What are the features to become a
"Thing" in IoT? |
All Answer |
What does NIST stands for? |
National Institute of Standards and Technology |
The term “Internet of Things” was coined by
whom? |
Kevin Ashton |
It is a platform in which every device
becomes smart, processing becomes faster and every data and communication
becomes more and more informative. |
Internet of things |
Both wireless and wired connection can be
used to connect in the internet or networks. |
True |
Who popularized the idea of the cloud? |
Amazon |
A device that measures real world condition |
Sensor |
What does RFID stands for? |
Radio Frequency Identification |
All but one, are the components of a
microcontroller. |
Low memory size |
Cloud Computing is a set of ______________
architectures, which allow users to access a number of resources in a way
that is _____, _____, and _____. |
service-oriented; elastic, cost-efficient, and
on-demand.o service-oriented; elastic, cost-efficient, and on-demand.er of
general purpose input & output pins |
Cite examples of a cloud. |
All Answer |
A type of cloud which is marketed based on
availability and price. |
Public Cloud |
Which device that is used to process data
within digits, called binary numbers. |
Digital |
Enumerate the evolution of cloud computing. |
All Answer |
is the use of two or more processors
(computers), usually within a single system, working simultaneously to solve
a single problem. |
parallel computing |
is any computing that involves
multiple computers remote from each other that each have a role in a
computation problem or information processing. |
Distributed |
In Process Mechanism, Multiple processors
perform processing. |
Parallel Computing |
is the human process of developing programs
that express what computations should be executed in parallel. |
parallel programming |
In Process Mechanism, Computers rely on
message passing. |
Distributed Computing |
Each computer has their own memory. |
Distributed Computing |
Computers can have shared memory. |
Parallel Computing |
It used to share resources and to increase
scalability. |
Distributed Computing |
It uses to increase performance and for
scientific. |
Parallel Computing |
Parallel computing occurs on one system
while Distributed computing occurs between multiple system. |
True |
_______ computing system is a
multiprocessor machine capable of executing the same instruction on all the CPUs
but operating on different data streams. |
Single-instruction, Multiple-data |
_______ computing system is a
multiprocessor capable of executing multiple instructions on multiple data
sets. |
Multiple-instruction, Multiple-data |
_______ computing system is a
multiprocessor machine capable of executing different instructions on
different Pes all of them operating on the same data set. |
Multiple-instruction, Single-data |
_______ computing system is a
uni-processor machine capable of executing a single instruction, which
operates on a single data stream |
Single-instruction, Single-data |
What does SMP stands for? |
Symmetric Multi-Processing |
The core elements of parallel processing are
CPUs. |
True |
Computing systems are classified into
categories: |
All Answer |
Challenges of Internet of Things |
Security, Complexity, Signaling, Bandwidth |
Choose below which are the Applications of
IOT: |
Transportation,Medical Systems
,Manufacturing,Environmental Monitoring,Infrastructure Management,Energy
Management |
IOT is also referred to as: |
Skynet,Internet of Everything, M2M |
Types of Cloud |
Local Cloud,Hybrid Cloud,Public Cloud |
Types of Cloud |
Location-independent resource pooling,Ubiquitous
network access, |
What are the Characteristics of Cloud
Computing? |
On-demand self-service,Measured device,Rapid
elasticity |
Evolution of Cloud Computing |
Cloud Computing,Software as a Service,Grid
Computing,Utility Computing |
Which of these are the examples of cloud? |
Windows Azure,Google App Engine,Amazon Web
Services,iCloud |
What does SMP stands for? |
Symmetric Multi-Processing |
What does IOT stands for? |
Internet of Things |
What does M2M stands for? |
Machine-2-Machine |
What does NIST stands for? |
National Institute of Standards and Technology |
What does MIMD stands for? |
Multiple Instruction Multiple Data |
What does SISD stands for? |
Single Instruction Single Data |
What does SIMD stands for? |
Single Instruction Multiple Data |
What does RFID stands for? |
Radio Frequency Identification |
Both wireless and wired connection can be
used to connect in the internet or networks. |
True |
The core elements of parallel processing are
CPUs. |
True |
Parallel computing occurs on one system
while Distributed computing occurs between multiple system. |
True |
Parallel computing has their own memory
while Distributed computing can have shared memory. |
False |
There is no global clock in parallel
computing, it uses synchronization algorithms. |
False |
Who popularized the idea of the cloud? |
Amazon |
Who coined the term “Internet of
Things”? |
Kevin Ashton |
When did Cloud Computing began? |
2007 |
Computing pioneer who developed the LISP
programming language family who said that “Computation may someday be
organized as a public utility”? |
John McCarthy |
is the human process of developing
programs that express what computations should be executed in parallel |
Parallel programming |
is any computing that involves
multiple computers remote from each other that each have a role in a
computation problem or information processing |
Distributed computing |
is the use of two or more processors
(computers), usually within a single system, working simultaneously to solve
a single problem |
Parallel computing |
A type of cloud which is marketed based on
availability and price |
Public Cloud |
A device that measures real world condition |
Sensor |
Which device that is used to process data
within digits, called binary numbers? |
Digital |
All but one, are the components of a
microcontroller. |
Low memory size |
The process of moving data between two or
more storage systems, data formats, warehouses or servers. |
Data Migration |
is the combination of tasks performed
by an organization’s applications development and systems operations teams. |
DevOps |
An amalgamation of “development” and
“operations”. |
DevOps |
software development method emphasizes
collaboration, communication and integration between developers and other IT
personnel with the goal of streamlining software development and quality
assurance. |
DevOps |
is an organized collection of data. |
database |
This is a term used to reference the ability
of a system to adapt to changing workload demand by provisioning and
deprovisioning pooled resources so that provisioned resources match
current demand as well as possible. |
Elasticity |
This software allows a business or
organization to manage a suite of integrated applications which
are used to collect, manage, and store data on a variety of business
activities. |
Enterprise Resource Planning (ERP) |
is an application (or software) that
is intended for large scale use by a (large) business. |
enterprise application |
A system in which multiple
databases appear to function as a single entity. |
Federated Database |
The ability of a cloud solution to add new
runtime and framework support via community buildpacks. |
Extensibility |
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