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Description
Course Description
Computer networks are complicated for anybody, but they can be especially confusing for people who aren't necessarily tech-inclined. If you're a non-techie, though, you can still learn how networks work, you just need the right instruction! This course has that instruction that will get you up to speed on networking essentials and set you apart from your peers.- Access 104 lectures & 7 hours of content 24/7
- Understand the benefits of computer networks & how they work
- Learn network topologies, devices & cabling
- Explore the OSI & TCP/IP models
- Discuss IP addressing & subnetting
- Dive into the network planning & design process
Instructor
Alton Hardin is an educator, poker coach, self-published & best-selling author, and full-time IT and Business professional. Alton is the founder of MicroGrinder Poker School and the best-selling author of Essential Poker Math for No Limit Holdem; moreover, he is the creator of numerous online poker courses. Alton has been playing poker for over a decade both live and online. He helped pay his way through college playing live low stakes games in the early 2000's. Today, Alton enjoys playing the micro stakes for enjoyment and a teaching instrument, where he has racked up over $1,000 in earnings playing mainly 5nl & 10nl.Outside of poker, Alton is a full-time business and IT professional, where he works in the field of cyber security. He has earned two graduate degrees, an M.B.A. and M.S. in IT Network Management; moreover, he currently holds multiple IT industry certifications.
Alton also has a fond love for teaching. As an undergraduate he group tutored chemistry students and as a graduate student he taught a GMAT prep course. Upon graduating from his MBA program, he began teaching as an adjunct professional for the School of Business & Public Administration at his local state university in the field of Information Systems and IT Management.
Important Details
- Length of time users can access this course: lifetime
- Access options: web streaming, mobile streaming
- Certification of completion not included
- Redemption deadline: redeem your code within 30 days of purchase
- Experience level required: all levels
Requirements
- Internet required
Terms
- Instant digital redemption
Course Outline
- Section 1: Course Introduction
- Course Introduction and Overview (3:22)
- What This Course Is & What It Isn't
- Instructor Introduction (1:20)
- Section 2: Overview and Benefits of Computer Networks
- What Is a Computer Network? (4:58)
- Some Basic Computer Networking Rules (3:28)
- Why Build a Computer Network? (3:57)
- How Computer Networks Impact Our Daily Lives (5:24)
- Benefits of Computer Networks (3:39)
- Section 3: How Computer Networks Work
- Introduction to Computer Networking Protocols (4:22)
- Introduction to the OSI Model (10:39)
- Introduction to the TCP/IP Model (4:47)
- Introduction to MAC Addresses (9:01)
- Introduction to IP Addresses (6:47)
- IP versus MAC Addresses (3:37)
- Section 4: Network Topologies
- LANs and WANs (8:20)
- Peer-to-Peer Network Architecture (10:09)
- Client-Server Network Architecture (6:23)
- Common Networking Components (7:59)
- Introduction to Physical Network Topologies (3:01)
- Common Physical Network Topologies (14:28)
- Physical Network Topology Selection Criteria (6:02)
- Network Design Scenarios Introduction (0:48)
- Class Follow-Along Exercise: Network Design Scenario #1 (6:49)
- Class Follow-Along Exercise: Network Design Scenario #2 (2:28)
- Class Follow-Along Exercise: Network Design Scenario #3 (5:11)
- Section 5: Networking Devices
- Section Introduction
- Network Interface Cards (2:08)
- Hubs (3:23)
- Switches (5:06)
- Hubs versus Switches (2:28)
- How a Switch Learns MAC Addresses (5:51)
- Wireless Access Points (2:15)
- Routers (3:27)
- Introduction to the Packet Routing Process (5:47)
- Firewalls (2:36)
- DHCP Servers (2:27)
- All-in-One SOHO Devices (2:19)
- Section 6: Network Cabling
- Section Introduction
- Importance of Network Cabling (1:36)
- Types of Network Cabling (2:07)
- Twisted Pair Copper Network Cabling (7:14)
- Fiber Optic Network Cabling (7:53)
- Twisted Pair Copper Wiring Standards (5:31)
- Networking Cable Selection Criteria (3:40)
- Straight Through versus Cross Over Network Cables (6:19)
- Section 7: The OSI Model
- OSI Model Overview (4:24)
- OSI Layer 7 - The Application Layer (2:50)
- OSI Layer 6 - The Presentation Layer (2:10)
- OSI Layer 5 - The Session Layer (1:29)
- OSI Layer 4 - The Transport Layer (2:47)
- OSI Layer 3 - The Network Layer (2:37)
- OSI Layer 2 - The Data Link Layer (2:14)
- OSI Layer 1 - The Physical Layer (1:12)
- OSI Model Data Encapsulation and Decapsulation (5:10)
- Section 8: Planning a Network
- Why we Plan (5:08)
- The Overall Process (3:05)
- Understanding the Business (3:11)
- Establishing a Business Need (4:04)
- Defining Specific Areas of Improvement (3:07)
- Buy-in and Resources (1:34)
- Hidden Costs (4:15)
- Other Considerations (3:38)
- Planning Questions (2:53)
- Next Steps (2:07)
- Section 9: Introduction to TCP/IP
- What is TCP/IP? (1:06)
- TCP/IP Protocols (0:45)
- Section 10: TCP/IP Network Layer Protocols
- TCP/IP Network Layer Protocols (0:30)
- Address Resolution Protocol (ARP) (4:32)
- Internet Protocol Version 4 (IPv4) (3:47)
- Internet Protocol Version 6 (IPv6) (2:10)
- Internet Control Message Protocol (ICMP) (5:31)
- Section 11: TCP/IP Transport Layer Protocols
- TCP/IP Transport Layer Protocols (0:41)
- Transmission Control Protocol (TCP) (3:33)
- User Datagram Protocol (UDP) (3:37)
- TCP versus UDP (2:43)
- Section 12: Common TCP/IP Application Layer Protocols
- Common TCP/IP Application Layer Protocols (0:58)
- Management Protocols (4:16)
- Remote Communication Protocols (2:43)
- File Transfer Application Protocols (5:10)
- Mail Application Protocols (4:10)
- Browser Application Protocols (4:44)
- Voice over IP (VoIP) Protocols (3:58)
- Section 13: Computer Networking Ports
- Introduction to Computer Networking Ports (9:16)
- Section 14: IP Addressing
- Section Introduction (3:51)
- IP Addressing Components and Classful IPv4 Addressing System (8:11)
- Identifying the Network You're On (2:07)
- IPv4 Private Addresses (3:35)
- Section 15: Introduction to Subnetting
- Introduction to Subnetting (7:18)
- Section 16: Designing a Network
- Designing a Network (2:32)
- Step 1: Identify the Uses of the Network (2:40)
- Step 2: List Which Tasks Execute on Which Computers (2:25)
- Step 3: Select the Type of Network: Centralized or Not? (3:38)
- Step 4: Select the Proper Equipment (10:16)
- Step 5: Draw the Network (2:49)
- Step 6 & 7: Write the Specifications & Build It! (5:23)
- Section 17: Follow-Along Case Study Network Design Scenarios
- Section Introduction (1:05)
- Case Study Analysis Instructions
- Case Study #1: H&M Law Firm Case Study Downloadable Files
- Case Study #1: H&M Law Firm Walk-Through (6:11)
- Case Study #1: H&M Law Firm Network Design Proposal Analysis (8:38)
- Section 18: Congratulations!
- Congratulations!
access
lifetime
content
7 Hours
enrolled
346
