McqMate
201. |
Sub-Properties (sub-types of individual intelligence) of Individual Intelligence includes |
A. | Reactive, Reflex |
B. | Model-based, |
C. | Rule/Policy-based |
D. | All of above |
Answer» D. All of above |
202. |
eHCI indicate |
A. | H2H |
B. | H2C |
C. | C2H |
D. | C2C |
Answer» B. H2C |
203. |
Implicit (i)HCI indicates |
A. | H2H |
B. | H2C |
C. | C2H |
D. | C2C |
Answer» C. C2H |
204. |
In Different Degrees of CPI complete physical interaction (no ICT mediation) specifies |
A. | P2P |
B. | C2P / CA (Physical Env. Context-aware) |
C. | P2C/AR/MR |
D. | C2C /VR |
Answer» A. P2P |
205. |
3 basic architectural design patterns for UbiCom includes smart |
A. | Devices, Environment, Interfaces |
B. | Devices, Environment, Interactions |
C. | Distributed, Energy Saving, Intelligent |
D. | Digital, Environment, Intelligent |
Answer» B. Devices, Environment, Interactions |
206. |
Smart means systems are active, digital, networked, autonomous, reconfigurable, local control of its own resources, is this statement is true or false? |
A. | TRUE |
B. | FALSE |
Answer» A. TRUE |
207. |
indicates Increasing capability to manufacture low power, micro, more complex devices. |
A. | Smart Devices |
B. | Smart Environments |
C. | Smart Interactions |
Answer» A. Smart Devices |
208. |
indicates Increasing capability to embed devices in the physical environment. |
A. | Smart Devices |
B. | Smart Environments |
C. | Smart Interactions |
Answer» B. Smart Environments |
209. |
indicates Increasing capability for more interoperable distributed mobile devices |
A. | Smart Devices |
B. | Smart Environments |
C. | Smart Interactions |
Answer» C. Smart Interactions |
210. |
can be sprayed & embedded throughout the digital environment |
A. | Smart Dust |
B. | Smart Skin |
C. | Smart Clay |
Answer» A. Smart Dust |
211. |
feature allows user to connect the systems on the move |
A. | Distributed |
B. | Mobility |
C. | Real time embedded |
D. | Intelligent |
Answer» B. Mobility |
212. |
Internet of Things (IoT) systems are fully systems |
A. | M2M |
B. | H2M |
C. | M2H |
D. | H2H |
Answer» A. M2M |
213. |
Layer is always at the bottom of ubiquitous computing stack. |
A. | Physical |
B. | Services |
C. | Applications |
D. | Internet |
Answer» A. Physical |
214. |
In user performs an action which is having primary aim to interact with systems. |
A. | iHCI |
B. | eHCI |
C. | CCI |
D. | HHI |
Answer» A. iHCI |
215. |
is dependent on physical dimensions like time or temperature etc. |
A. | Physical environment context |
B. | Human context |
C. | Virtual environment or ICT context |
D. | All of the Above |
Answer» A. Physical environment context |
216. |
In the main constraint on interactions is |
A. | Physical |
B. | Human context |
C. | Virtual |
D. | All of the Above |
Answer» B. Human context |
217. |
In any type of specific component in |
A. | Physical |
B. | Human context |
C. | Virtual |
D. | All of the Above |
Answer» C. Virtual |
218. |
is a feature or property of system that enables |
A. | Mobility |
B. | Autonomy |
C. | Distributed |
D. | Pervasive |
Answer» B. Autonomy |
219. |
is a feature of systems which adapt |
A. | Mobility |
B. | Intelligence |
C. | Distributed |
D. | Pervasive |
Answer» B. Intelligence |
220. |
In basic interaction, protocol consists |
A. | Synchronous |
B. | Asynchronous |
C. | Smart Interaction |
D. | All of the Above |
Answer» A. Synchronous |
221. |
In basic interaction, protocol consists of |
A. | Synchronous |
B. | Asynchronous |
C. | mart Interaction |
Answer» B. Asynchronous |
222. |
