This thesis presents a Java processor based on the Adaptive Microinstruction Driven Architecture (AMIDAR). This processor is intended as a research platform for investigating adaptive processor architectures. Combined with a configurable accelerator, it is able to detect and speed up hot spots of arbitrary applications dynamically. In contrast to classical RISC processors, an AMIDAR-based processor consists of four main types of components: a token machine, functional units (FUs), a token distribution network and an FU interconnect structure. The token machine is a specialized functional unit and controls the other FUs by means of tokens. These tokens are delivered to the FUs over the token distribution network. The tokens inform the FUs ab...
A demand for low power and high performance Java environments is now growing in the embedded systems...
This paper reports three phases of development of a. Java-based distributed system for the implement...
Although virtually every processor today uses a loadstore register architecture, stack architectures...
This thesis presents a Java processor based on the Adaptive Microinstruction Driven Architecture (AM...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
In this dissertation, we describe the DELFT-JAVA engine - a 32-bit RISC-based architecture that prov...
Abstract. The Java programming language has been widely used to develop dynamic content in Web pages...
Java is a modern object oriented programming language, which has become popular in a wide range of s...
This report presents the SHAP platform consisting of its microarchitecture and its implementation of...
Shortly after the introduction of Java technology, numerous research efforts went into overcoming th...
Improving a computers performance has been of major interest to all users around the world, from com...
With the diffusion of Java in advanced multimedia mobile devices, there is a growing need for speed...
A demand for low power and high performance Java environments is now growing in the embedded systems...
This paper reports three phases of development of a. Java-based distributed system for the implement...
Although virtually every processor today uses a loadstore register architecture, stack architectures...
This thesis presents a Java processor based on the Adaptive Microinstruction Driven Architecture (AM...
Java bytecode is widely used as binary program representation on many different hardware platforms. ...
In this dissertation, we describe the DELFT-JAVA engine - a 32-bit RISC-based architecture that prov...
Abstract. The Java programming language has been widely used to develop dynamic content in Web pages...
Java is a modern object oriented programming language, which has become popular in a wide range of s...
This report presents the SHAP platform consisting of its microarchitecture and its implementation of...
Shortly after the introduction of Java technology, numerous research efforts went into overcoming th...
Improving a computers performance has been of major interest to all users around the world, from com...
With the diffusion of Java in advanced multimedia mobile devices, there is a growing need for speed...
A demand for low power and high performance Java environments is now growing in the embedded systems...
This paper reports three phases of development of a. Java-based distributed system for the implement...
Although virtually every processor today uses a loadstore register architecture, stack architectures...