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Operating Systems
Solaris
Ldom OS on SAN based zfs volume
Post 302335406 by fugitive on Sunday 19th of July 2009 03:48:47 AM
07-19-2009
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Dear Srs,
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6. Solaris
I have viewed a few previous posts regarding this, but none of them quite described or worked with my issue.
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Apologies if this is the wrong forum..
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Hi all,
I'm using Solaris 11.3.
HBA port connected to SAN disk 3T.
AVAILABLE DISK SELECTIONS:
0. c0t600A0B800033696A0000214B571938F1d0 <SUN-CSM200_R-0760 cyl 44556 alt 2 hd 255 sec 189>
/scsi_vhci/ssd@g600a0b800033696a0000214b571938f1
1. c2t3C58620E0C565100d0... (1 Reply)
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Generally, this is what we do:-
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LEARN ABOUT MOJAVE
mpscnnmultiplygradient
MPSCNNMultiplyGradient(3) MetalPerformanceShaders.framework MPSCNNMultiplyGradient(3) NAME
MPSCNNMultiplyGradient SYNOPSIS
#import <MPSCNNMath.h> Inherits MPSCNNArithmeticGradient. Instance Methods (nonnull instancetype) - initWithDevice: Additional Inherited Members Detailed Description This depends on Metal.framework. Specifies the multiplication gradient operator. This arithmetic gradient filter requires the following inputs: gradient image from the previous layer (going backwards) and either the primary or the secondary source image from the forward pass. You will need a separate filter for the primary and secondary source images. Without broadcasting, the arithmetic multiply gradient operation is an element-wise multiplication operation between the gradient image from the previous layer (going backwards) and: o The secondary source image from the forward pass for the primary source filter (for x * y, d/dx(x * y) = y). o The primary source image from the forward pass for the secondary source filter (for x * y, d/dy(x * y) = x). Setting the broadcasting parameters results in a reduction operation (sum) across all of the applicable broadcasting dimensions (rows, columns, feature channels, or any combination thereof) to produce the destination image of the size that matches the primary/secondary input images used in the forward pass. Method Documentation - (nonnull instancetype) initWithDevice: (nonnull id< MTLDevice >) device Initialize the multiplication gradient operator. Parameters: device The device the filter will run on. Returns: A valid MPSCNNMultiplyGradient object or nil, if failure. Reimplemented from MPSCNNArithmeticGradient. Author Generated automatically by Doxygen for MetalPerformanceShaders.framework from the source code. Version MetalPerformanceShaders-100 Thu Feb 8 2018 MPSCNNMultiplyGradient(3)