In this paper we show that using co-simulation for robot software design will be more efficient than without co-simulation. We will show an example of the plotter how the co-simulation is helping with the design process. We believe that a collaborative methodology based on model-driven design will improve the chances of closing the design loop early, improving cross-discipline design dialog, and reduce errors, saving cost and time
Software engineering is the discipline of creating software with high quality and good reusability. ...
In most embedded control system (ECS) designs, multiple engineering disciplines and various domain-s...
Collaborative robots open the way to new applications where industrial robots currently cannot be us...
Abstract. In this paper we show that using co-simulation for robot software design will be more effi...
The work presented here is on a methodology for design of hard real-time embedded control software f...
Rapid robotic system development has created a demand for multi-disciplinary methods and tools to ex...
The robotic systems are constituted by some different parts, such as: electronic, mechanical, electr...
In this paper, we present our approach to automate the development process of co-design tools. We de...
Designing a software controller for multi-task automated service robotics is becoming increasingly c...
concurrent design flow, co-simulation Cyber-physical systems are multidisciplinary systems which inv...
This work is about an approach for designing control software for mechatronic and robotic machines. ...
Nature demonstrates an incredible diversity, capability, and complexity of life, with organisms that...
Model-based design is a powerful design technique for embedded system development. The technique ena...
The impact of model-based design on the software engineering community is impressive, and recent res...
Coactive Design is a new approach to address the increasingly sophisticated roles that people and ro...
Software engineering is the discipline of creating software with high quality and good reusability. ...
In most embedded control system (ECS) designs, multiple engineering disciplines and various domain-s...
Collaborative robots open the way to new applications where industrial robots currently cannot be us...
Abstract. In this paper we show that using co-simulation for robot software design will be more effi...
The work presented here is on a methodology for design of hard real-time embedded control software f...
Rapid robotic system development has created a demand for multi-disciplinary methods and tools to ex...
The robotic systems are constituted by some different parts, such as: electronic, mechanical, electr...
In this paper, we present our approach to automate the development process of co-design tools. We de...
Designing a software controller for multi-task automated service robotics is becoming increasingly c...
concurrent design flow, co-simulation Cyber-physical systems are multidisciplinary systems which inv...
This work is about an approach for designing control software for mechatronic and robotic machines. ...
Nature demonstrates an incredible diversity, capability, and complexity of life, with organisms that...
Model-based design is a powerful design technique for embedded system development. The technique ena...
The impact of model-based design on the software engineering community is impressive, and recent res...
Coactive Design is a new approach to address the increasingly sophisticated roles that people and ro...
Software engineering is the discipline of creating software with high quality and good reusability. ...
In most embedded control system (ECS) designs, multiple engineering disciplines and various domain-s...
Collaborative robots open the way to new applications where industrial robots currently cannot be us...