Build with Azure OpenAI, Copilot Studio & Agentic Frameworks — Microsoft Certified
AI Engineer - Learn how to integrate AI into software applications
Overview
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Explore an advanced approach to optimizing game logic performance in large-scale multiplayer titles using Unreal Engine. Learn how to increase data and instruction cache coherency and implement automatic parallelization to maximize thread occupancy. Dive into Entity Component System (ECS) concepts and discover Funcom's implementation of a scheduler that extends the taskgraph for efficient dispatching and batch processing of game logic on component sets. Gain insights into techniques such as tick task aggregation, property energization, and garbage collection optimization. Examine practical examples including healer components, damage alerts, and threat safety mechanisms. Understand the integration with Blueprints and replication systems. Ideal for engine and game programmers tackling performance bottlenecks in the game thread, especially for server-side and performance-limited platforms.
Syllabus
Introduction
Unreal Ticking
Framework
Components
Game Thread
TickTask Aggregation
Property Energization
Garbage Collection
FGL Component
Views
Tags
Processors
Thread Rights
Processing
Immediate Context
Deferred Context
Sample
Healer
Damage Alerts
Special Hashmap
Integration
FTL
Threat Safety
Waterfall Processing
Replication
Proxy Object
Blueprints
Our Experience
Benefits
Taught by
Unreal Engine