10 Questions
What is the primary function of computer networking in today's digital world?
enabling access to information, collaboration, and connectivity across vast distances
When did the first packet-switching network, ARPANET, emerge?
late 1960s
What is the significance of ARPANET in the evolution of computer networking?
it was the first-ever packet-switching network and the forefather of the modern internet
What is the current milestone in the evolution of computer networking in terms of speed?
5G
What is the ultimate outcome of the evolution of computer networking?
enabling seamless sharing of resources, communication, and navigation of the internet
How did ARPANET, a groundbreaking invention, revolutionize the way people communicated and exchanged knowledge and information?
ARPANET transformed the way people communicated and exchanged knowledge and information by dividing data into packets for transmission, enabling research institutions to share information and paving the way for the interconnected world we live in today.
What was the significance of the Transmission Control Protocol/Internet Protocol (TCP/IP) in the development of the modern internet?
TCP/IP allowed different networks to connect and communicate, giving birth to the modern internet as we know it, and acted as the glue that held everything together, ensuring that digital bits and bytes reached their intended destinations.
What was the innovation introduced by Sir Tim Berners-Lee with the creation of the World Wide Web (WWW) in 1989?
Sir Tim Berners-Lee created a network of hypertext documents that could be accessed and navigated through a graphical user interface, opening the floodgates of online information and communication.
What was the impact of the development of Ethernet and Local Area Networks (LANs) on computer network communication?
Ethernet became the standard protocol for network communication, paving the way for the creation of LANs, which enabled computers to share resources and communicate within a limited area.
What are the key advancements in mobile networks from 1G to 5G, and what are the promises of 5G?
The key advancements in mobile networks include: 1G (launch of wireless communication), 2G (digital voice calls), 3G (internet access on mobile devices), 4G (faster data speeds), and 5G (promising ultra-low latency and enhanced connectivity for the Internet of Things and other emerging technologies).
Explore the history of computer networking from its inception in the 1960s to the latest advancements, including the impact of 5G on communication and connection. Learn about the key milestones and developments that have shaped the digital world. Discover the importance of computer networking in today's digital age.
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