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https://doi.org/10.37815/rte.v35n3.1063

Artículos originales

 

Comparación del rendimiento en la transferencia de tráfico en servidores HTTP/2 y QUIC

Comparison of traffic transfer performance on HTTP/2 and QUIC server= s=

 

Jairo Valle1 https://orcid.org/0009-0003-6808-0131, <= /span>Rommel Torres= 1=   https://orcid.org/0000-0003-2313-01= 18, Liliana Enc= iso1 https://orcid.org/0000-0002-2918-90= 33, Patricia L= udeña1 https://orcid.org/0000-0002-8909-48= 37

 

1Uni= versidad Técnica Particular de Loja, Loja, Ecuador

jsvalle1@utpl.edu.ec, rovitor@utpl.edu.ec, lenciso@utpl.edu.ec, pjludena@utpl.edu.ec 

 

Enviado:         2023/07/16

Aceptado:       2023/09/19

Publicado:      2023/12/30                         

Resumen

Desde el surgimiento de la World Wide Web en los 90´s, el protocolo HTTP (Hypertext Transfer Protocol) ha permitido el intercambio = de datos entre cliente y servidor, ante el constante incremento de las comunicaciones de red donde la transferencia de datos es cada vez más rápid= a, segura y fiable; este protocolo ha ido evolucionando en diferentes versiones hasta implementar al día de hoy la versión denominada QUIC (Quick UDP Inter= net Connections).

En el presente trabajo se evaluó mediante el us= o de los servidores web dedicados OpenLiteSpeed y Nginx, así como el servidor comercial Hostinguer, el rendimiento en la transferencia de tráfico normal y multimedia mediante = el protocolo HTTP en sus versiones HTTP/2 y QUIC.

Para esto se configuró un entorno web que permitiera establecer la comunicación y transferencia de archivos bajo la arquitectura cliente-servidor. En los servidores utilizados, se implementó = una página web desarrollada en WordPress que posee la capacidad de cargar archi= vos de diversos formatos hacia el servidor.

Finalmente se establecieron 4 escenarios de pru= ebas para comparar de forma práctica el proceso de comunicación y transferencia entre cliente y servidor, apoyados de la herramienta Wireshark, la cual nos permitió monitorear y gestionar el tráfico de red.

 

= Palabras clav= e: protocolo, transferencia, versiones, escenar= ios, tráfico, monitorear.

Sumario: Introducción, Materiales y Métodos, Resultados y Discusión y Conclusiones.

 = ;

Como citar= : Valle, J., Torres, R., Enciso, L. & Ludeña, P. (2023). Comparación del rendimiento en la transferencia de tráfico en servidores HTTP/2 y QUIC= . Revista Tecnológica - Espol, 35(3), 68-82. http://www.rte.espol.edu.ec/index.php/tecnologica/article/view/1= 063

Abstract

Since the emergence of the Wor= ld Wide Web in the 90s, The HTTP (Hypertext Transfer Protocol) has enabled data exchange between customers and servers. Considering the constant increase in network communications where data transfer is becoming faster, safer, and m= ore reliable, this protocol has evolved through different versions, culminating= in the current implementation known as QUIC (Quick UDP Internet Connections).<= o:p>

In this study, we evaluated through the use of the dedicated web servers Open LiteSpeed and Nginx, as w= ell as the commercial server Hostinguer, the performance in normal traffic tran= sfer and multimedia through the HTTP protocol in its versions: HTTP/2 and QUIC.<= o:p>

This was achieved by configuri= ng a web environment to establish communication and file transfer under the customer-server architecture. On the employed servers, a web page developed= in WordPress was deployed, which possessed the capability to upload files of various formats to the server.

Finally, four test scenarios w= ere established to compare, in a practical way, the communication and transfer process between the customer and server. The monitoring and management of network traffic were facilitated by the Wireshark tool.

