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...tion (run). So, 1) How do I do the anova based on the setup above? and 2) More importantly, because of convergence issues for my simulations, I will likely have an unequal number of observations for the 48 runs. How can I do this? Seems like a straightforward enough situation. I am trying to avaoid writing my own C code to do the analysis since I am working under some pretty tight time constraints. ANy help would be appreciated. Thanks very much. Dean Vrecko

Hi All, We are using Xen to help keep certain services separate on the LAN but also to create multiple virtual machines for safe and easy software development across multiple platforms (all Linux based). Am looking for some advice/tips/how-tos/whatever to help in a p2v migration I am about to undertake. We have a machine in place that I would like to migrate, however am unsure as to what the

Now that we have SCTP offload capabilities in the kernel, we can add them to virtio as well. First step is SCTP checksum. We need a new freature in virtio to negotiate this support since SCTP is excluded with the stardard checksum and requires a little bit extra. This series proposes VIRTIO_NET_F_SCTP_CSUM feature bit. As the "little bit extra", the kernel uses a new bit in the skb

Now that we have SCTP offload capabilities in the kernel, we can add them to virtio as well. First step is SCTP checksum. We need a new freature in virtio to negotiate this support since SCTP is excluded with the stardard checksum and requires a little bit extra. This series proposes VIRTIO_NET_F_SCTP_CSUM feature bit. As the "little bit extra", the kernel uses a new bit in the skb

Now that we have SCTP offload capabilities in the kernel, we can add them to virtio as well. First step is SCTP checksum. We need a new freature in virtio to negotiate this support since SCTP is excluded with the stardard checksum and requires a little bit extra. This series proposes VIRTIO_NET_F_SCTP_CSUM feature bit. As the "little bit extra", the kernel uses a new bit in the skb