In completely different elements act |
A. | Coordinated |
B. | Policy Based |
C. | Dynamic |
D. | Semantic and |
Answer» A. Coordinated |
223. |
In completely different elements act |
A. | Coordinated |
B. | Policy Based |
C. | Dynamic |
D. | Semantic and |
Answer» B. Policy Based |
224. |
In , peoples in organization interact |
A. | Coordinated |
B. | Policy Based |
C. | Dynamic |
D. | Semantic and |
Answer» C. Dynamic |
225. |
includes communication ability and to |
A. | Coordinated |
B. | Policy Based |
C. | Dynamic |
D. | Semantic and |
Answer» D. Semantic and |
226. |
A method which uses advertisements in electronic media, |
A. | PUSH |
B. | PULL |
C. | POP |
D. | All of the Above |
Answer» A. PUSH |
227. |
In method, for getting some type of information, if |
A. | PUSH |
B. | PULL |
C. | POP |
D. | All of the Above |
Answer» B. PULL |
228. |
can be defined as the manipulation, |
A. | Nano- |
B. | MEMS |
C. | Semacode |
D. | Ubiquitous Systems |
Answer» A. Nano- |
229. |
can be considered to be resource- |
A. | Wired System |
B. | Wireless System |
C. | Real Time Systems |
D. | None of the Above |
Answer» C. Real Time Systems |
230. |
In is response thats late is incorrect and |
A. | Hard Real |
B. | Soft Real Time |
C. | Operating Systems |
D. | Embedded Systems |
Answer» A. Hard Real |
231. |
protocol is used for Streaming Media over |
A. | TCP |
B. | RTP |
C. | RTSP |
D. | Voice Over IP |
Answer» B. RTP |
232. |
Protocol is used for voice communication |
A. | TCP |
B. | RTP |
C. | RTSP |
D. | Voice Over IP |
Answer» D. Voice Over IP |
233. |
In the user requests the system to carry out a certain |
A. | eHCI |
B. | iHCI |
C. | CCI |
D. | HHI |
Answer» A. eHCI |
234. |
micron- to millimetre-scale electronic |
A. | Nano- |
B. | MEMS |
C. | Semacode |
D. | Ubiquitous |
Answer» B. MEMS |
235. |
is based upon a broader range of materials, |
A. | Nano- |
B. | MEMS |
C. | Semacode |
D. | Ubiquitous Systems |
Answer» A. Nano- |
236. |
The drive to switch transistors faster and to be low-powered has been to make them smaller where electronic components approach nanometer sizes is called as |
A. | Nano- computing |
B. | MEMS |
C. | Semacode |
D. | Ubiquitous Systems |
Answer» A. Nano- computing |
237. |
Announcement, discovery, selection, configuration and composition are included in phase of service provision life cycle. |
A. | Service creatio |
B. | Service operatio |
C. | Service maintenanc |
D. | Service dissolution |
Answer» A. Service creatio |
238. |
Invoke and coordinate are included in phase of service provision life cycle. |
A. | Service creatio |
B. | Service operatio |
C. | Service maintenanc |
D. | Service dissolution |
Answer» B. Service operatio |
239. |
Terminate and remove registrations are included in phase of service provision life cycle. |
A. | Service creatio |
B. | Service operatio |
C. | Service maintenanc |
D. | Service dissolution |
Answer» D. Service dissolution |
240. |
Re-invoke, Update descriptions, reconfiguration and update composition are included in phase of service provision life cycle. |
A. | Service creatio |
B. | Service operatio |
C. | Service maintenanc |
D. | Service dissolution |
Answer» C. Service maintenanc |
241. |
is also known as Publish-and-Subscribe interaction. |
A. | Layered model |
B. | Pipe-filter mode |
C. | Event-driven Action or EDA |
D. | Shared data repositories |
Answer» C. Event-driven Action or EDA |
242. |
subscribe to being notified when specified events occur. |
A. | Layered model |
B. | Pipe-filter mode |
C. | Event-driven Action or EDA Model |
D. | Shared data repositories |
