This paper presents a methodology and a tool box for system-level partitioning in the behavioral domain. The methodology is based on an extended finite state machine model. Partitioning is achieved interactively through the application of five system-level transformation primitives: MOVE, MERGE, SPLIT, CUT and MAP. This scheme allows an interactive exploration of the solution space. The result of the partitioning is a set of interconnected and heterogeneous sub-systems. The partitioning tool box which has been developed is named PARTIF. PARTIF includes an evaluation feedback loop that helps the designer estimate the quality of the design
A novel interactive software platform is proposed to support design and development for PSE. It has ...
This paper describes a case study and additional considerations about modelling an embedded highperf...
Since the hardware-software partitioning problem is a key aspect of the codesign of digital electron...
This paper presents a methodology and a tool box for system-level partitioning in the behavioral dom...
International audienceThis paper presents a methodology and a tool for system-level partitioning in ...
This paper presents a new method for behavioural partitioning at the system level. The method is bas...
Many approaches have been developed to partition a system's behavioral description before a structur...
This paper addresses fundamental aspects of system modelling and partitioning algorithms in the area...
This paper presents the underlying methodology of Cosmos, an interactive approach for hardware /soft...
The partitioning of a system model will condition the structure of the controller as well as its des...
In this paper a new approach for partitioning designs on the behavioral level is presented. Our main...
Earlier work has demonstrated that partitioning one large behavioral process into smaller ones befor...
Traditional program partitioning methods are nonlinear, and their computational efforts increase exp...
The complexity in automotive systems engineering is increasing over the last decade. In particular, ...
This thesis presents a technique to quantitatively search for decoupling among dynamic elements of a...
A novel interactive software platform is proposed to support design and development for PSE. It has ...
This paper describes a case study and additional considerations about modelling an embedded highperf...
Since the hardware-software partitioning problem is a key aspect of the codesign of digital electron...
This paper presents a methodology and a tool box for system-level partitioning in the behavioral dom...
International audienceThis paper presents a methodology and a tool for system-level partitioning in ...
This paper presents a new method for behavioural partitioning at the system level. The method is bas...
Many approaches have been developed to partition a system's behavioral description before a structur...
This paper addresses fundamental aspects of system modelling and partitioning algorithms in the area...
This paper presents the underlying methodology of Cosmos, an interactive approach for hardware /soft...
The partitioning of a system model will condition the structure of the controller as well as its des...
In this paper a new approach for partitioning designs on the behavioral level is presented. Our main...
Earlier work has demonstrated that partitioning one large behavioral process into smaller ones befor...
Traditional program partitioning methods are nonlinear, and their computational efforts increase exp...
The complexity in automotive systems engineering is increasing over the last decade. In particular, ...
This thesis presents a technique to quantitatively search for decoupling among dynamic elements of a...
A novel interactive software platform is proposed to support design and development for PSE. It has ...
This paper describes a case study and additional considerations about modelling an embedded highperf...
Since the hardware-software partitioning problem is a key aspect of the codesign of digital electron...