 

Keywords: protocol, transfer, versions, scenarios, traffic, monitor.=

 

Introducción

El prot= ocolo HTTP (Hypertext Transfer P= rotocol) se usa en los navegadores y servidores desde 1991 y ha sido uno de los protocolos de comunicación más utilizados en Internet (Kyaw, 2019).= El protocolo HTTP utiliza un esquema de transacciones basado en solicitud/respuesta (Murthy et al., 2023)= . La conexión se establece cuando un cliente envía una petición mediante un mensaje hacía el servidor y este responde con un mensaje de igual característica, detallando la operación y su resultado. Todas las operacion= es pueden adjuntar un objeto o recurso sobre el que actúan, cada objeto web es conocido por su URL (Henríquez, 2017). Desde su implementació= n la mayoría del tráfico que circula en Internet es enviado mediante el uso de e= ste protocolo, además, en los últimos años ha aumentado el número de aplicacion= es web que lo utilizan en diferentes recursos como son imágenes, CSS, JavaScri= pt, etc., así como el aumento considerable de conexiones seguras dentro de la r= ed (Vega, 2014).

&n= bsp;

El prot= ocolo HTTP es considerado el protocolo más utilizado a nivel de la capa de aplicación, siendo el protocolo fundamental para el acceso de los datos en Internet (Oliveira, 2020). 

&n= bsp;

Desde la aparición de la World Wide Web, desde 1991, el protocolo HTTP en su primera versión denominada HTTP/0.9 permitía el intercambio de datos por la web sin procesar su información, con la aparici= ón de HTTP/1.0 en 1996 (Tomás, 2021) se mejoró el protocolo incorporando metainformación sobre los datos y una semántica de solicitud-respuesta, sin embargo, esta versión no toma en cuenta el diferen= ciar una jerarquía de proxys, almacenamiento de caché o conexiones persistentes = (Fielding et al., 1999), es por ello que s= urge en 1997 HTTP/1.1 el cual se mantiene hasta 2015 donde surge HTTP/2 (Tomás, 2021) como solución a la petición múltiple de conexiones al servidor que la versión HTTP/1.0 solicitaba para = la comunicación con el cliente para reducir la latencia, es por ello, que HTTP= /2 adiciona el protocolo de seguridad TLS (Transport Layer Security). Google Chrome es uno de los navegado= res más utilizados por los usuarios en Internet, en 2022 se calculó que este navegador es utilizado por los usuarios de Internet en un 68.56% (NetApplications.com, 2017), por lo que se puede destacar el liderazgo de la empresa Google en el servicio de navegado= res web y por ende una incidencia significativa del protocolo QUIC entre sus clientes y servidores (Espinosa, 2019).

TLS se = define como un protocolo orientado a la seguridad en la capa de transporte de mane= ra criptográfica, proporciona encriptación y autenticación de todas las partes= en la comunicación de la red. Publicado en 1999 por la RFC2246 (Rueda, 2019),​ se constituye en el sucesor del protocolo SSL (Secure Sockets Layer) y hasta la actualidad se ha publicado 4 versio= nes de este, siendo la versión TLS 1.3 publicado en 2018 su último borrador con el= que se cuenta (Priego, 2018). Publicado en agosto de 201= 8 en la RFC8446, TLS 1.3 proporcionó una serie de actualizaciones de parámetros = de seguridad y mejorar el rendimiento en la comunicación (Romero, 2020), tiene como objetivo princi= pal el ofrecer una canal fiable y seguro para la comunicación entre pares de la red bajo un canal seguro y ordenado, para tal efecto debe poseer característica= s de seguridad como criptografía asimétrica en la autenticación, confidencialida= d de la información dado que sólo los puntos finales de la comunicación tienen capacidad de visualizar el contenido e integridad de los datos de forma que= no pueden ser modificados (Rescorla, 2018).

&n= bsp;

QUIC (Q= uick UDP Internet Connections) es un protocolo que nace = de la necesidad de reducir la latencia que genera TCP al momento de establecer conexión (Albasrawi, 2020), además de implementar nuevas características y mejoras en cuanto a la segur= idad en la transmisión (Fernández et al., 2021).

