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This set of Ubiquitous Computing System UCS Multiple Choice Questions & Answers (MCQs) focuses on Ubiquitous Computing System Set 9

Q1 | This is not included as a main 3 properties for UbiCom Systems were proposed by Weiser in 1991.
  • Computers need to be networked, distributed and transparently accessible
  • Computer Interaction with Humans needs to be more hidden
  • Computers need to be aware of environment context
  • Computers can operate autonomously, without human intervention, be self-governed
Q2 | This is not included as a properties of Ubiquitous Computing
  • Remote
  • Autonomous
  • Distributed
  • Intelligent
Q3 | In ubicomp system Model , Smart DEI where DEI stands for
  • Devices, Environment, Interfaces
  • Devices, Environment, Interactions
  • Distributed, Energy Saving, Intelligent
  • Digital, Environment, Intelligent
Q4 | Sub-Properties (sub-types of individual intelligence) of Individual Intelligence includes
  • Reactive, Reflex
  • Model-based,
  • Rule/Policy-based
  • All of above
Q5 | eHCI indicate
  • H2H
  • H2C
  • C2H
  • C2C
Q6 | Implicit (i)HCI indicates
  • H2H
  • H2C
  • C2H
  • C2C
Q7 | In Different Degrees of CPI complete physical interaction (no ICT mediation) specifies
  • P2P
  • C2P / CA(Physical Env. Context-aware)
  • P2C/AR/MR
  • C2C /VR
Q8 | 3 basic architectural design patterns for UbiCom includes smart
  • Devices, Environment, Interfaces
  • Devices, Environment, Interactions
  • Distributed, Energy Saving, Intelligent
  • Digital, Environment, Intelligent
Q9 | Smart means systems are active, digital, networked, autonomous, reconfigurable, local control of its own resources, is this statement is true or false?
  • TRUE
  • FALSE
Q10 | indicates Increasing capability to manufacture low power, micro, more complex devices.
  • Smart Devices
  • Smart Environments
  • Smart Interactions
Q11 | indicates Increasing capability to embed devices in the physical environment.
  • Smart Devices
  • Smart Environments
  • Smart Interactions
Q12 | indicates Increasing capability for more interoperable distributed mobile devices
  • Smart Devices
  • Smart Environments
  • Smart Interactions
Q13 | can be sprayed & embedded throughout the digital environment
  • Smart Dust
  • Smart Skin
  • Smart Clay
Q14 | feature allows user to connect the systems on the move
  • Distributed
  • Mobility
  • Real time embedded
  • Intelligent
Q15 | Internet of Things (IoT) systems are fully systems
  • M2M
  • H2M
  • M2H
  • H2H
Q16 | Layer is always at the bottom of ubiquitous computing stack.
  • Physical
  • Services
  • Applications
  • Internet
Q17 | In user performs an action which is having primary aim to interact with systems.
  • iHCI
  • eHCI
  • CCI
  • HHI
Q18 | is dependent on physical dimensions like time or temperature etc.
  • Physical environment context
  • Human context
  • Virtual environment or ICT context
  • All of the Above
Q19 | In the main constraint on interactions is
  • Physical
  • Human context
  • Virtual
  • All of the Above
Q20 | In any type of specific component in
  • Physical
  • Human context
  • Virtual
  • All of the Above
Q21 | is a feature or property of system that enables
  • Mobility
  • Autonomy
  • Distributed
  • Pervasive
Q22 | is a feature of systems which adapt
  • Mobility
  • Intelligence
  • Distributed
  • Pervasive
Q23 | In basic interaction, protocol consists
  • Synchronous
  • Asynchronous
  • Smart Interaction
  • All of the Above
Q24 | In basic interaction, protocol consists of
  • Synchronous
  • Asynchronous
  • mart Interaction
Q25 | In completely different elements act
  • Coordinated
  • Policy Based
  • Dynamic
  • Semantic and