Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Safety-critical systems and certification standards are the bare essential elements for the development process of avionics, automotive and industrial embedded systems. The necessity of including non-safety capabilities to reduce the price of these systems has resulted in a new type of critical systems, the mixed-criticality ones. These systems should be able to execute safety-critical applications but, at the same time, to run non-safety-critical functionalities without affecting the integrity of the safety- critical tasks.  presents a new system architecture which includes safety- critical and non-safety-critical parts in order to form a mixed-criticality system. The system consists of a reliable platform with a dual-core processor (implemented using a FPGA) architecture designed as open-hardware, running two isolated real-time oper- ating systems which are connected through a safe core-to-core communication channel that executes the safety-critical applications. Moreover, the safety-critical system is connected to an external processor, an ARM9, which is used as an external sensing system. The ARM9 runs the non-safety-critical applications and allows the system to insert modifications updating without affecting the safety capabilities of the safety- critical part. This platform is described providing evidences of the isolation beten safety-critical (SC) and non-safety-critical (NSC) applications, as ll as describing an updating methodology for non-safety-critical applications. This system is validated using a complete and reliable application for safe emergency stop applications for in- dustrial machinery.
['José Luis Gutiérrez Rivas', 'Simon Holmbacka', 'Miguel Míndez-Macías', 'Wictor Lund', 'Sebastien Lafond', 'Johan Lilius', 'Javier Díaz Alonso']
I am writing a research paper on a idea Safe Motor Controller in a Mixed-Critical Environment with Runtime Updating Capabilities
[{"from": "human", "value": "I am writing a research paper on a idea Safe Motor Controller in a Mixed-Critical Environment with Runtime Updating Capabilities"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Safety-critical systems and certification standards are the bare essential elements for the development process of avionics, automotive and industrial embedded systems. The necessity of including non-safety capabilities to reduce the price of these systems has resulted in a new type of critical systems, the mixed-criticality ones. These systems should be able to execute safety-critical applications but, at the same time, to run non-safety-critical functionalities without affecting the integrity of the safety- critical tasks.  presents a new system architecture which includes safety- critical and non-safety-critical parts in order to form a mixed-criticality system. The system consists of a reliable platform with a dual-core processor (implemented using a FPGA) architecture designed as open-hardware, running two isolated real-time oper- ating systems which are connected through a safe core-to-core communication channel that executes the safety-critical applications. Moreover, the safety-critical system is connected to an external processor, an ARM9, which is used as an external sensing system. The ARM9 runs the non-safety-critical applications and allows the system to insert modifications updating without affecting the safety capabilities of the safety- critical part. This platform is described providing evidences of the isolation beten safety-critical (SC) and non-safety-critical (NSC) applications, as ll as describing an updating methodology for non-safety-critical applications. This system is validated using a complete and reliable application for safe emergency stop applications for in- dustrial machinery."}]