 

QUIC es= un protocolo situado en la capa de transporte que funciona bajo el User Datagram Protocol (UDP), y desarrollado por Google desde 2012, actualmente se encuentra en discusión p= or el equipo de desarrollo de Google y el Internet Engine= ering Task Force (IETF) p= or lo que se cuenta con 2 variaciones del mismo, QUIC de Google (GQUIC) y IETF QU= IC (IQUIC) (Thomas et al., 2019).<= /p>

&n= bsp;

Las pri= ncipales diferencias entre QUIC y TCP se presentan en la Tabla 1.<= /o:p>

&n= bsp;

Tabla <= /span>1=

Comparación entre QUIC Y TCP

CRITERIO

TCP

QUIC

 

= protocolo de enlace de 3 vías.

= de inicio.

 

TLS que consiste en cifrado de datos.

extremo a extremo.<= /p>

 

paquetes del servidor.

= que mejora la latencia.

 =

Para es= tablecer la conexión en QUIC el cliente primeramente usa un mensaje de un paquete pa= ra obtener información del servidor denominado como Hands= hake inicial y así completar el protocolo de enlace. El cliente envía un mensaje= Inchoate CHLO al servidor, este es un Client Hello incompleto y el servidor le responde con un men= saje Reject, el cual contiene el token de dirección de ori= gen, una firma digital, una clave privada y los certificados del servidor que va= n a ayudar al cliente a continuar con la comunicación con el cliente (Espinosa, 2019).

 

Existen diversos trabajos orientados a la comparación de las diferentes versiones d= el protocolo HTTP y QUIC entre los que podemos destacar: “Análisis de velocidad de acceso a sitios web comparando protocolo TCP tradicional con SSL vs protocolo QUIC”  (Iglesias &a= mp; Guaman, 2021), en dónde se mide los tiempos de carga a sitios en la web de manera especial los ofrecidos por Google que soportan tanto el proto= colo QUIC y TCP; así mismo en “Evaluación del uso del protocolo QUIC en Internet= ” (Espinosa, 2019), se hace uso de los servidores Apache y Cloudflare para la navegaci= ón en sitios web que permiten QUIC de la versión IETF. Luego del análisis realiza= do a diferentes trabajos en los que se utiliza las versiones HTTP y QUIC, se pue= de destacar que el presente trabajo se orienta a establecer diferentes escenar= ios de pruebas rigurosos hacia los servidores propuestos, con el fin de generar pruebas más exhaustivas y equitativas de condiciones, mediante la carga de archivos en diferentes formatos (TXT, JPG y MP4) y así poder establecer comparaciones a nivel de protocolos, servidores, limitaciones de red y form= atos utilizados.

&n= bsp;

El obje= tivo de la presente investigación se centra en analizar el rendimiento en la transferencia de tráfico normal y multimedia mediante la implementación de servidores que trabajen con los protocolos HTTP y QUIC con el fin de establ= ecer sus diferencias y particularidades mediante el establecimiento de diversos escenarios de prueba.

&n= bsp;

El pres= ente trabajo está organizado de la siguiente manera:

&n= bsp;

En la s= ección de Materiales y Métodos se establece la arquitectura a utilizar, así como l= as herramientas de software y los servidores seleccionados, así como también l= os sitios web utilizados en cada servidor con sus respectivos dominios; luego = se procede a establecer diferentes escenarios de pruebas con sus característic= as principales.

&n= bsp;

La secc= ión de Resultados y Discusión se evidencia los resultados obtenidos en el desarrol= lo de cada escenario de prueba propuesto, y se genera el detalle y análisis en= la comparación de características relevantes encontradas en cada uno de ellos,= así como la inclusión de gráficas estadísticas que aportan a la discusión y comparación de forma gráfica.

&n= bsp;

Finalmente, en la sección de conclusiones se genera a partir del estudio y discusión de los resultados obtenidos, las principales características encontradas en la comparación de los protocolos HTTP y QUIC.

