Framework.
A desktop monitor displays lines of Java source code alongside a title section labeled Examples and Simulations, referencing the dining philosophers problem.
This visual aid illustrates the difference between parallel and sequential execution by showing how multiple tasks are processed simultaneously versus one after another.
This slide introduces concurrent collections, featuring a visual diagram on a monitor that illustrates data structure elements with numbered green blocks.
FreeOne signal suggests potential issues with code accuracy and slide consistency; this was noted in a review predating the displayed update, so while the update label may have addressed these concerns, it does not prove a correction.
A learner signal indicates a desire for more fundamental implementations of concurrent collections.
The progression from theory to modern features aligns with the stated goal of providing a grasp on multithreading.
