Strategic Objectives
• Master the mathematical foundations of bounded latency and guaranteed delivery.
• Implement IEEE 802.1 Time-Sensitive Networking (TSN) standards in real-world environments.
• Design hardware-based scheduling systems that eliminate microsecond-level variability.
• Bridge the gap between Information Technology (IT) and Operational Technology (OT) seamlessly.
The Core Challenge
Traditional Ethernet was built for best-effort delivery, leaving industrial systems vulnerable to jitter, packet loss, and unpredictable delays that can cause catastrophic mechanical failure.
01
The Dawn of Determinism
02
Foundations of Real-Time Systems
03
The Evolution of Industrial Ethernet
04
TSN Standards Overview
05
Precision Clock Synchronization
06
Traffic Shaping and Scheduling
07
The Logic of Time-Aware Shapers
08
Zero Congestion Loss
09
Hardware-Based Packet Filtering
10
Redundancy and High Availability
11
Queuing Theory for Industry
12
The Fieldbus Legacy
13
Cyber-Physical System Integration
14
ASIC and FPGA Implementation
15
Network Configuration and Management
16
Security in Deterministic Networks
17
Low Latency Wireless
18
Edge Computing and Network Proximity
19
Case Studies in Smart Manufacturing
20
Testing and Validation
21