IoE (Internet of Everything) Question Paper Solution (MCQs) for 2020 Mumbai University Examination Information Technology Semester 8
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This article is based on the Multiple Choice Questions asked in the University Exam for the subject Internet of Everything.
These MCQs were asked in the 2020 Mumbai University-BE-Information Technology-Semester 8 Exam for the subject- Internet of Everything. The question paper for each cluster is different. These MCQs were asked in the examination of one cluster. The question paper had 25 MCQs of 2 marks each.
a. Smart Tech
b. Micro Tech
c. RFID Tech
d. Nano Tech
Solution: d) Nano Tech
a. Radio frequency identification
b. Random frequency identification
c. Random frequency information
d. Radio frequency information
Solution: a) Radio frequency identification
a. Online railway ticket booking
b. Entering Metro rail stations
c. Internet access in Airplanes
d. Entering movie theaters using QR codes
Solution: b) Entering Metro rail stations
a. Passive and Active, Read Write memory
b. Semi Passive and Active, Read Write memory
c. Passive and Semi Active, Read Write memory
d. Active and Semi Active, Read Only memory
Solution: b) Semi Passive and Active, Read Write memory
a. To track the movement of people or cars
b. To prevent theft of retail items
c. For inventory tracking
d. To open secure doors
Solution: d) To open secure doors
a. RFID Tag collision
b. ID Volatile Read
c. RFID reader collision
d. RFID Tag collision
Solution: d) RFID Tag collision
a. Ultra-Low frequency
b. Ultra-High frequency
c. High frequency
d. Low frequency
Solution: a) Ultra-Low frequency
a. Super Active tags
b. Extra Active tags
c. Passive Tags
d. Active tags
Solution: d) Active tags
a. EEPROMs (Electronically Erasable Programmable Read Only Memory)
b. SRAM (Static Random-Access Memory)
c. CDROM (Compact Disk Read Only Memory)
d. RAM (Random Access Memory)
Solution: a) EEPROMs (Electronically Erasable Programmable Read Only Memory)
a. ISO 17363
b. ISO 18000-3
c. ISO 18000-1
d. ISO 18000-1
Solution: b) ISO 18000-3
a. It does not carry battery
b. It is very cheap
c. It carries batteries and tiny processors
d. It is not used in IoT
Solution: c) It carries batteries and tiny processors
a. Which of the following statements about radio frequency identification (RFID) is not true?
b. RFID systems transmit radio signals over long distances.
c. RFID systems provide a powerful technology for tracking the movement of goods throughout the supply chain.
d. RFID systems use tiny tags with embedded microchips containing data about an item and its location.
Solution: b) RFID systems transmit radio signals over long distances.
a. ucode
b. Bar code
c. Electronic Product Code
d. QR code
Solution: c) Electronic Product Code
a. 860-960 GHz
b. 200-700 MHz
c. 100-200 MHz
d. 860-960 MHz
Solution: d) 860-960 MHz
a. X,2
b. B,4
c. X,4
d. B,2
Solution: d) B,2
a. 4 msec
b. 2 msec
c. 4 sec
d. 2 sec
Solution:
b) 2 msec
Frame Transmission rate = Number of bits sent per second = 200 bits / 200 kbps = 1 ms
Vulnerable time = 2 * Frame Transmission rate = 2 * 1 = 2 msec
a. Ruby
b. Java
c. C++
d. Erlang
Solution: a) Ruby
a. Shuffle and Reduce
b. Shuffle and Sort
c. Shuffle and Map
d. Reduce and Sort
Solution: b) Shuffle and Sort
a. Apache Flume
b. Apache Ambari
c. Apache Zookeeper
d. Apache Pig
Solution: b) Apache Ambari
a. Scala
b. Ruby
c. Java
d. Python
Solution: c) Java
a. Spark Streaming
b. Spark Live
c. Spark SQL
d. RDDs
Solution: c) Spark SQL
a. Resource
b. Data Node
c. Name Node
d. Replication
Solution: a) Resource
a. Real-time Analysis tool
b. Workflow Analysis tool
c. Machine Learning Infrastructure
d. Configuration Management tools
Solution: d) Configuration Management tools
a. Tool Management
b. Network Management
c. Utility Management
d. Configuration Management
Solution: b) Network Management
a. KeyFieldBased
b. KeyBasedPartitioner
c. KeyFieldPartitioner
d. KeyFieldBasedPartitioner
Solution: d) KeyFieldBasedPartitioner
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