Add to ORKGThis paper describes the design and implementation of a dynamic recompilation framework for ROTOR, a microsoft shared source implementation of the .NET framework. The framework aims to improve performance of .NET applications by identifying hot regions of code and selectively optimizing them
In this paper we present a cut-off incremental recompilation frame-work that supports inter-module o...
Phase selection is the process of customizing the applied set of compiler optimization phases for in...
Abstract Dynamic or Just-in-Time (JIT) compilation is crucial to achieve acceptable performance for ...
This paper describes the design and implementation of a dynamic recompilation framework for ROTOR, a...
The paper describes the design and implementation of an adaptive recompilation framework for Rotor, ...
Microsoft ResearchAlthough runtime systems and the dynamic compilation model have revolutionized the...
Dynamic languages are becoming widely used in software engineering due to the flexibility needs of s...
Although dynamic languages are becoming widely used due to the flexibility needs of specific softwar...
AbstractIncreasing trends towards adaptive, distributed, generative and pervasive software have made...
The Java programming environment uses a highly-developed virtual machine (VM) to execute its program...
Traditional compilers rely on static information about programs to perform optimizations. While such...
Modern JIT compilers often employ multi-level recompila-tion strategies as a means of ensuring the m...
Binary recompilation and translation play an important role in computer systems today. It is used by...
Just-in-Time (JIT) compilers for Java can be augmented by making use of runtime profile information ...
Dynamic program optimization o ers performance improvements far beyond those possible with tradition...
In this paper we present a cut-off incremental recompilation frame-work that supports inter-module o...
Phase selection is the process of customizing the applied set of compiler optimization phases for in...
Abstract Dynamic or Just-in-Time (JIT) compilation is crucial to achieve acceptable performance for ...
This paper describes the design and implementation of a dynamic recompilation framework for ROTOR, a...
The paper describes the design and implementation of an adaptive recompilation framework for Rotor, ...
Microsoft ResearchAlthough runtime systems and the dynamic compilation model have revolutionized the...
Dynamic languages are becoming widely used in software engineering due to the flexibility needs of s...
Although dynamic languages are becoming widely used due to the flexibility needs of specific softwar...
AbstractIncreasing trends towards adaptive, distributed, generative and pervasive software have made...
The Java programming environment uses a highly-developed virtual machine (VM) to execute its program...
Traditional compilers rely on static information about programs to perform optimizations. While such...
Modern JIT compilers often employ multi-level recompila-tion strategies as a means of ensuring the m...
Binary recompilation and translation play an important role in computer systems today. It is used by...
Just-in-Time (JIT) compilers for Java can be augmented by making use of runtime profile information ...
Dynamic program optimization o ers performance improvements far beyond those possible with tradition...
In this paper we present a cut-off incremental recompilation frame-work that supports inter-module o...
Phase selection is the process of customizing the applied set of compiler optimization phases for in...
Abstract Dynamic or Just-in-Time (JIT) compilation is crucial to achieve acceptable performance for ...