VTK Cuda Memory Management Classes - Revision history

Bensch: /* Class Diagram */

2007-12-28T21:17:17Z

Class Diagram

Bensch: Delete of the page

2007-12-28T21:17:07Z

Delete of the page

Bensch: /* Objective */

2007-12-28T20:57:36Z

Objective

Bensch: /* Objective */

2007-12-28T20:55:09Z

Objective

Bensch: /* Cuda Memory Management Class Diagram */

2007-12-28T20:54:12Z

Cuda Memory Management Class Diagram

Bensch: /* Cuda Memory Management Class Diagram */

2007-12-28T20:45:20Z

Cuda Memory Management Class Diagram

Bensch: New page: = Cuda Memory Management Class Diagram = Image:vtkCudaMemoryManagementClasses.png

2007-12-28T20:44:48Z

New page: = Cuda Memory Management Class Diagram = Image:vtkCudaMemoryManagementClasses.png

New page

= Cuda Memory Management Class Diagram =
[[Image:vtkCudaMemoryManagementClasses.png]]

← Older revision		Revision as of 21:17, 28 December 2007
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−	~~= Class Diagram =~~	+
−	~~[[Image:vtkCudaMemoryManagementClassDiagram.png]]~~

← Older revision		Revision as of 21:17, 28 December 2007
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−	~~= Objective =~~
−	~~The Idea is to get a safe object oriented interface for the memory management of CUDA devices in VTK.~~
−
−	~~(Also take a look at [[VTK Cuda Wrapper Classes]] for more information on VTK CUDA wrappings.)~~
−
−	~~== Cuda Memory ==~~
−	~~Cuda memory comes in different:~~
−	*'''Host Memory''': Non-Paged Memory on the host side for fast interaction with the CUDA devices. see ''vtkCudaHostMemory.h''
−	*'''Linear Memory''': Linerely arranged memory on the CUDA device. see ''vtkCudaMemory.h''
−	*'''Pitch Memory''': 2D memory arrays that are aligned in the correct fashion for a fast interaction on the cuda devices. (Arranged over the memory banks for quick access). see ''vtkCudaMemoryPitch.h''
−	*'''Array Memory''': Arrays allocated over the CUDA API. see ''vtkCudaMemoryArray.h''
−	*'''Texture Memory''': Not discussed here. see [[VTK Cuda Wrapper Classes]]
−
	= Class Diagram =		= Class Diagram =
	[[Image:vtkCudaMemoryManagementClassDiagram.png]]		[[Image:vtkCudaMemoryManagementClassDiagram.png]]

@@ Line 2: / Line 2: @@
 The Idea is to get a safe object oriented interface for the memory management of CUDA devices in VTK.
-Also take a look at [[VTK Cuda Wrapper Classes]] for more information on VTK CUDA wrappings
+(Also take a look at [[VTK Cuda Wrapper Classes]] for more information on VTK CUDA wrappings.)
 == Cuda Memory ==
 Cuda memory comes in different:
-*'''Host Memory''': Non-Paged Memory on the host side for fast interaction with the CUDA devices. Defined in vtkCudaHostMemory.h
+*'''Host Memory''': Non-Paged Memory on the host side for fast interaction with the CUDA devices. see ''vtkCudaHostMemory.h''
-*'''Linear Memory''': Linerely arranged memory on the CUDA device. vtk
+*'''Linear Memory''': Linerely arranged memory on the CUDA device. see ''vtkCudaMemory.h''
-*'''Pitch Memory''': 2D memory arrays that are aligned in the correct fashion for a fast interaction on the cuda devices. (Arranged over the memory banks for quick access)
+*'''Pitch Memory''': 2D memory arrays that are aligned in the correct fashion for a fast interaction on the cuda devices. (Arranged over the memory banks for quick access). see ''vtkCudaMemoryPitch.h''
-*'''Array Memory''': Arrays allocated over the CUDA API.
+*'''Array Memory''': Arrays allocated over the CUDA API. see ''vtkCudaMemoryArray.h''
-*'''Texture Memory''': Not discussed here.
+*'''Texture Memory''': Not discussed here. see [[VTK Cuda Wrapper Classes]]
 = Class Diagram =
 [[Image:vtkCudaMemoryManagementClassDiagram.png]]

@@ Line 2: / Line 2: @@
 The Idea is to get a safe object oriented interface for the memory management of CUDA devices in VTK.
-Also take a look at [[Cuda
+Also take a look at [[VTK Cuda Wrapper Classes]] for more information on VTK CUDA wrappings
 == Cuda Memory ==
 Cuda memory comes in different:

← Older revision		Revision as of 20:54, 28 December 2007
Line 1:		Line 1:
−	= Cuda Memory ~~Management~~ Class Diagram =	+	= Objective =
		+	The Idea is to get a safe object oriented interface for the memory management of CUDA devices in VTK.
		+
		+	Also take a look at [[Cuda
		+	== Cuda Memory ==
		+	Cuda memory comes in different:
		+	*'''Host Memory''': Non-Paged Memory on the host side for fast interaction with the CUDA devices. Defined in vtkCudaHostMemory.h
		+	*'''Linear Memory''': Linerely arranged memory on the CUDA device. vtk
		+	*'''Pitch Memory''': 2D memory arrays that are aligned in the correct fashion for a fast interaction on the cuda devices. (Arranged over the memory banks for quick access)
		+	*'''Array Memory''': Arrays allocated over the CUDA API.
		+	*'''Texture Memory''': Not discussed here.
		+
		+	= Class Diagram =
	[[Image:vtkCudaMemoryManagementClassDiagram.png]]		[[Image:vtkCudaMemoryManagementClassDiagram.png]]

← Older revision		Revision as of 20:45, 28 December 2007
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	= Cuda Memory Management Class Diagram =		= Cuda Memory Management Class Diagram =
−	[[Image:~~vtkCudaMemoryManagementClasses~~.png]]	+	[[Image:vtkCudaMemoryManagementClassDiagram.png]]