 

Materiales y Métodos

Una vez analizados los fundamentos = y características más relevantes de las versiones a través del tiempo sobre el protocolo HTTP= , se procede a la planeación para configurar un entorno web que permita establec= er 4 escenarios de prueba sobre 3 servidores web.

 

Figura = 1=

Arquit= ectura del entorno web

En la <= /span>Figura 1, se muestra el entorno web establecido con la presenc= ia de 2 host o clientes con capacidades de comunicación mediante protocolo HTTP/2= y QUIC, así mismo se establece un total de 3 servidores web; 2 servidores web dedicados (OpenLiteSpeed y Nginx) = y 1 servidor comercial (Hostinguer).

&n= bsp;

 Finalmente, la presencia de un gestor de tráfico (Wireshark) que se trata de una herramienta de captura de paquetes = del tráfico de red, con la finalidad de realizar un análisis y medición del uso= de los diferentes protocolos en la transferencia de archivos multimedia y de texto.

&n= bsp;

Componentes de software

Los componentes de software a utilizar para la realización del entor= no web y comunicación cliente – servidor se describen a continuación en la Tabla 2, donde se identifica la herramienta a utilizar= y una breve descripción de la misma.

 

Tabla 2

Componentes a utili= zar para la generación del entorno web

Componente

Descripción

Digital Ocean

Servicio de aloj= amiento cloud privado, dónde se permite la creación de droplets, el cual permite configurar un servidor re= moto en un sistema operativo específico (Morocho Troya, 2022).

Droplet<= /span>

Consiste en una = máquina virtual que opera como un servidor virtual privado (VPS) y con capacidad = de ser multipropósito (Rodríguez, 2020).

Namecheap

 

Servicio de sele= cción y registro de dominios web a bajos costos, es el segundo registrador de dominios más usado en el mundo, los usuarios pueden adquirir y vender sus dominios, así como posee una gran facilidad en las configuraciones DNS (<= span class=3DSpellE>Domain Name <= span class=3DSpellE>System) del dominio (Ke et al., 2023).

 

Wordpress

Es un sistema de= gestión de contenidos (CMS) enfocado en la creación y gestión de aplicaciones y páginas web dinámicas (Calle-González, 2020)<= /span>.

Wireshark

 

Herramienta sniffer o analizador de red de código abierto, el c= ual nos permite capturar los paquetes de datos del tráfico que se genera en u= na red para su análisis, posee una interfaz gráfica, generación de reportes y aplicación de filtros que nos permite identificar protocolos, puertos, direcciones ip y más(Bock, 2022) .

 

Power Bi

Es una herramien= ta de análisis de datos con la capacidad de filtrar y generar reportes gráficos interactivos a través de los datos obtenidos (Bermeo-Pérez & Campoverde-Molina, 2020).

&n= bsp;

Servidores

Para el desarrollo del entorno web que permite la carga de archivos, monitoreo de la transferencia cliente – servidor y posteriormente la comparación de resulta= dos, se opta por el uso y configuración de dos servidores dedicados y uno comerc= ial, los cuales tienen la capacidad de comunicación y transferencia mediante protocolo HTTP/2 y QUIC.

&n= bsp;

 

Servidor OpenLite= Speed

Este se= rvidor web es la versión gratuita de LiteSpeed Technol= ogies, entre sus principales características se puede destacar su notable velocida= d en comparación al servidor web Apache, así como su alto rendimiento, estabilid= ad y eficiencia (Sandra, 2022).  Para el desarrollo de este trabajo, se configura OpenLiteSpeed en el sistema operativo Ubuntu 22.04 mediante un ambiente cloud con Digital Ocean, como punto de partida se debe generar un nuevo droplet en la plataforma bajo = la virtualización del sistema operativo Ubuntu 22.04, una vez instalado el droplet obtendremos una IP pública la cuál podremos configurar en el DNS del dominio que previamente hemos obtenido en Namecheap. En este servidor el dominio a configurar s= erá: www.pruebaquic.online<= /span>.<= /o:p>

&n= bsp;

Servidor Hostingu= er

Hosting= er es un proveedor de alojamiento y dominios web privado, entre sus características podemos destacar que es una plataforma ágil y fácil de configurar en la creación de un nuevo dominio y página web, por lo cual se obtiene un plan de hosting y se configura el dominio www.pruebaquic2.online, luego de esto s= e crea un sitio web mediante la gestión de contenidos en Word= press.

