Robotic Communication

THSP725: Robotic Communication. This course provides students with a foundational understanding of communication within robotic systems, focusing on the key concepts that underpin networked environments in industrial and research settings.

Local Area Networks. Students are introduced to the fundamentals of Local Area Networks (LANs), exploring their importance in enabling robots and related devices to communicate efficiently within a shared environment. The curriculum emphasizes core LAN concepts, including the design and operation of networked robotic systems.

Protocols and Topology. The course covers essential networking protocols, explaining how standardized rules and procedures facilitate reliable data exchange between devices. Additionally, students learn about network topology, gaining insight into various ways that network components can be arranged and connected to optimize communication.

Transmission Media. An overview of transmission media is provided, detailing the different physical means by which data is transmitted within networked robotic systems. This section lays the groundwork for understanding how information travels from one point to another in a robotic network.

Classifications of Communication Systems. Students examine the different classifications of communication systems, learning to distinguish among various types based on their structure and function within robotics applications.

Overview of the 7-Layer OSI Model. The course includes an introduction to the seven-layer OSI (Open Systems Interconnection) model. This foundational framework helps students understand how communication processes are organized and standardized across different network layers, enhancing their ability to analyze and troubleshoot robotic communication systems.