This report describes release 2.0 of the SimpleScalar tool set, a suite of free, publicly available simulation tools that offer both detailed and high-performance simulation of modern microprocessors. The new release offers more tools and capabilities, precompiled binaries, cleaner interfaces

We present STOPLESS: a concurrent real-time garbage collector suitable for modern multiprocessors running parallel multithreaded applications. Creating a garbage-collected environment that supports real-time on modern platforms is notoriously hard, especially if real-time implies lock

. Then we present an application of the design methodology to the design of wireless systems. Finally, we present a new approach to platform-based design called modern embedded systems, compilers, architectures and languages, based on highly concurrent and software-programmable architectures and associated

Maximilians University Munich. First and foremost, I would like to thank Prof. Dr. Gerhard Winter for making me a member of his group and to supervise my thesis. As doctoral father he provided guidance with industrial experience spiced with a potion of humor. The actual filed of research was due to PD Dr. Conrad Coester. Only by the intense and lively direct discussions with and directions by him could this work mature to its accomplishment. Furthermore, he established most of all the collaborations that formed the strong interdisciplinary character of this thesis. The art of GNP manufacturing involving all labeling and freeze drying techniques do I owe to Dr. Klaus Zwiorek and Dr. Jan Zillies, my direct predecessors. A big thanks goes over the big pound to Prof. Thomas Anchordoquy who inspired me with an alternative perspective on academic approaches, scientific discussion culture and of course for hosting me for a research stay in Denver, Colorado. Along, I thank his team members Dr. Michelle Zeles-Hahn and Dr. Long Xu for sharing unique experiences both in Munich and Denver and for help

world of cooperating services where application components are assembled with little effort into a network of services that can be loosely coupled to create flexible dynamic business processes and agile applications that may span organisations and computing platforms. SOC is being shaped by

this problem. However, to best design high performance DBMSs we must carefully evaluate and understand the processor and memory behavior of commercial DBMSs on today’s hardware platforms. In this paper we answer the question “Where does time go when a database system is executed on a modern computer platform

The Web browser has become the dominant interface to a broad range of applications, including online banking, Web-based email, digital media delivery, gaming, and e-commerce services. Early Web browsers provided simple access to static hypertext documents. In contrast, modern browsers serve as de

on modern platforms. In this paper, we first demonstrate that in-page data placement is the key to high cache performance and that NSM exhibits low cache utilization on modern platforms. Next, we propose a new data organization model called PAX (Partition Attributes Across), that significantly improves

Abstract ： A modern teaching support platform was designed based on application integration and the Nolan model. The system design used top-level design, information-sharing, management modeling, and user ex-perience. The system emphasized openness, compatibility, security, extensibility

migration and modernization