Networking Models Flashcards

1
Q

is an approach that enables user to communicate and transmit data through efficient and ordered path.

A

Systematic Approach

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2
Q

2 TYPE OF NETWORK MODELS

A
  1. Open System Interconnect (OSI) Models
  2. Transmission Control Protocol (TCP) / Internet Protocol (IP) Models
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3
Q

is a 7 layered conceptual framework used to describe the functions of a networking systems.

A

Open System Interconnect (OS1) Model

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4
Q

establish the OSI Model.

A

Jack Holdsworth

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5
Q

7 LAYERS OF OSI MODEL

A
  1. Physical Layer
  2. Data Link Layer
  3. Network Layer
  4. Transport Layer
  5. Session Layer
  6. Presentation Layer
    7 Application Layer
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6
Q

is the bottom-most layer and is associated with all the electrical, mechanical, and functional aspect of the transmission media for information transmission over the internet.

A

Physical Layer

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7
Q

a layer that sends and receive bits in the form of binary value only.

A

Physical Layer

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8
Q

is responsible for successful data synchronization.

A

Data Link Layer

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9
Q

acts as an intermediate, ensuring deliver of data message to its respective destination in the network by using MAC

A

Data Link Layer

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10
Q

is responsible for establishing and maintaining communication links between the devices.

A

Logical Link Control

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11
Q

maintains the physical address of senders and receiver’s device.

A

Media Access Control (MAC)

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12
Q

responsible for establishing data communication channel between multiple networks or nodes of devices, or hosts.

A

Network Layer

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13
Q

acts as the transition point between the function performed by the upper layer and lower layer.

A

Transport Layer

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14
Q

performs connection-oriented service using TCP and connection less service using UDP are performed

A

Transport Layer

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15
Q

it provides appropriate sessions between users and software where user interacts.

A

Session Layer

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16
Q

provides appropriate representation of data through various data presentation techniques.

A

Presentation Layer

17
Q

ensures that translation of data among different devices.

A

Presentation Layer

18
Q

has responsibility for providing interface among users and software application.

A

Application Layer

19
Q

had a layered architecture which allows easy data communication along with facility integrating multiple protocols.

A

Transmission Control Protocol (TCP) / IP Model

20
Q

4 LAYERS OF TCP / IP MODEL

A
  1. Network Access Layer
  2. Internet Layer
  3. Transport Layer
  4. Application Layer
21
Q

also known as host-to-host or host-to-network layer and is responsible for performing roles of the physical layer along with the function of the data link layer.

A

Network Access Layer

22
Q

Network Access Layer is a combination of …

A

Data Link Layer + Physical Layer

23
Q

is also called network layer which is responsible for establishment of connection to send or receive data packets between multiple user or nodes / devices / networks

A

Internet Layer

24
Q

is to provide end to end data transfer using the technique of connected oriented services.

A

Transport Layer

25
Q

is to provide interface between user and application

A

Application Layer

26
Q

Application Layer is a combination of

A

Session Layer
Presentation Layer
Application Layer