Exit Slip - Bus Topology

What is bus topology in computer networking?

• Bus topology is a type of network setup where all devices are connected to a circular cable.

• Bus topology is a type of network setup where all devices are connected to multiple cables.

• Bus topology is a type of network setup where all devices are connected to a single central device.

• Bus topology is a type of network setup where all devices are connected to a single cable, known as the bus, and data is transmitted in both directions.

What are the advantages of bus topology?

• Unreliable, difficult to troubleshoot, not scalable

• Limited bandwidth, high maintenance, slow data transfer

• Advantages of bus topology include simplicity, cost-effectiveness, and ease of adding or removing devices.

• Complexity, expensive, difficult to add or remove devices

What are the disadvantages of bus topology?

• The disadvantages of bus topology include limited cable length, potential for network congestion, and single point of failure.

• Multiple points of failure

• Unlimited cable length

• No potential for network congestion

Explain the concept of terminators in bus topology.

• Terminators in bus topology are used to amplify the signal and improve signal transmission.

• In bus topology, terminators are not necessary and can be omitted for better signal transmission.

• Terminators in bus topology are used to increase signal reflection and disrupt proper signal transmission.

• In bus topology, terminators are used to prevent signal reflection and ensure proper signal transmission by terminating both ends of the bus with a resistor.

What is the maximum length of the cable that can be used in bus topology?

• 100 meters

• 1000 meters

• 50 meters

• 500 meters

What is the role of a bus master in bus topology?

• The bus master in bus topology is in charge of providing power to all the devices connected to the bus

• The bus master in bus topology is responsible for controlling access to the shared communication channel and managing the flow of data between devices.

• The bus master in bus topology is responsible for maintaining the physical structure of the bus

• The bus master in bus topology is in charge of driving the bus to its destination

How does bus topology handle network traffic?

• Bus topology handles network traffic by prioritizing data transmission to the most important devices

• Bus topology handles network traffic by only allowing one device to transmit data at a time

• Bus topology handles network traffic by allowing all devices to share the same communication line, with data being transmitted to all devices and only the intended recipient accepting the data.

• Bus topology handles network traffic by creating separate communication lines for each device

What are the different types of bus topology?

• The different types of bus topology are linear bus, distributed bus, and centralized bus.

• Circular bus, star bus, mesh bus

• Ring bus, tree bus, hierarchical bus

• Parallel bus, spiral bus, grid bus

Explain the process of data transmission in bus topology.

• In bus topology, data transmission occurs through a single shared communication line. When a device wants to transmit data, it sends the data onto the bus, and all other devices on the network receive the data. The devices then determine if the data is intended for them based on the address information in the data packet.

• Data transmission in bus topology is controlled by a central server.

• In bus topology, data transmission occurs through multiple dedicated communication lines.

• Devices in bus topology do not receive the data transmitted by other devices.

What are the common applications of bus topology?

• Las aplicaciones comunes de la topología de bus incluyen redes de área local (LAN) y sistemas de control industrial.

• Redes de área amplia (WAN) y sistemas de entretenimiento en el hogar

• Aplicaciones móviles y sistemas de almacenamiento en la nube

• Redes de área local inalámbricas (WLAN) y sistemas de realidad virtual