Question 1

A+B16:G26 sensor network is designed to perform a set of high level information processing tasks such as

Accepted Answer

A) detection 
B) tracking 
C) classification 
D) all of above 
A) detection 
B) tracking 
C) classification 
D) all of above

Question 2

A___________ sensing system is inherently more robust against individual sensor node or link failures, because of redundancy in the network

Accepted Answer

A) centralized 
B) decentralized 
C) ad-hoc 
D) multi hope 
A) centralized 
B) decentralized 
C) ad-hoc 
D) multi hope

Question 3

Standards-based systems provide the assurance that all equipment manufactured to the same standard will be __________.

Accepted Answer

A) portable 
B) scalable 
C) interoperable 
D) flexible 
A) portable 
B) scalable 
C) interoperable 
D) flexible

Question 4

A wireless network provides immediate connection anywhere in the wireless range of its __________.

Accepted Answer

A) bridges 
B) access points 
C) gateways 
D) routers 
A) bridges 
B) access points 
C) gateways 
D) routers

Question 5

The __________ of a network refers to the network's capability to change as needed to meet the expanding needs of an organization or home.

Accepted Answer

A) scalability 
B) interoperability 
C) portability 
D) flexibility 
A) scalability 
B) interoperability 
C) portability 
D) flexibility

A+B16:G26 sensor network is designed to perform a set of high level information processing tasks such as

A___________ sensing system is inherently more robust against individual sensor node or link failures, because of redundancy in the network

Standards-based systems provide the assurance that all equipment manufactured to the same standard will be __________.

A wireless network provides immediate connection anywhere in the wireless range of its __________.

The __________ of a network refers to the network's capability to change as needed to meet the expanding needs of an organization or home.

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 Mac Protocols and Network Topology Control

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 1: Exploring the Challenges and Applications of Sensor Networks

A+B16:G26 sensor network is designed to perform a set of high level information processing tasks such as

A___________ sensing system is inherently more robust against individual sensor node or link failures, because of redundancy in the network

Standards-based systems provide the assurance that all equipment manufactured to the same standard will be __________.

A wireless network provides immediate connection anywhere in the wireless range of its __________.

The __________ of a network refers to the network's capability to change as needed to meet the expanding needs of an organization or home.

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 Mac Protocols and Network Topology Control

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