Add to ORKGDynamic reconfigurable embedded systems are gathering, day after day, an increasing interest from both the scientific and the industrial world. The need of a comprehensive tool which can guide designers through the whole implementa-tion process is becoming stronger. In this paper the authors introduce a new design framework which amends this lack. In particular the paper describes the entire low level design flow onto which the framework is based. 1
In current-day embedded systems design, one is faced with cut-throat competition to deliver new func...
Abstract—This paper introduces a systematic develop-ment of design flows for embedded systems. The i...
In the last decade, the enormous development of the semiconductor industry with ever-increasing comp...
Summarization: During the last few years, there is an increasing interest in mixing software and har...
The design of embedded systems has rapidly changed during the last decade. It is possible to identif...
The ability of some configurable logic devices to modify their hardware during operation has long he...
The ever increasing intricacy of the systems and the increasing use of reconfigurble heterogeneous d...
Abstract—The process of embedded system design on reconfig-urable architectures needs smart solution...
Sophisticated embedded systems are becoming wide spread today in aerospace, automotive, avionic, and...
Abstract — During the last few years, there is an increasing interest in mixing software and hardwar...
Abstract—Self-reconfigurability is becoming a reality from an hardware point of view. Many studies h...
The most common reconfigurable devices today are Field Program-mable Gate Arrays, FPGAs. Aim of this...
Complexity of embedded system application increases along with the escalation of market demand. Embe...
This paper presents a top-down designer-driven design flow for creating hardware that exploits parti...
In current-day embedded systems design, one is faced with cut-throat competition to deliver new func...
Abstract—This paper introduces a systematic develop-ment of design flows for embedded systems. The i...
In the last decade, the enormous development of the semiconductor industry with ever-increasing comp...
Summarization: During the last few years, there is an increasing interest in mixing software and har...
The design of embedded systems has rapidly changed during the last decade. It is possible to identif...
The ability of some configurable logic devices to modify their hardware during operation has long he...
The ever increasing intricacy of the systems and the increasing use of reconfigurble heterogeneous d...
Abstract—The process of embedded system design on reconfig-urable architectures needs smart solution...
Sophisticated embedded systems are becoming wide spread today in aerospace, automotive, avionic, and...
Abstract — During the last few years, there is an increasing interest in mixing software and hardwar...
Abstract—Self-reconfigurability is becoming a reality from an hardware point of view. Many studies h...
The most common reconfigurable devices today are Field Program-mable Gate Arrays, FPGAs. Aim of this...
Complexity of embedded system application increases along with the escalation of market demand. Embe...
This paper presents a top-down designer-driven design flow for creating hardware that exploits parti...
In current-day embedded systems design, one is faced with cut-throat competition to deliver new func...
Abstract—This paper introduces a systematic develop-ment of design flows for embedded systems. The i...
In the last decade, the enormous development of the semiconductor industry with ever-increasing comp...