Crear
Descargar
Descarga SCORM
Para ser utilizado en un LMS (Moodle, Blackboard...)
Descarga normal
Para ser publicada en una web o blog.
La descarga de juegos es una característica exclusiva para usuarios con un Plan Académico o un Plan Comercial.
Obtén ahora tu Plan Académico o Comercial y comienza a integrar tus juegos en tu LMS, web o blog.
Obtener Plan Académico
Si lo deseas, puedes descargar un juego de prueba aquí y probar su integración:
Compartir juego
Completar Frases
Completar Frases

Y13 Data Transmission and TCP/IP Revision Gap Fill

Intégralo en tu plataforma
G. Classroom M. Teams
Puedes integrar el juego en un LMS compatible con LTI 1.1 o LTI 1.3 como Canvas, Moodle, o Blackboard. De esta manera podrás guardar las puntuaciones automáticamente en el libro de calificaciones de esa plataforma.
Descargar
Has superado el número máximo de juegos que puedes integrar en Google Classroom con tu Plan actual.

Para integrar tantos juegos como quieras en Google Classroom, necesitas un Plan Académico o un Plan Comercial.

Obtener Plan Académico
Has superado el número máximo de juegos que puedes integrar en Microsoft Teams con tu Plan actual.

Para integrar tantos juegos como quieras en Microsoft Teams, necesitas un Plan Académico o un Plan Comercial.

Obtener Plan Académico
La descarga de juegos es una característica exclusiva para usuarios con un Plan Académico o un Plan Comercial.

Obtén ahora tu Plan Académico o Comercial y comienza a integrar tus juegos en tu LMS, web o blog.

Si lo deseas, puedes descargar un juego de prueba aquí y probar su integración:

Obtener Plan Académico

Y13 Data Transmission and TCP/IP Revision Gap Fill

Completar Frases

(1)
Jugadas 3 %Acierto 88 Tiempo medio 11:38
Crear copia

Sobre esta actividad

Complete the gap fill

Creada por

Liz Swallow
Liz Swallow
Reino Unido

Descarga la versión para jugar en papel

Crea tu propio juego gratis desde nuestro creador de juegos
Compite contra tus amigos para ver quien consigue la mejor puntuación en esta actividad
Crear reto

Top juegos

 %
Anónimo
Anónimo
 %
%
%
Has superado el número máximo de juegos que puedes imprimir con tu Plan actual.

Para imprimir tantos juegos como quieras, necesitas un Plan Académico o un Plan Comercial.

Obtener Plan Académico
Imprime tu juego
Y13 Data Transmission and TCP/IP Revision Gap Fill
 

Completar Frases

Y13 Data Transmission and TCP/IP Revision Gap FillVersión en línea

Complete the gap fill

por Liz Swallow
1

1 . The TCP / IP protocol stack is a set of used to format data so it can be sent across a .

2 . TCP / IP consists of layers that work together to transmit data .

3 . Each layer / the data with its own header information .

2

The Application Layer provides for applications that want to communicate across a .

This layer uses ? level protocols such as HTTP , FTP and SMTP .

The Application Layer does not decide the data is transmitted , only should be sent .

When a browser requests a web page , it uses the protocol .

3

The Transport Layer uses the Control Protocol ( TCP ) .

TCP establishes an end ? to ? end between the sender and receiver .

Data is split into smaller units called / .

Each segment is assigned a number to allow correct reassembly .

TCP uses numbers to identify the application that should receive the data .

If packets are missing , the Transport Layer will them to be resent .

4

The Internet Layer uses the Protocol ( IP ) .

Each packet is given both a IP address and a IP address .

Routers use tables to decide where to forward packets next .

A is defined by a combination of an IP address and a number .

5

The Link Layer operates over a connection .

It adds the address of the Network Interface Card ( NIC ) .

MAC addresses can change at each as packets move through routers .

Data is transmitted across the network as frames .

6

At the destination , packets move through the TCP / IP layers .

The Link Layer removes the address before passing data upwards .

The Internet Layer removes the address .

The Transport Layer reassembles the data using numbers .

Finally , the Application Layer presents the data to the / / .

7

A web server sends HTML content using the protocol .

Web servers host , CSS and JavaScript files .

As a web page loads , additional resources such as and videos may be downloaded .

The web browser the received data and displays the page for the user .

8

When a user requests a web page , the process begins at the , where the web browser uses the to request the page from a web server . The server prepares the requested HTML ( and any other resources ) as an HTTP response .

This data is passed to the , which uses . TCP the data into smaller packets , adds so the data can be reassembled in the correct order , and adds ( for example , port 80 for HTTP ) to identify the correct application . TCP also ensures reliability by allowing missing packets to be retransmitted .

Next , the packets move to the ( ) , which uses . Each packet is with an IP header containing the and , allowing routers to forward the packets towards the correct network using routing tables .

The packets are then passed to the , which encapsulates them into . This layer adds for the next device on the local network and transmits the frames over the physical medium . MAC addresses change at each hop as the packet moves between routers .

When the data reaches the destination , occurs in reverse . The Link Layer removes the MAC header , the Internet Layer removes the IP header , and the Transport Layer reassembles the packets using sequence numbers . Finally , the delivers the web page to the browser , where it is rendered for the user .

9

Data transmissions can be sent either in a or fashion . With synchronous transmission , bits of data are transmitted at by making use of a . This makes sure that there is a and way of transmitting the data . This is especially useful for any transmissions that are considered - such as - video .

This type of transmission is typically used for communication ? e . g . inside the . In this example , the internal clock produces a at intervals , which travels along the .

With asynchronous transmission , we send one at a . Each character we send is preceded by a and followed by a . The start bit is used as a way of the device and is used to synchronise the inside the receiving device . The bit allows the receiving device time to the next bit .

We typically also send a bit along with a character . This means a single character being sent totals 10 in length . The bit can be either a or . The bit is then set to the value to the start bit . This type of transmission is typically used by and is efficient for relatively amounts of data . The big advantage of this form of data transmission is that it does not need a way of the
signal to work .

 
¿Estás seguro que quieres abandonar la página?

Al abandonar la página perderás el progreso del juego.