What you'll learn
- Define exactly what Routing of IPv4 packets means
- Define methods for finding the "best path" or "shortest path" through the Internet
- Introduce routing concepts with the original RIP protocol
- Examine Open Shortest Path First (OSPF) operation
- Examine Border Gateway Protocol (BGP) operation
- Look at how to troubleshoot routing in IPv4 networks
Requirements
- None.
Description
Computers and devices attached to the Internet send Internet Protocol (IP) packets to each other when communicating. But how do these packets find their way across the myriad of possible paths, wires, fibers, and radio channels to successfully arrive at their intended destination?
This course focuses on the functions that Routers perform in an Internet, and the protocols they use, such as RIP, OSPF and BGP, in the control plane to make Shortest Path First decisions and deliver packets to their intended destinations as quickly and efficiently as possible. Understanding this process is critical in understanding how the Internet actually works.
Who this course is for:
- Anyone interested in understanding how to routing works in todays TCP/IP Internet communications networks.
Instructor
- 4.5 Instructor Rating
- 564 Reviews
- 5,825 Students
- 7 Courses
Mr. Walding enjoys more than thirty years of hands-on/front-line experience in the communications industry. His experience spans access engineering, transmission systems, network management, network implementation scenarios, network and field operations, sales, and engineering support. In all of his varied roles, he has maintained a focus on emerging technologies: how new technologies are implemented (in terms of both products and services), as well as how emerging technologies offer national and international business opportunities. Mr. Walding is a CPI (CBRS Certified Professional Installer).
Following this comprehensive history of hands-on technical and business experiences, Mr. Walding founded CellStream,Inc., a telecommunications consulting firm based in the Dallas/Ft. Worth, TX metroplex. He also became a member and author of the Technical Faculty of Telecommunications ResearchAssociates (TRA) and then founded the Online School of Network Sciences, and has since trained thousands of fellow telecommunications professionals in existing and emerging technologies.
KEY HIGHLIGHTS
Has over 30 years experience in data and telecommunications engineering, network implementation and management, and product development of packet ATM/Frame Relay/Ethernet switching, access products, transmission systems and network management products.
Faculty Member and author, educating telecommunications professionals in emerging packet/cell-based protocols and technologies.
Online web application design and implementation using Joomla and Moodle
Has authored many hands-on instructor led courses on a variety of subjects including MPLS, MPLS L3 and L2 VPN's, and IP over Optical Networks, Ethernet, IPv4, IPv6, Wireshark, VoIP, Wireless, WLAN/Wi-Fi, CBRS, Network Security and many more.
Led an engineering team through development and customer acceptance of one of the first production ISDN capable CDMA wireless local loop systems, based in Europe as an expatriate.
Led engineering efforts for an international FITL system utilizing V5.1/V5.2 digital concentration techniques.
A team leader for engineering design of a very large SONET/SDH broadband cross-connect system utilizing latest ASIC and optical technologies.
Has developed courses for the first VSAT satellite systems deployed in North America and instructed field operations staff for a nationwide service group.
Has five issued patents and one pending in telecommunications architectures and methodologies.
Directed all Field Service, Customer Service, and Network Operations activities for the North American Western Region of a major news and information provider.
Developed and implemented industry leading packet technologies, strategies and other technical implementations for private CATV Broadband network in downtown San Francisco.