In this paper an algorithm for co-synthesis of distributed embedded systems is presented. The algorithm is based on iterative improvement heuristics, taking into consideration sophisticated modifications and possibilities of further improvements. Starting from the solution with the highest performance, architecture of the system is modified until it achieves the lowest cost. It has been observed that the algorithm presented has the capacity of getting out of the local minima. Experimental results showed high efficiency of the algorithm. Almost all results obtained with the help of the algorithm were significantly better than the results obtained with the help of Yen-Wolf algorithm presented in the literature
The increasing complexity of real-time embedded systems along with the short time-to-market for most...
The paper presents an innovative approach to solving the problems of computer system synthesis based...
In high-level synthesis for real-time embedded systems using heterogeneous functional units (FUs), i...
The paper presents a novel adaptive genetic programming based iterative improvement algorithm for ha...
Abstract- This paper introduces the first hardwarekoftware co-synthesis algorithm that optimizes the...
In this paper, we propose a fast and simple heuristic for the cosynthesis problem targeting the syst...
This article describes a new hardware-software cosynthesis algorithm that takes advantage of the str...
This paper describes a new, sensitivity-driven algo-rithm for the co-synthesis of real-time distribu...
In this paper we present a novel developmental genetic programming methodology for co-synthesis of d...
The recent spectacular progress in modern microelectronics created a big stimulus towards developmen...
In this paper, we present a hardware-software co-synthesis system, called MOGAC, that partitions and...
This paper introduces the first hardware/software co-synthesis algorithm of distributed real-time sy...
Communication synthesis is an essential step in hardware-software co-synthesis: many embedded system...
The complexity of modern embedded systems requires the cooperation of several teams belonging to dif...
Abstract — Hardware–software co-synthesis starts with an embedded-system specification and results i...
The increasing complexity of real-time embedded systems along with the short time-to-market for most...
The paper presents an innovative approach to solving the problems of computer system synthesis based...
In high-level synthesis for real-time embedded systems using heterogeneous functional units (FUs), i...
The paper presents a novel adaptive genetic programming based iterative improvement algorithm for ha...
Abstract- This paper introduces the first hardwarekoftware co-synthesis algorithm that optimizes the...
In this paper, we propose a fast and simple heuristic for the cosynthesis problem targeting the syst...
This article describes a new hardware-software cosynthesis algorithm that takes advantage of the str...
This paper describes a new, sensitivity-driven algo-rithm for the co-synthesis of real-time distribu...
In this paper we present a novel developmental genetic programming methodology for co-synthesis of d...
The recent spectacular progress in modern microelectronics created a big stimulus towards developmen...
In this paper, we present a hardware-software co-synthesis system, called MOGAC, that partitions and...
This paper introduces the first hardware/software co-synthesis algorithm of distributed real-time sy...
Communication synthesis is an essential step in hardware-software co-synthesis: many embedded system...
The complexity of modern embedded systems requires the cooperation of several teams belonging to dif...
Abstract — Hardware–software co-synthesis starts with an embedded-system specification and results i...
The increasing complexity of real-time embedded systems along with the short time-to-market for most...
The paper presents an innovative approach to solving the problems of computer system synthesis based...
In high-level synthesis for real-time embedded systems using heterogeneous functional units (FUs), i...