AbstractMany users and companies alike feel uncomfortable with execution performance of interpreters, often also dismissing their use for specific projects. Specifically virtual machines whose abstraction level is higher than that of the native machine they run on, have performance issues. Several common existing optimization techniques fail to deliver their full potential on such machines. This paper presents an explanation for this situation and provides hints on possible alternative optimization techniques, which could very well provide substantially higher speedups
Interpreters designed for efficiency execute a huge number of indirect branches and can spend more ...
Interpreters designed for efficiency execute a huge number of indirect branches and can spend more ...
Interpreters designed for efficiency execute a huge number of indirect branches and can spend more ...
International audienceLanguage interpreters are generally slower than (JIT) compiled implementations...
International audienceLanguage interpreters are generally slower than (JIT) compiled implementations...
International audienceLanguage interpreters are generally slower than (JIT) compiled implementations...
To achieve the best performance, most computer languages are compiled, either ahead of time and s...
The paper [EG03b] deals with two methods, which are used to reduce mispredictions of indirect branch...
Interpreters designed for efficiency execute a huge number of indirect branches and can spend more ...
Competitive abstract machines for Prolog are usually large, intricate, and incorpórate sophisticate...
This paper introduces superoperators, an optimization technique for bytecoded interpreters. Superope...
Competitive abstract machines for Prolog are usually large, intricate, and incorpórate sophisticate...
Virtual machines are becoming more and more prominent in both the business and consumer worlds. They...
Interpreted languages have become increasingly popular due to demands for rapid program development,...
Compiler writers usually follow some known rules of thumb on the effectiveness of optimizations when...
Interpreters designed for efficiency execute a huge number of indirect branches and can spend more ...
Interpreters designed for efficiency execute a huge number of indirect branches and can spend more ...
Interpreters designed for efficiency execute a huge number of indirect branches and can spend more ...
International audienceLanguage interpreters are generally slower than (JIT) compiled implementations...
International audienceLanguage interpreters are generally slower than (JIT) compiled implementations...
International audienceLanguage interpreters are generally slower than (JIT) compiled implementations...
To achieve the best performance, most computer languages are compiled, either ahead of time and s...
The paper [EG03b] deals with two methods, which are used to reduce mispredictions of indirect branch...
Interpreters designed for efficiency execute a huge number of indirect branches and can spend more ...
Competitive abstract machines for Prolog are usually large, intricate, and incorpórate sophisticate...
This paper introduces superoperators, an optimization technique for bytecoded interpreters. Superope...
Competitive abstract machines for Prolog are usually large, intricate, and incorpórate sophisticate...
Virtual machines are becoming more and more prominent in both the business and consumer worlds. They...
Interpreted languages have become increasingly popular due to demands for rapid program development,...
Compiler writers usually follow some known rules of thumb on the effectiveness of optimizations when...
Interpreters designed for efficiency execute a huge number of indirect branches and can spend more ...
Interpreters designed for efficiency execute a huge number of indirect branches and can spend more ...
Interpreters designed for efficiency execute a huge number of indirect branches and can spend more ...