Question 1

Long preamble used in Berkeley MAC (B-MAC) has long preamble consist of

Accepted Answer

A) application data 
B) other payloads 
C) has fixed length and may carry sender, receiver, and packet size information 
D) has variable length and may carry sender, receiver, and packet size information 
A) application data 
B) other payloads 
C) has fixed length and may carry sender, receiver, and packet size information 
D) has variable length and may carry sender, receiver, and packet size information

Question 2

Select correct statement for naming

Accepted Answer

A) name reveal a about the position of the node and its role. 
B) name reveal about the position of the node, but not about the role. 
C) name does not reveal anything about the position of the node.reveal something about the role. 
D) name does not reveal anything about the position of the node as well as its role. 
A) name reveal a about the position of the node and its role. 
B) name reveal about the position of the node, but not about the role. 
C) name does not reveal anything about the position of the node.reveal something about the role. 
D) name does not reveal anything about the position of the node as well as its role.

Question 3

Backward Error Control -

Accepted Answer

A) should not try to prevent errors but only discover errors. 
B) should try to prevent errors 
C) should try to prevent errors and avoid discovery of errors 
D) none of the above 
A) should not try to prevent errors but only discover errors. 
B) should try to prevent errors 
C) should try to prevent errors and avoid discovery of errors 
D) none of the above

Question 4

The MAC protocol,

Accepted Answer

A) guarantee that the transmission will be successful 
B) does not guarantee that the transmission will be successful 
C) guarantee that the retransmission will be successful 
D) none of above 
A) guarantee that the transmission will be successful 
B) does not guarantee that the transmission will be successful 
C) guarantee that the retransmission will be successful 
D) none of above

Question 5

Distributed Topology Control

Accepted Answer

A) is very simple to perform 
B) requires less time to stabilize 
C) more flexible, situation-aware 
D) less precise than centralized control. 
A) is very simple to perform 
B) requires less time to stabilize 
C) more flexible, situation-aware 
D) less precise than centralized control.

Long preamble used in Berkeley MAC (B-MAC) has long preamble consist of

Select correct statement for naming

Backward Error Control -

The MAC protocol,

Distributed Topology Control

Exploring the Challenges and Applications of Sensor Networks

Wireless Networking and Sensor Networks

Wireless Sensor Network Applications and Challenges

Exploring Different Aspects of Wireless Sensor Networks

Topics on Wireless Sensor Networks and Network Access Protocols

Multiple Access Techniques and Wireless Network Management

Wireless Networking and Radio Communication

Understanding Energy Optimization and Latency in Sensor Networks

Wireless Networking and Standards

Mac and PHY Standards and Zigbee Technology

Wireless Networking Technology and Protocols

Wireless Communication Technologies and Standards

Network Size, Tracking Capabilities, and Routing Protocols

Routing and Localization in Sensor Networks

Localization and Tracking Methods in Wireless Sensor Networks

Range-Free Localization Techniques and Node Network Terminology

Filters

Exam 9: Wireless Mac Protocols and Network Topology Control

Long preamble used in Berkeley MAC (B-MAC) has long preamble consist of

Select correct statement for naming

Backward Error Control -

The MAC protocol,

Distributed Topology Control

Exploring the Challenges and Applications of Sensor Networks

Wireless Networking and Sensor Networks

Wireless Sensor Network Applications and Challenges

Exploring Different Aspects of Wireless Sensor Networks

Topics on Wireless Sensor Networks and Network Access Protocols

Multiple Access Techniques and Wireless Network Management

Wireless Networking and Radio Communication

Understanding Energy Optimization and Latency in Sensor Networks

Wireless Networking and Standards

Mac and PHY Standards and Zigbee Technology

Wireless Networking Technology and Protocols

Wireless Communication Technologies and Standards

Network Size, Tracking Capabilities, and Routing Protocols

Routing and Localization in Sensor Networks

Localization and Tracking Methods in Wireless Sensor Networks

Range-Free Localization Techniques and Node Network Terminology

Filters