Erlang R14B04 Publishing common concurrent programming languages

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Erlang is a small concurrent functional programming language developed by Ericsson. It is a programming language for a large number of concurrent fault-tolerant distributed systems using Ericsson.

About Erlang

Erlang was published in 1987, after 10 years of development, in 1998, the release of open source version [1]. Erlang is an interpretive language running on virtual machines, but it also now contains the native code compilers developed by the University of Uppsala High Performance Erlang program (HiPE), which began with the r11b-4 version, and Erlang also began to support scripted interpreters. On the programming paradigm, Erlang belongs to a multiple-paradigm programming language, covering functions, concurrency, and distribution. The sequential Erlang is a functional programming language for early evaluation, single assignment, and dynamic type.

Erlang is a common, concurrency-oriented programming language developed by Cs-lab, a Swedish telecoms equipment maker Ericsson, to create a programming language and operating environment that can handle large-scale concurrent activity.

Erlang is a structured, dynamic type programming language, built in parallel computing support. Ericsson was originally designed specifically for communications applications, such as control switches or transformation protocols, so it is ideal for building distributed, real-time soft parallel computing systems. Applications that are written in Erlang typically consist of thousands of lightweight processes and communicate with each other through message passing. Inter-process context switching is only one or two links for Erlang, much more efficient than a C program's thread switching. Using Erlang to write a distributed application is much simpler because its distributed mechanism is transparent: it is not known to the program that it is running in a distributed manner. The Erlang run-time environment is a virtual machine, a bit like a Java virtual machine, so that code, once compiled, can also run anywhere. Its run-time system even allows the code to be updated without interruption. In addition, if you need to be more efficient, byte code can also compile cost code to run.

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