Answer» C. Event-driven Action or EDA Model |
243. |
systems that are self governing and also they are capable of taking their own independent decisions and |
A. | Autonomy |
B. | Distributed |
C. | Networked |
D. | Context aware |
Answer» A. Autonomy |
244. |
enable computer-based services to be made available everywhere. |
A. | Real Time Syst |
B. | Embedded Syste |
C. | Distributed Systems |
D. | Ubiquitous Systems |
Answer» D. Ubiquitous Systems |
245. |
Human / User interaction to the devices is maximum in . |
A. | M2M |
B. | H2M |
C. | M2H |
D. | H2H |
Answer» D. H2H |
246. |
Ubiquitous computing interaction to the devices is minimum or zero in . |
A. | M2M |
B. | H2M |
C. | M2H |
D. | H2H |
Answer» D. H2H |
247. |
systems are known as ubiquitous systems and does not involve humans to interact. |
A. | M2M |
B. | H2M |
C. | M2H |
D. | H2H |
Answer» A. M2M |
248. |
If the systems are made proactive as per the requirement of users then these efforts and attempts are built in concept called |
A. | Ubiquitous Computing |
B. | Mobile Computing |
C. | Cloud Computing |
D. | All of There |
Answer» A. Ubiquitous Computing |
249. |
The Assumption of pervasive computing is about and technology. |
A. | Information & Communicatio |
B. | Data , Message |
C. | Knowledge,Messag |
D. | None of the Above |
Answer» A. Information & Communicatio |
250. |
. mainly allows you to connect on the move. |
A. | Scalability |
B. | Portability |
C. | Mobility |
D. | Flexibility |
Answer» C. Mobility |
251. |
Ubiquitous Computing connects environment and in unobtrusive ways. |
A. | User |
B. | Cloud |
C. | Resource |
D. | Data |
Answer» A. User |
252. |
Advantages Of ubiquitious computing |
A. | Invisible |
B. | Socialization |
C. | Decision-making |
D. | All of There |
Answer» D. All of There |
253. |
For modelling different key properties of computing the increasingly digital world is occupied. |
A. | Pervasive |
B. | Ubiquitous |
C. | Both a & b |
D. | None of the Above |
Answer» C. Both a & b |
254. |
The ICT systems are called as when system view is as single system |
A. | Multiple |
B. | Single |
C. | Distributed |
D. | Disjoint |
Answer» C. Distributed |
255. |
The technique has various dimension. |
A. | VR |
B. | RJ |
C. | Calm |
D. | Real |
Answer» C. Calm |
256. |
. also exists as a separate reality from physical world. |
A. | VR |
B. | Real |
C. | Calm |
D. | Distributed |
Answer» A. VR |
257. |
Ubiquitous Means …… |
A. | Found Everywhere |
B. | Found Nowhere |
C. | Found Anyhow |
D. | Found Veryfast |
Answer» A. Found Everywhere |
258. |
Which two methods followed by Business Models? |
A. | PUSH & POP |
B. | PUSH & PULL |
C. | PULL & POP |
D. | None of the above |
Answer» B. PUSH & PULL |
259. |
What is main aim of Ubiquitous Computing? |
A. | Creating Digital Product |
B. | Creating Smart Product |
C. | Creating Best Product |
D. | Creating High Quality Product |
Answer» B. Creating Smart Product |
260. |
Ubiquitous Computing closely realted with? |
A. | IOT |
B. | M2M |
C. | Both IOT & M2M |
D. | None of the above |
Answer» C. Both IOT & M2M |
261. |
Second era of computing is known as the ……. |
A. | Mainfram e era |
B. | PC era |
C. | Ubiquitous Computing |
D. | None of the above |
Answer» B. PC era |
262. |
Third era of computing is known as the ……. |
A. | Mainfram e era |
B. | PC era |
C. | Ubiquitous Computing |
D. | None of the above |
Answer» C. Ubiquitous Computing |
263. |
Who invented term Ubiquitous Computing ? |
A. | Shaun Watson |
B. | Mark Ciere |
C. | Mark Watson |
D. | Mark Weiser |
