This paper examines the layered software modules of a heterogeneous multiprocessor simulator and debugger, and the design patterns that span these modules. Lucent’s LUxWORKS simulator and debugger works with multiple processor architectures. Its modeling infrastructure, processor models, processor monitor / control, hardware control, vendor simulator interface and Tcl/Tk extension layers are spanned by the following design patterns: 1) build and extend abstract virtual processors, 2) build reflective entities, and 3) build a covariant extensible system. Together these modules and patterns define a processor execution architecture that encourages reus
Simulation provides the ability to obtain results from, and analyse, a system without physically bui...
A simulator for a multiprocessor system consisting of p identical processors and m shared memories c...
We present holistic debugging, a novel method for observing execution of complex and distributed sof...
Heterogeneous multiprocessing is the future of chip design with the potential for tens to hundreds o...
ISBN : 1-4244-0582-3In this paper, we introduce a Mixed Hardware – Software Architecture Model to ab...
The heterogeneous machine simulator is a program which attempts to simulate the proposed hardware fo...
Industry trends indicate that many-core heterogeneous processors will be the next-generation answer ...
Simulation consists of exercising the representation of a design on a general purpose computer. It d...
The processor simulator PROSIM introduces an alternative debugging and simulation technique be-yond ...
Abstract—Pervasive computing applications involve both soft-ware concerns, like any software system,...
A heterogeneous simulation interoperates a collection of simulators that are developed in different ...
Full-system simulation of systems comprising hundreds of microcontrollers, at the level of in-struct...
As the complexity of processors increases, it becomes harder for designers to understand the non-tri...
As time goes on, hardware designs get ever more complicated, and producing designs that work properl...
Over the past decade, Virtual Platforms (VPs) have established themselves as essential tools for emb...
Simulation provides the ability to obtain results from, and analyse, a system without physically bui...
A simulator for a multiprocessor system consisting of p identical processors and m shared memories c...
We present holistic debugging, a novel method for observing execution of complex and distributed sof...
Heterogeneous multiprocessing is the future of chip design with the potential for tens to hundreds o...
ISBN : 1-4244-0582-3In this paper, we introduce a Mixed Hardware – Software Architecture Model to ab...
The heterogeneous machine simulator is a program which attempts to simulate the proposed hardware fo...
Industry trends indicate that many-core heterogeneous processors will be the next-generation answer ...
Simulation consists of exercising the representation of a design on a general purpose computer. It d...
The processor simulator PROSIM introduces an alternative debugging and simulation technique be-yond ...
Abstract—Pervasive computing applications involve both soft-ware concerns, like any software system,...
A heterogeneous simulation interoperates a collection of simulators that are developed in different ...
Full-system simulation of systems comprising hundreds of microcontrollers, at the level of in-struct...
As the complexity of processors increases, it becomes harder for designers to understand the non-tri...
As time goes on, hardware designs get ever more complicated, and producing designs that work properl...
Over the past decade, Virtual Platforms (VPs) have established themselves as essential tools for emb...
Simulation provides the ability to obtain results from, and analyse, a system without physically bui...
A simulator for a multiprocessor system consisting of p identical processors and m shared memories c...
We present holistic debugging, a novel method for observing execution of complex and distributed sof...