 

Servidor Nginx

El serv= idor Nginx sale a la luz en 2004 y su creador es Igor Sysoev, utilizado por grandes sitios web como WordPre= ss, Hulu y MochiMedia, se caracteriza por su estabi= lidad, seguridad y su fácil configuración demostrando una gran eficiencia (Reese, 2008). Para = el presente trabajo, este servidor se configura mediante la virtualización de = un servidor LEMP (Linux, Nginx, MySQL, PHP) en la plataforma de Digital Ocean, una vez instalado = el droplet obtendremos una Ip pública la cuál podremos configurar en el DNS del dominio www.pruebaquic1.online mediante Namecheap, se p= uede verificar que el servidor se ha instalado correctamente si al ingresar al dominio se presenta el mensaje de bienvenida.

<= o:p> 

Interfaz de usuario

Una vez realizada la configuración de cada uno de los servidores a utilizar, se rea= liza la instalación y configuración de WordPress, así como el diseño de una pági= na sencilla que posee un formulario para la carga de los archivos. Esta página= se replica en los 3 servidores para así poseer características similares en ca= da uno de los escenarios de prueba.

&n= bsp;

La inte= rfaz de nuestra página realizada en WordPress posee un formulario de rápido acceso = para realizar la operación de selección y carga de un archivo, proceso por el cu= al se da la capacidad al cliente de poder elegir un archivo almacenado en su equipo y hacer la carga de este hacia el servidor previamente configurado.<= o:p>

&n= bsp;

Como se ha mencionado, esta interfaz se encuentra disponible en los 3 servidores configurados mediante los siguientes dominios públicos detallado= s en la Tabla 3.<= /o:p>

 

Tabla 3= =

Ip públi= ca y dominio utilizado en cada servidor

SERVIDOR

IP PÚBLICA

DOMINIO

pruebaquic.online

 =

Escenarios de prueba

Una vez establecido el entorno web se plantean los escenarios de prueba para evalua= r la transferencia de tráfico normal y multimedia mediante los protocolos HTTP/2= y QUIC. Por tanto, se describen a continuación los escenarios a realizar.

&n= bsp;

Esce= nario 1

En este escenario se limita el ancho de banda de la red en 500Kbps, y se realiza en los servidores OpenLiteSpeed, Hostinguer= y Nginx la carga de los archivos que se detallan en la Tabla 4, primero mediante el protocolo HTTP/2 y luego mediante QUIC.

 =

Tabla <= /span>4= =

Archivos a utilizar en Escenario = 1

TIPO DE ARCHIVO

TAMAÑO (Kb)

 =

Esce= nario 2

En este escenario se limita el ancho de banda de la red en 1000 Kbps, así como la generación de latencia en la transferencia configurado en 10ms, se realiza = en los servidores OpenLiteSpeed, Hostinguer y Nginx = la carga de los archivos que se detallan en la = Tabla 5, primero mediante= el protocolo HTTP/2 y luego mediante QUIC.

 

Tabla 5= =

Archivos a utilizar en Escenario = 2

TIPO DE ARCHIVO

TAMAÑO (Kb)

 =

Esce= nario 3

En este escenario se limita el ancho de banda de la red en 4000 Kbps, así como la generación de latencia en la transferencia configurado en 15ms y por último la pérdida de paquetes en un 4%, se realiza e= sta prueba en los servidores OpenLiteSpeed y Hostinguer la <= /span>carga de los archivos que se detallan en la Tabla 6, prime= ro mediante el protocolo HTTP/2 y = luego mediante QUIC.