Answer» D. Mark Weiser |
264. |
Which of the following is not Ubiquitous Device ? |
A. | TV |
B. | RFID Tags |
C. | PDAs |
D. | Smartpho ne GPS |
Answer» A. TV |
265. |
Ubiquitous Computing supports ……. |
A. | Many to 1 |
B. | 1 to 1 |
C. | Many to Many |
D. | 1 to Many |
Answer» D. 1 to Many |
266. |
Ubiquitous Computing is also called as ……. |
A. | Cloud Computi ng |
B. | Grid Computin g |
C. | Pervasive Computing |
D. | Distribute d Computin g |
Answer» C. Pervasive Computing |
267. |
Systems used to track and identify the location of objects in real time |
A. | Geolocati on |
B. | geographi cal informatio n system (GIS) |
C. | geographic al information system (GIS) |
D. | Real-time location system (RTLS) |
Answer» D. Real-time location system (RTLS) |
268. |
gateway to the Internet optimized for mobility |
A. | Voice portal |
B. | WiMax |
C. | Mobile enterprise |
D. | Mobile Portal |
Answer» D. Mobile Portal |
269. |
Computing capabilities embedded in the environment but typically not mobile |
A. | Mobile Portal |
B. | pervasive computing |
C. | Context- aware computing |
D. | voice portal |
Answer» B. pervasive computing |
270. |
A collection of nodes capable of environmental sensing, local computation, and communication with its peers or with other higher performance nodes |
A. | Voice portal |
B. | Mobile Portal |
C. | Geolocatio n |
D. | sensor network |
Answer» D. sensor network |
271. |
ability to detect and react to a set of environmental variables that is described as context (which can be sensor info or users' attitudes) |
A. | Mobile Portal |
B. | Context- aware computing |
C. | Network- based positioning |
D. | pervasive computin g |
Answer» B. Context- aware computing |
272. |
HCI stands for |
A. | Human Computer Inteface |
B. | Human Computer Intraction |
C. | Both |
D. | None of the above |
Answer» B. Human Computer Intraction |
273. |
Distributed ICT system consists of how many layes ? |
A. | 2 |
B. | 3 |
C. | 5 |
D. | 4 |
Answer» B. 3 |
274. |
Which of the following is not property of UbiComp system ? |
A. | Implicit HCI |
B. | Explicit HCI |
C. | Distributed |
D. | Both A & C |
Answer» B. Explicit HCI |
275. |
Which of the following are Interaction Models in UbiComp System ? |
A. | HCI |
B. | CCI |
C. | CPI |
D. | All of the above |
Answer» D. All of the above |
276. |
Design architecture of UbiComp system consists of ………….. |
A. | Smart Device |
B. | Smart Environme nt |
C. | Smart Interaction |
D. | All of the above |
Answer» D. All of the above |
277. |
CPI stands for |
A. | Computer Physical World Ineraction |
B. | Human Computer Intraction |
C. | Computer Physical Interface |
D. | None of the above |
Answer» A. Computer Physical World Ineraction |
278. |
Which of the following is not characteristics of Smart Devices ? |
A. | Mobility |
B. | Single Fuction |
C. | Dynamic Service Discovery |
D. | Intermitte nt Resource Access |
Answer» B. Single Fuction |
279. |
Which are the smart devices under CCI ? |
A. | Smart Board |
B. | Smart Pad&Tabs |
C. | Active Badge,Bat,Fl oor |
D. | All of the above |
Answer» D. All of the above |
280. |
Which are the smart devices under CPI ? |
A. | Unimate |
B. | MH-1 Robot |
C. | Smart Dust and Tiny OS |
D. | All of the above |
Answer» D. All of the above |
281. |
Main goal of Things That Think(TTT) was ……. |
A. | See how physical world meets with logical world |
B. | See how logical world meets with physical world |
C. | See how physical world meets with logical world |
D. | None of the above |
Answer» A. See how physical world meets with logical world |
282. |
