Networking course with socket programming concepts in depth with TCP/UDP/HTTP Socket Programming for beginners to expert
InstructorAbhishek CSEPracticals
Free
FreeEditorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
This screenshot displays the detailed syllabus for a network programming course, highlighting key topics such as the OSI model, multi-node virtual machine setups, and IP address configuration.
This lecture slide illustrates the OSI model by mapping data delivery across the Application, Transport, Network, and Data Link layers between two network endpoints.
This lecture slide illustrates a multi-node setup for L3 routing configuration, displaying a network topology with routers, subnets, and specific IP addresses.
This lecture slide illustrates Layer 3 routing concepts by presenting a detailed network topology of virtual machines and their corresponding routing table configurations.
The curriculum explores the logic behind Layer 3 routing tables, including prefix masks and the Shortest Path First algorithm.
Instruction covers technical system calls like Accept and Select for designing Linux TCP/UDP servers.
One sampled review suggests that learners have reported issues with the Cisco Modeling Labs setup, specifically regarding expired VPN certificates that hinder configuration. Note that while the course was updated in late 2024, this signal predates that update and the update label does not prove a correction.
Learners have reported issues with the Cisco Modeling Labs setup, specifically regarding expired VPN certificates that hinder configuration. Note that while the course was updated in late 2024, this signal predates that update and the update label does not prove a correction.
The curriculum aligns with the target of C-based networking, though specific prerequisites like Linux and C knowledge are essential.