In this paper, we present the design of a software-based automatic parallelization framework for sequential applications that run on the Java platform: the ...

With our work, we intend to tackle the former issue. In this paper, we present the design of a software-based automatic parallelization framework for sequential ...

Our framework employs Method-Level Speculation: It uses method invocations as fork points and converts those invocations to return futures that can be stored in ...

To tackle this issue, we have developed JaSPEx-MLS: a software-based automatic parallelization framework targeted at sequential irregular Java/JVM applications, ...

We present a detailed design for a Java-specific, software TLS system that operates at the bytecode level, and fully addresses the problems and requirements ...

JaSPEx-MLS [1] is a software-based speculative parallelization framework em- ploying Method-Level Speculation that provides both a Java classloader that.

Speculative multithreading (SpMT) is a promising optimisation technique for achieving faster execution of sequential programs on multiprocessor hardware.

Improving Continuation-Powered Method-Level Speculation for JVM Applications · A Software-based Method-Level Speculation Framework for the Java Platform

A Software-Based Method-Level Speculation Framework for the Java Platform. Ivo Anjo, João Cachopo. https://doi.org/10.1007/978-3-642-37658-0_14 · Full text.

Sep 30, 2015 · JaSPEx-MLS is a fully software-based parallelization framework employing Method-Level Speculation (MLS) and Software Trans- actional Memory (STM) ...