Stanford Seminar - How to Meet Today's Performance, Security, and Affordability Desires

Explore a Stanford seminar that delves into the evolution of network technology and its impact on performance, security, and affordability. Learn about the industry's journey from a "Sorcerer's Apprentice" approach to a "Mad Scientist" orchestration, and discover key insights on working with technological waves and intellectual property ownership. Examine the 3GPP 4G architecture, nervous system/ganglion concepts in cellular networks, and innovative solutions for macro and small cell implementations. Investigate automated provisioning of femtocells, virtual PC integration, and impaired backhaul negotiation techniques. Dive into enterprise network management, immune system analogies in cybersecurity, and cutting-edge behavioral analysis architectures. Witness demonstrations of security implementations and explore the potential of combining ganglion and lymph node concepts in various scenarios, including cloud applications and vehicle-mounted base stations.

Introduction.
Started as Sorcerer's Apprentice Climbed Way Up to Mad Scientist Orchestration.
What I learned - Work the Waves.
And Own IP.
Industry as Sorcerer's Apprentice • Sorcerer's Apprentice Keeps Using Tech (Spells) to Solve Problem - Each Creates Another Problem.
How to Turn Industry Into Mad Scientist?.
Critical Now.
Patent Portfolio.
3GPP 4G Architecture.
Nervous System / Ganglions Cellco.
Macro Cell Demo.
Small Cell Demo.
Example Use Cases 1. Automate Provisioning of Femtocells & Virtual PC Directly - Before ONI Highly Manual.
Impaired Backhaul Negotiation Detail.
Impaired Backhaul Demo.
Nervous System/Ganglions Enterprise.
Immune System / Lymph Nodes.
Current Behavioral Analysis Architecture Example.
Simple Immune System Example.
Security Demo.
Innovative Behavioral Analysis in Orchestrator.
Typical Enterprise Implementation.
Cloud App Implementation concluded.
Vehicle Implementation.
Combining Ganglion & Lymph Nodes Opens New Opportunities Example: Vehicle Mounted Basestations.