NetBSD can run on Google Compute Engine virtual machines. To set this up, one must install the Google Cloud SDK and create a NetBSD disk image with the vioscsi driver. This disk image is uploaded to Google Cloud Storage and used to create a virtual machine instance on Google Compute Engine. When the instance boots, the boot messages can be viewed which show the virtual devices like virtio SCSI and network being initialized and the root file system mounting from the persistent disk.
NetBSD can run on Google Compute Engine virtual machines. To set this up, one must install the Google Cloud SDK and create a NetBSD disk image with the vioscsi driver. This disk image is uploaded to Google Cloud Storage and used to create a virtual machine instance on Google Compute Engine. When the instance boots, the boot messages can be viewed which show the virtual devices like virtio SCSI and network being initialized and the root file system mounting from the persistent disk.
OpenBSD/sgi SMP implementation for Origin 350Takuya ASADA
This document summarizes the implementation of symmetric multiprocessing (SMP) on the Origin 350 system. It discusses using the Origin 350 similar to the SGI Onyx 350 for high-performance computing applications. It also includes figures illustrating the node and processor addressing schemes in an SMP system.
SMP Implementation for OpenBSD/sgi [Japanese Edition]Takuya ASADA
This document discusses SMP (symmetric multiprocessing) implementation for OpenBSD on SGI Octane systems. It covers setting up SMP on MIPS-based SGI Octane servers with 2 CPUs, including implementing per-processor data structures and synchronization techniques like mutexes and TLB shootdown using IPIs (inter-processor interrupts). It also demonstrates running OpenBSD/sgi in SMP mode and benchmarks showing a 44% speedup from utilizing both CPUs.
OpenBSD/sgi SMP implementation for Origin 350Takuya ASADA
This document summarizes the implementation of symmetric multiprocessing (SMP) on the Origin 350 system. It discusses using the Origin 350 similar to the SGI Onyx 350 for high-performance computing applications. It also includes figures illustrating the node and processor addressing schemes in an SMP system.
SMP Implementation for OpenBSD/sgi [Japanese Edition]Takuya ASADA
This document discusses SMP (symmetric multiprocessing) implementation for OpenBSD on SGI Octane systems. It covers setting up SMP on MIPS-based SGI Octane servers with 2 CPUs, including implementing per-processor data structures and synchronization techniques like mutexes and TLB shootdown using IPIs (inter-processor interrupts). It also demonstrates running OpenBSD/sgi in SMP mode and benchmarks showing a 44% speedup from utilizing both CPUs.