Abstract:
Disclosed herein are a neural network generation method for neuromorphic computing and an apparatus for the same. The neural network generation method for neuromorphic computing includes selecting at least one part of a brain corresponding to a neural network function requested to be generated by an application, determining whether an existing neural network corresponding to the at least one part of the brain is present in a neural network database, when it is determined that no existing neural network is present in the neural network database, generating new neural network configuration information corresponding to the part of the brain based on a brain information database, generating a new neural network by mapping the new neural network configuration information to neuromorphic hardware based on the new neural network configuration information, and storing the new neural network in the neural network database.
Abstract:
Disclosed herein is an apparatus for providing a user interface used to input the configuration values of an aeronautical system. The apparatus includes a software architecture unit for receiving or checking the attributes of software applied to the aeronautical system, a hardware architecture unit for providing a hardware design model that is a base for the operation of the software, a scheduling unit for receiving information about the scheduling of partition information that belongs to the configuration values and transforming the scheduling information in a specific form, a memory unit for storing the attributes of the software, a health monitoring unit for configuring health monitoring based on the software architecture unit, and a connection unit for receiving connection information regarding that partitions are connected to which channel.
Abstract:
Disclosed herein is a monitoring method and apparatus for an ARINC 653-based operating system. In the monitoring method for an ARINC 653-based operating system according to the present invention, a client system transfers information about a breakpoint to a target system. The breakpoint information is set in the target system. A Micro Controller Unit (MCU) reads a Program Counter (PC). If the breakpoint information matches the PC, an interrupt is caused. A function contained in the breakpoint information matching the PC is executed.