Tangible Bits converts …… |
A. | tangible bits into painted bits |
B. | Painted bits into tangible bits |
C. | All of the above |
D. | None of the above |
Answer» B. Painted bits into tangible bits |
283. |
WearCamp and WearCam comes under …….. |
A. | CCI |
B. | CPI |
C. | iHCI |
D. | ICT |
Answer» C. iHCI |
284. |
Mobile Service Design consists of which of the following type ? |
A. | User Virtual Environm ent |
B. | Mobile Virtual Terminal |
C. | Virtual Resource Managemen t |
D. | All of the above |
Answer» D. All of the above |
285. |
MVT stands for …………….. |
A. | Mobile Virtual Terminal |
B. | Mobile Visual Terminnal |
C. | Mobile Video Terminal |
D. | None of the above |
Answer» A. Mobile Virtual Terminal |
286. |
Mobile Web Service Design consists of Architecture |
A. | 2 tier |
B. | 3 tier |
C. | 4 tier |
D. | multi tier |
Answer» B. 3 tier |
287. |
J2ME platfom distributed into which two categories ? |
A. | CDC & CLDC |
B. | CDC & HCI |
C. | CCI & HCI |
D. | None of the above |
Answer» A. CDC & CLDC |
288. |
What is full form of CLR? |
A. | Common Language Rutime |
B. | Common Language Rellocation |
C. | Common Language Relocation |
D. | Common Language Resource |
Answer» A. Common Language Rutime |
289. |
Service Provision Life Cycle consiste for phases. |
A. | 2 |
B. | 3 |
C. | 4 |
D. | 5 |
Answer» C. 4 |
290. |
Which are two main approaches to dynamic service announcement and discovery ? |
A. | PUSH & POP |
B. | PUSH & PULL |
C. | PULL & POP |
D. | None of the above |
Answer» B. PUSH & PULL |
291. |
Proportional band of a controller is defined as the range of: |
A. | Measured variable to the set variable |
B. | Air output as the measured variable varies from maximum to minimum |
C. | Measured variables through which the air output varies from maximum to minimum |
D. | None of the above |
Answer» C. Measured variables through which the air output varies from maximum to minimum |
292. |
The term reset control refers to: |
A. | Proportio nal |
B. | Integral |
C. | Derivative |
D. | None of the above |
Answer» B. Integral |
293. |
The integral control: |
A. | Increases the steady state error |
B. | Decreases the steady state error |
C. | Increases the noise and stability |
D. | Decreases the damping |
Answer» A. Increases the steady state error |
294. |
The number of operational amplifiers require for designing of electronic PID controller is: |
A. | 1 |
B. | 2 |
C. | 3 |
D. | 6 |
Answer» A. 1 |
295. |
A Robot is a |
A. | Programm able |
B. | Multi functional |
C. | Both (A) and (B) |
D. | None of the above |
Answer» C. Both (A) and (B) |
296. |
The main objective(s) of Industrial robot is to |
A. | To minimise the labour requireme nt |
B. | To increase productivit y |
C. | To enhance the life of production machines |
D. | All of the above |
Answer» D. All of the above |
297. |
Which of the following is characteritics of ICT devices |
A. | Size |
B. | Connectivit y |
C. | Haptic Input |
D. | All of the above |
Answer» D. All of the above |
298. |
system consists of desk which can operated from specific distance. |
A. | MEMS |
B. | MEMSX |
C. | MEMX |
D. | MEMES |
Answer» B. MEMSX |
299. |
system does not require any some person to carry identifying task. |
A. | Active Flore |
B. | Smart Flore |
C. | Both (A) and (B) |
D. | None of the above |
Answer» C. Both (A) and (B) |
300. |
In which of the following device concept of Ultrasonic Sound gets arises ? |
A. | Active Flore |
B. | Active Badge |
C. | Active Bat |
D. | All of the above |
Answer» B. Active Badge |
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