Communication Subsystem PowerPoint PDF

COMMUNICATION SUBSYSTEMS WHAT IS COMMUNICATION SUBSYSTEMS? The communication subsystem refers to the infrastructure and technological components that enable and facilitate communication between users over digital platforms. It includes both hardware and software elements responsible for tran...

COMMUNICATION SUBSYSTEMS WHAT IS COMMUNICATION SUBSYSTEMS? The communication subsystem refers to the infrastructure and technological components that enable and facilitate communication between users over digital platforms. It includes both hardware and software elements responsible for transmitting, processing, and delivering messages in various forms, such as text, audio, Communicatio n subsystem video, or multimedia. The communication subsystem in CMC typically includes the following components: 1. Network Infrastructure: This consists of the physical and virtual networks (e.g., the internet, Wi-Fi, data centers) that allow users to connect and exchange information. The communication subsystem in CMC typically includes the following components: 2. Servers and Databases: These are responsible for storing, processing, and retrieving data, such as messages, files, and user profiles. The communication subsystem in CMC typically includes the following components: 3. Communication Protocols: Protocols like HTTP, TCP/IP, and WebRTC ensure that data is transmitted efficiently and securely between users and systems. The communication subsystem in CMC typically includes the following components: 4. User Interfaces (UI): The software components (e.g., web browsers, chat applications) that users interact with to send and receive messages. The communication subsystem in CMC typically includes the following components: 5. Multimedia Processing Systems: These handle the encoding, decoding, and transmission of multimedia content such as video calls, voice messages, and images. The communication subsystem in CMC typically includes the following components: 6. Message Delivery Systems: These components ensure that messages are delivered to the intended recipient, often in real-time, as seen in chat platforms or delayed delivery in email systems.  The Importance of Communication Subsystem in CMC 1. Data Transmission: It ensures the smooth exchange of digital information between devices or users, such as text, images, audio, or video. 2. Protocol Management: The subsystem manages communication protocols (TCP/IP, HTTP, etc.) to maintain data integrity and consistency , enabling real-time or asynchronous interaction in CMC platforms, like emails, chat apps, and social media.  The Importance of Communication Subsystem in CMC 3. Reliability and Redundancy: A well- designed subsystem ensures reliable transmission with minimal errors, delays, or data loss, which is critical for effective communication in real-time applications like video conferencing or online gaming. 4. Security: in CMC, communication subsystems often incorporate security features like encryption and authentication to protect users data and ensure privacy. Conclusion Key Takeaways: The communication subsystem is essential for enabling efficient and secure computer-mediated communication. Its role extends beyond just data transmission; it ensures scalability, security, and reliability in modern digital communication.  Communication Subsystem provided everything already, from connections to security. Time ra jud iyang dili ma provide nga dili pajud mahatag sa imuha sa tao nga imuhang gusto. K, bye! THANK YOU, EVERYONE! - Ellamae