this paper, we study a new approach for implementing RMI, based on native compilation. This approach allows for better optimization, reduces the need for processing of type information at runtime, and uses a lightweight communication protocol. We implemented such an RMI protocol in a compiler-based Java system, called Manta. To support polymorphic RMIs and to allow interoperability with other Java Virtual Machines, Manta also implements the Sun protocol and is capable of dynamically compiling and linking bytecode into a running application
Software development is proceeding at a remarkable rate. Many new tools are available to the researc...
are fast becoming the standard computing environ-ments at many universities and research sites. Ad-d...
Java is becoming an increasingly popular language for developing distributed and parallel scientific...
Java offers interesting opportunities for parallel computing. In particular, Java Remote Method Invo...
In current Java implementations, Remote Method Invocation is slow. On a Pentium Pro/Myrinet cluster,...
Java's support for parallel and distributed processing makes the language attractive for metaco...
This paper presents a more efficient Java Remote Method Invocation (RMI) implementation for high-spe...
Java’s support for parallel and distributed processing makes the language attractive for metacomputi...
Java has many features of interest to developers of large-scale parallel applications. At the same t...
Java's support for parallel and distributed processing makes the language attractive for metaco...
Java RMI contains a wealth of experience in designing and implementing Java's Remote Method Invocati...
Java [7] is a portable, object oriented programming language. Its portability is obtained b
Although Java was not specifically designed for the computationally intensive numeric applications t...
We present an automated run-time optimisation framework that can improve the performance of distrib...
Although Java was not specifically designed for the computationally intensive numeric applications t...
Software development is proceeding at a remarkable rate. Many new tools are available to the researc...
are fast becoming the standard computing environ-ments at many universities and research sites. Ad-d...
Java is becoming an increasingly popular language for developing distributed and parallel scientific...
Java offers interesting opportunities for parallel computing. In particular, Java Remote Method Invo...
In current Java implementations, Remote Method Invocation is slow. On a Pentium Pro/Myrinet cluster,...
Java's support for parallel and distributed processing makes the language attractive for metaco...
This paper presents a more efficient Java Remote Method Invocation (RMI) implementation for high-spe...
Java’s support for parallel and distributed processing makes the language attractive for metacomputi...
Java has many features of interest to developers of large-scale parallel applications. At the same t...
Java's support for parallel and distributed processing makes the language attractive for metaco...
Java RMI contains a wealth of experience in designing and implementing Java's Remote Method Invocati...
Java [7] is a portable, object oriented programming language. Its portability is obtained b
Although Java was not specifically designed for the computationally intensive numeric applications t...
We present an automated run-time optimisation framework that can improve the performance of distrib...
Although Java was not specifically designed for the computationally intensive numeric applications t...
Software development is proceeding at a remarkable rate. Many new tools are available to the researc...
are fast becoming the standard computing environ-ments at many universities and research sites. Ad-d...
Java is becoming an increasingly popular language for developing distributed and parallel scientific...