Deleon Karen

Deleon Karen

Jun 2

Part 3: The Core of Memory Management: Allocation and Residency

#architecture #computerscience #microsoft #systems

4 min read

Deleon Karen

Jun 2

Part 2: Driver Entry and Device Initialization

#architecture #microsoft #systems #tutorial

4 min read

Deleon Karen

Jun 2

Part 1: Modern WDDM Architecture Protocol

#architecture #microsoft #performance #systems

3 min read

Deleon Karen

Jun 2

Part 4: Driver Implementation — How Developers Adapt to GPU-P

#architecture #microsoft #systems #tutorial

4 min read

Deleon Karen

Jun 2

Part 3: The Foundation — IOMMU and Security Isolation

#architecture #security #systems #tutorial

4 min read

Deleon Karen

Jun 2

Part 2: Architecture — The "Duet" of Host and Virtual Machine

#architecture #infrastructure #microsoft #systems

3 min read

Deleon Karen

Jun 2

Part 1: Concepts — Ushering in the "Golden Age" of GPU Virtualization

#cloudcomputing #infrastructure #performance #systems

3 min read

Deleon Karen

Jun 2

Part 13: Epilogue — The Architectural Evolution from i915 to the Xe Driver

#architecture #linux #opensource #tutorial

4 min read

Deleon Karen

Jun 2

Part 12: The Undying Body: GPU Hang Detection and Reset

#architecture #linux #monitoring #systems

4 min read

Deleon Karen

Jun 2

Part 11: Extreme Power Control: RPM, RC6, and RPS

#architecture #linux #performance #systems

4 min read

Deleon Karen

Jun 2

Part 10: Deep Dive into Atomic Modesetting

#architecture #linux #systems #tutorial

4 min read

Deleon Karen

Jun 2

Part 9: Mapping the KMS Model onto Intel Hardware

#architecture #linux #systems #tutorial

3 min read

Deleon Karen

Jun 2

Part 8: Synchronization Mechanisms: Requests and dma_fence

#architecture #linux #systems #tutorial

3 min read

Deleon Karen

Jun 2

Part 7: The Evolution of Command Submission: From Ringbuffer to GuC

#architecture #linux #systems #tutorial

4 min read

Deleon Karen

Jun 2

Part 6: Hardware Engines & Contexts

#linux #graphics

3 min read

Deleon Karen

Jun 2

Part 5: GPU Address Spaces: GTT and PPGTT

#architecture #linux #systems #tutorial

4 min read

Deleon Karen

Jun 2

Part 4: Breaking Boundaries: TTM and Discrete GPU Memory Management

#linux #graphics

3 min read

Deleon Karen

Jun 2

Part 3: GEM Mechanism and Object Lifecycle

#linux #graphics

5 min read

Deleon Karen

Jun 2

Part 2: Lighting Up the GPU

#c #linux #systems #tutorial

3 min read

Deleon Karen

Jun 2

The i915 Kernel Driver (Part 1): The Linux Graphics Stack Panorama and i915 Overview

#architecture #linux #systems

4 min read

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Part 3: The Core of Memory Management: Allocation and Residency

Part 2: Driver Entry and Device Initialization

Part 1: Modern WDDM Architecture Protocol

Part 4: Driver Implementation — How Developers Adapt to GPU-P

Part 3: The Foundation — IOMMU and Security Isolation

Part 2: Architecture — The "Duet" of Host and Virtual Machine

Part 1: Concepts — Ushering in the "Golden Age" of GPU Virtualization

Part 13: Epilogue — The Architectural Evolution from i915 to the Xe Driver

Part 12: The Undying Body: GPU Hang Detection and Reset

Part 11: Extreme Power Control: RPM, RC6, and RPS

Part 10: Deep Dive into Atomic Modesetting

Part 9: Mapping the KMS Model onto Intel Hardware

Part 8: Synchronization Mechanisms: Requests and dma_fence

Part 7: The Evolution of Command Submission: From Ringbuffer to GuC

Part 6: Hardware Engines & Contexts

Part 5: GPU Address Spaces: GTT and PPGTT

Part 4: Breaking Boundaries: TTM and Discrete GPU Memory Management

Part 3: GEM Mechanism and Object Lifecycle

Part 2: Lighting Up the GPU

The i915 Kernel Driver (Part 1): The Linux Graphics Stack Panorama and i915 Overview