6LOWPAN Quiz

What is the purpose of border routing in 6LOWPAN?

• To block all external connections

• To increase the security of 6LOWPAN networks

• To connect 6LOWPAN networks to external IPv6 networks

• To connect 6LOWPAN networks to 3G networks

How does border routing help in communication between 6LOWPAN and external networks?

• Creating a physical barrier between the two networks

• Blocking all communication between the two networks

• Causing interference in the communication between the two networks

• Providing a bridge between the two networks

What is the role of ROLL in 6LOWPAN?

• Data encryption

• Routing protocol

• Network address translation

• Physical layer modulation

How does ROLL optimize routing in 6LOWPAN networks?

• By using efficient routing protocols such as RPL

• By manually configuring each node's routing table

• By using outdated routing algorithms

• By relying on unoptimized routing protocols

What is NEMO in the context of 6LOWPAN?

• National Emergency Management Office

• New Energy Management Organization

• Nonprofit Environmental Management Organization

• Network Mobility

How does NEMO support routing in Mobile Ad-hoc Networks (MANET) for 6LOWPAN?

• IPv6 over Low power Wireless Personal Area Networks (6LoWPAN)

• Bluetooth technology

• Network Mobility (NEMO)

• Satellite communication

What is the function of a Proxy Home Agent in 6LOWPAN?

• Provide mobility support for 6LOWPAN devices

• Manage power consumption for 6LOWPAN devices

• Provide encryption for 6LOWPAN devices

• Act as a firewall for 6LOWPAN devices

How does a Proxy Home Agent facilitate communication for 6LOWPAN devices?

• By encrypting all communication from the 6LOWPAN devices

• By blocking all communication from the 6LOWPAN devices

• By slowing down the communication between the 6LOWPAN devices and the home network

• By acting as an intermediary between the 6LOWPAN devices and the home network

Why is fragmentation and reassembly important in 6LOWPAN?

• To improve network scalability

• To increase network security

• To enable transmission of IPv6 packets over low-power and lossy networks

• To reduce network latency

How does fragmentation and reassembly help in transmitting data over 6LOWPAN networks?

• Fragmentation and reassembly cause data loss in 6LOWPAN networks

• Fragmentation and reassembly are not used in transmitting data over 6LOWPAN networks

• Fragmentation and reassembly increase the speed of data transmission in 6LOWPAN networks

• Fragmentation and reassembly help in transmitting data over 6LOWPAN networks by breaking large packets into smaller ones to fit the network's constraints and putting them back together at the destination.