Abstract – This paper describes an interactive animation tool, SATSim, which conveys superscalar architecture concepts. It has been used in an advanced undergraduate computer architecture course to visualize the complicated behavioral patterns of superscalar architectures, such as out-of-order execution, in-order commitment, and the impact of branch mispredictions and cache misses. SATSim allows students to interactively change hardware configuration parameters and to observe their effects visually in a more accessible manner than is currently possible with existing simulators or with traditional static media
This paper presents the author’s experience in using architectural simulation tools in the instructi...
This simulation tool allows the user to explore different computer architectures with hardware suppo...
This theses describes aspects of memory traces processing, its applications in simulation and develo...
Abstract – This paper describes an interactive animation tool, SATSim, which conveys superscalar arc...
Abstract—This paper describes enhancements and appli-cations of the SimpleScalar simulator for under...
The computer architecture and organization course is essential in all computer science and engineeri...
Abstract: There are two paradigms that contribute for increasing the processor’s performance: one ba...
The objective of this document is to present superDLX, a cycle by cycle superscalar simulator using ...
Simulation is a key tool for computer architecture research. In particular, cycle-accurate simulator...
Teaching computer architecture (at any level) is not an easy task. A critical mass of educators has ...
Researchers and students require visualization tools in order to efficiently evaluate microprocessor...
Fast and accurate processor simulation is essential in processor design.\ud Trace-driven simulation ...
An important problem in teaching the subjects of Computer Architecture and Organization (CO&CA) is t...
The advent of superscalar processors with out-of-order execution makes it increasingly difficult to ...
Computer animation is a tool which nowadays is used in more and more fields. In this paper we descri...
This paper presents the author’s experience in using architectural simulation tools in the instructi...
This simulation tool allows the user to explore different computer architectures with hardware suppo...
This theses describes aspects of memory traces processing, its applications in simulation and develo...
Abstract – This paper describes an interactive animation tool, SATSim, which conveys superscalar arc...
Abstract—This paper describes enhancements and appli-cations of the SimpleScalar simulator for under...
The computer architecture and organization course is essential in all computer science and engineeri...
Abstract: There are two paradigms that contribute for increasing the processor’s performance: one ba...
The objective of this document is to present superDLX, a cycle by cycle superscalar simulator using ...
Simulation is a key tool for computer architecture research. In particular, cycle-accurate simulator...
Teaching computer architecture (at any level) is not an easy task. A critical mass of educators has ...
Researchers and students require visualization tools in order to efficiently evaluate microprocessor...
Fast and accurate processor simulation is essential in processor design.\ud Trace-driven simulation ...
An important problem in teaching the subjects of Computer Architecture and Organization (CO&CA) is t...
The advent of superscalar processors with out-of-order execution makes it increasingly difficult to ...
Computer animation is a tool which nowadays is used in more and more fields. In this paper we descri...
This paper presents the author’s experience in using architectural simulation tools in the instructi...
This simulation tool allows the user to explore different computer architectures with hardware suppo...
This theses describes aspects of memory traces processing, its applications in simulation and develo...