Architecting Code for Concurrent Execution: Theory and Practice

The power of multicore machines and cloud computing is all dependent on an application's ability to successfully leverage concurrency. Although concurrency has traditionally been considered fatally difficult in Java, a few simple architecture principles can make all the difference. This session will review some of those principles in both theory and practice.

This session will review the theory of concurrency and the different levels that concurrency will act on. With that basis, it explores the theoretical reasons behind the difficulties in writing concurrent code, and then some practical application architecture techniques to cope with those difficulties.


About Robert Fischer

Robert Fischer

Robert Fischer is a multi-language open source developer currently specializing in Groovy in Grails. In the past, his specialties have been in Perl, Java, Ruby, and OCaml. In the future, his specialty will probably be F# or (preferably) a functional JVM language like Scala or Clojure.

Robert is the author of Grails Persistence in GORM and GSQL, a regular contributor to GroovyMag and JSMag, the founder of the JConch Java concurrency library, and the author/maintainer of Liquibase-DSL and the Autobase database migration plugin for Grails.

More About Robert »