[Erlang 0126] 我们读过的Erlang论文

地址: http://www.erlang.org/download/erlang-book-part1.pdf 

备注: 教科书

Characterizing the Scalability of Erlang VM on Many-core Processors

地址: http://kth.diva-portal.org/smash/get/diva2:392243/FULLTEXT01 

备注: 估计是了解Erlang VM必读的一篇论文,在众多涉及Erlang VM实现的博客,论文里面到处可以看到这篇论文的身影;

Exploring Alternative Memory Architectures for Erlang:Implementation and Performance Evaluation

地址: http://www.fantasi.se/publications/Wilhelmsson_MSc.pdf

备注: 文章介绍了Erlang VM垃圾回收和内存管理

Ef?cient memory management for concurrent programs that use message passing I,II

地址: http://user.it.uu.se/~kostis/Papers/scp_mm.pdf 

备注: Erlang VM 内存管理 GC

Heap Architectures for Concurrent Languages using Message Passing
地址: http://www.fantasi.se/publications/ISMM02.pdf

摘要:We discuss alternative heap architectures for languages that rely on automatic memory management and implement con-
currency through asynchronous message passing. We describe how interprocess communication and garbage collec-
tion happens in each architecture, and extensively discuss the tradeo?s that are involved. In an implementation set-
ting (the Erlang/OTP system) where the rest of the runtime system is unchanged, we present a detailed experimental
comparison between these architectures using both synthetic programs and large commercial products as benchmarks.
备注: 一句话总结这篇论文就是:当消息传递的时候本质上发生了什么

On Preserving Term Sharing in the Erlang Virtual Machine

地址: http://user.it.uu.se/~kostis/Papers/erlang12_sharing.pdf 

摘要:In this paper we describe our experiences and argue through examples why ?attening terms during copying is not a good idea for

a language like Erlang. More importantly, we propose a sharing preserving copying mechanism for Erlang/OTP and describe a pub-

licly available complete implementation of this mechanism. 

Bit-level Binaries and Generalized Comprehensions in Erlang
地址: http://user.it.uu.se/~pergu/papers/erlang05.pdf

sis. 

Erlang’s Exception Handling Revisited

地址: http://www.erlang.se/workshop/2004/exception.pdf 

摘要:  We give a comprehensive description of the behaviour of exceptions in modern-day Erlang , present a theoretical model of the
semantics of exceptions, and use this to derive the new try-construct.

scription of the Bit syntax and standard methods of using binaries to deal with streamed data. Next it introduces BIF functions that
are shown to be much faster than using the traditional Bit syntax to manipulate binary data.  

A Scalability Benchmark Suite for Erlang/OTP

地址: http://www.softlab.ntua.gr/~gtsiour/files/erlang01-aronis.pdf 

suite for applications written in Erlang. 

All you wanted to know about the HiPE compiler (but might have been afraid to ask)