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Comparison of Erlang Runtime System and Java Virtual Machine
Comparison of Erlang Runtime System and Java Virtual Machine

... have to derive the semantics from the de facto BEAM implementation[1]. But similarly to Java ERTS works by executing an intermediate representation of erlang source code, also known as BEAM code. As mentioned there’s no specification for the generated instructions, though a few unofficial documents ...
Book Chapter 1
Book Chapter 1

... Labelled Transition Systems LTS. These are described textually as finite state processes (FSP) and displayed and analysed by the LTSA analysis tool. Concurrency: introduction ...
What is a Concurrent Program?
What is a Concurrent Program?

... Models are described using state machines, known as Labelled Transition Systems LTS. These are described textually as finite state processes (FSP) and displayed and analysed by the LTSA analysis tool. CSC321 §1 Concurrent Programming ...
document
document

... if operation requested is a pop and content != nil then become forwarder to link send content to customer if operation requested is push(new_content) then let P=new stack_node with current acquaintances (a clone) become stack_node with acquaintances new_content and P Hard to read but it does the “ob ...
Book Chapter 1
Book Chapter 1

... Models are described using state machines, known as Labelled Transition Systems LTS. These are described textually as finite state processes (FSP) and displayed and analysed by the LTSA analysis tool. Concurrency: introduction ...
Multicore OSes: Looking Forward from 1991, er, 2011 Harvard University Abstract
Multicore OSes: Looking Forward from 1991, er, 2011 Harvard University Abstract

... In an aggressive design one might well run applications directly on a bare core with no system services at all underneath. If an application wants e.g. virtual memory services or handlers for hardware exceptions it can provide them itself or link with system-provided code in libOS fashion. This is p ...
Concurrent Programming
Concurrent Programming

... • Create concurrent processes • Communication: shared variables ...
DATAFLOW PROCESS NETWORKS
DATAFLOW PROCESS NETWORKS

... programming” ...
computational models
computational models

... Control Driven In control driven execution it is assumed there exist a program consisting of sequence of instructions. The execution sequence implicitly given by the order of the instructions Explicit control instructions can also be used to specify a departure from the implicit execution sequen ...
COMPUTATIONAL MODELS
COMPUTATIONAL MODELS

... Control Driven In control driven execution it is assumed there exist a program consisting of sequence of instructions. The execution sequence implicitly given by the order of the instructions Explicit control instructions can also be used to specify a departure from the implicit execution sequen ...
PPT - School of Computer Science
PPT - School of Computer Science

... These slides constitute the lecture notes that I (Rob Dempster) prepared to deliver for the COMP718 module (Special Topics ~ Concurrent Programming) at UKZN (PMB Campus) during semester 1, 2010. The presentation of the module is based on the prescribed text: Concurrent Programming in Java ~ Design P ...
Message Passing, Concurrency, and Parallelism in Erlang
Message Passing, Concurrency, and Parallelism in Erlang

... Presented By: Craig R. Kuehn Department of Computer Science and Software Engineering University of Wisconsin-Platteville [email protected] ...
1. Which situation is suitable to use message passing instead of
1. Which situation is suitable to use message passing instead of

... program and the operating system. Typically written in a high-level language (C or C++). May need to be written in low-level assembly language. System programs provide basic functioning to users so that they do not need to write their own environment for program development (editors, compilers) and ...
actor model and akka
actor model and akka

1

Actor model

The actor model in computer science is a mathematical model of concurrent computation that treats ""actors"" as the universal primitives of concurrent computation: in response to a message that it receives, an actor can make local decisions, create more actors, send more messages, and determine how to respond to the next message received. The actor model originated in 1973. It has been used both as a framework for a theoretical understanding of computation and as the theoretical basis for several practical implementations of concurrent systems. The relationship of the model to other work is discussed in Indeterminacy in concurrent computation and Actor model and process calculi.
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