This article describes a new approach to synthesise dedicated hardware from a system specification using the Java language. The new compiler named GALADRIEL starts from Java classfiles produced from the initial Java specification and processes the system information in order to exploit the concurrency implicit in each method, so that it can be efficiently imple-mented by multiple hardware and/or software compo-nents. The paper gives emphasis to the compiler tech-niques used to exploit the implicit concurrency and to the use of high-level synthesis to generate the hardware models from the Java bytecodes information. 1
Abstract. The Java programming language has been widely used to develop dynamic content in Web pages...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
Reconfigurable computing is one of the most recent research topics in computer science. The Altera -...
Java has proven to be a powerful language for software development. In this paper we show that it is...
Java has proven to he a powerful language for software development. In this paper we show that it is...
The performance of software executed on a microprocessor is adversely affected by the basic fetchexe...
Reconfigurable computing is one of the most recent research topics in computer science. The Altera™ ...
The specification language is a critical component of the hardware-software co-design process since ...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
A hardware implementation can bring orders of magnitude improvements in performance and energy consu...
The specification language is a critical component of the hardware-software co-design process since ...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
[[abstract]]We are interested in the issues on the bytecode transformation for performance improveme...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
Abstract. The Java programming language has been widely used to develop dynamic content in Web pages...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
Reconfigurable computing is one of the most recent research topics in computer science. The Altera -...
Java has proven to be a powerful language for software development. In this paper we show that it is...
Java has proven to he a powerful language for software development. In this paper we show that it is...
The performance of software executed on a microprocessor is adversely affected by the basic fetchexe...
Reconfigurable computing is one of the most recent research topics in computer science. The Altera™ ...
The specification language is a critical component of the hardware-software co-design process since ...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
A hardware implementation can bring orders of magnitude improvements in performance and energy consu...
The specification language is a critical component of the hardware-software co-design process since ...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
[[abstract]]We are interested in the issues on the bytecode transformation for performance improveme...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
Abstract. The Java programming language has been widely used to develop dynamic content in Web pages...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...