Add to ORKGThis paper is concerned with optimizing code execution in virtual machine environments. Code motion is one of the many optimization techniques. We considered a special case of optimization – a loop containing expressions that can be effectively evaluated once. A solution for this case is discussed and two algorithms are proposed. Experimental results for Java VM, MS .NET and Mono are shown here in order to assess the performance of the proposed algorithms
In this paper we address a resource–constrained optimization problem for behavioral descriptions con...
In code generation, instruction selection chooses processor instructions to implement a program unde...
Java programs are deployed in a bytecode format that is executed by a Java virtual machine (JVM). J...
Recent advances in Virtual Machine\u2019s technology have led to the diffusion of Java execution env...
International audienceWe present an approach for implementing a formally certified loop-invariant co...
this paper, we emphasize the practicality of lazy code motion by giving explicit directions for its ...
In this paper we address a resource-constrained optimization problem for behavioral descriptions con...
An instruction scheduler utilizes code reordering techniques for generating schedules in which instr...
Code motion is well-known as a powerful technique for the optimization of sequential programs. It im...
Programs that are not loop intensive and which have small basic blocks present a challenge to archit...
The Java programming environment uses a highly-developed virtual machine (VM) to execute its program...
In this paper we address a resource--constrained optimization problem for behavioral descriptions co...
This article focuses on some ways to optimize the code, carried out using the technique of static si...
Although code optimizations have been applied by compilers for over 40 years, much of the research h...
An implementation-oriented algorithm for lazy code motion is presented that minimizes the number of ...
In this paper we address a resource–constrained optimization problem for behavioral descriptions con...
In code generation, instruction selection chooses processor instructions to implement a program unde...
Java programs are deployed in a bytecode format that is executed by a Java virtual machine (JVM). J...
Recent advances in Virtual Machine\u2019s technology have led to the diffusion of Java execution env...
International audienceWe present an approach for implementing a formally certified loop-invariant co...
this paper, we emphasize the practicality of lazy code motion by giving explicit directions for its ...
In this paper we address a resource-constrained optimization problem for behavioral descriptions con...
An instruction scheduler utilizes code reordering techniques for generating schedules in which instr...
Code motion is well-known as a powerful technique for the optimization of sequential programs. It im...
Programs that are not loop intensive and which have small basic blocks present a challenge to archit...
The Java programming environment uses a highly-developed virtual machine (VM) to execute its program...
In this paper we address a resource--constrained optimization problem for behavioral descriptions co...
This article focuses on some ways to optimize the code, carried out using the technique of static si...
Although code optimizations have been applied by compilers for over 40 years, much of the research h...
An implementation-oriented algorithm for lazy code motion is presented that minimizes the number of ...
In this paper we address a resource–constrained optimization problem for behavioral descriptions con...
In code generation, instruction selection chooses processor instructions to implement a program unde...
Java programs are deployed in a bytecode format that is executed by a Java virtual machine (JVM). J...