 

Tabla <= /span>6= =

Archivos a utilizar en Escenario = 3

TIPO DE ARCHIVO

TAMAÑO (Kb)

 

Resultados y Dis= cusión

En este apartado se muestran los resultados obtenidos a partir de los escenarios de prueba descritos anteriormente.<= /span>

 

Resultado Escenario 1

En el escenario 1 con los parámetros establecid= os en la sección anterior, mediante la Tabla 7 se especifica el servidor utilizado, así como = el ancho de banda correspondiente a este escenario definido en 500Kbps, bajo q= ue protocolo se realiza la prueba, el tipo de archivo y el resultado de las métricas de evaluación obtenidas desde la herramienta Wireshark en cada ses= ión de prueba.

 

Tabla 7= =

Resultados obtenidos Escenario 1

SERVIDOR

ANCHO DE BANDA

(kbps)=

PROTOCO LO<= /p>

ARCHI VO

TAMAÑ O

(Mb)

RTT

(ms)

PAQUETES CAPTURADO S

TIEMPO=

(s)

PESO (Kb)

OPEN LITE SPEED

500

QUIC

JPG

3

0.0055=

5385

82.01<= /span>

4833

OPEN LITE SPEED

500

QUIC

MP4

3

0.0054=

5510

74.27<= /span>

4988

OPEN LITE SPEED

500

QUIC

TXT

3

0.0041=

5177

70.82<= /span>

4640

HOSTINGUER

500

QUIC

JPG

3

0.0005=

5494

80.12<= /span>

4873

HOSTINGUER

500

QUIC

MP4

3

0.0097=

5716

74.97<= /span>

5121

HOSTINGUER

500

QUIC

TXT

3

0.0006=

5458

79.55<= /span>

4793

NGINX<= /span>

500

QUIC

JPG

3

0.0042=

6152

83.56<= /span>

4901

NGINX<= /span>

500

QUIC

MP4

3

0.0025=

6586

76.65<= /span>

5255

NGINX<= /span>

500

QUIC

TXT

3

0.0036=

6103

82.65<= /span>

4896

OPEN LITE SPEED

500

HTTP2<= /span>

JPG

3

0.06

4580

76.53<= /span>

4324

OPEN LITE SPEED

500

HTTP2<= /span>

MP4

3

0.08

4848

71.10<= /span>

4331

OPEN LITE SPEED

500

HTTP2<= /span>

TXT

3

0.0793=

4941

72.40<= /span>

4444

HOSTINGUER

500

HTTP2<= /span>

JPG

3

0.1066=

5188

75.58<= /span>

4428

HOSTINGUER

500

HTTP2<= /span>

MP4

3

0.1151=

4961

81.08<= /span>

4317

HOSTINGUER

500

HTTP2<= /span>

TXT

3

0.1129=

6677

101.02=

6018

NGINX<= /span>

500

HTTP2<= /span>

JPG

3

0.0873=

6808

91.80<= /span>

5672

NGINX<= /span>

500

HTTP2<= /span>

MP4

3

0.0849=

6941

93.40<= /span>

5731

NGINX<= /span>

500

HTTP2<= /span>

TXT

3

0.0798=

6266

87.02<= /span>

5107

 

En la Figura 2 se aprecia una comparación del tiempo total de carga entre los protocolos HTTP/2 y QUIC, se puede concluir que, en un anch= o de banda de 500 Kbps, los servidores Hostinguer y = Nginx bajo el protocolo QUIC obtuvo menor tiempo de c= arga en comparación a HTTP/2, en cambio en el servidor Open= LiteSpeed la diferencia entre los dos protocolos es mínima provocando que HTTP/2 obte= nga un menor tiempo de carga de 7 segundos menos que QUIC. Lo que nos indica qu= e el protocolo QUIC obtiene menor tiempo de carga en 2 de los 3 servidores puest= os a prueba.

 

Figura 2=

Tiempo total de carga según protocolos HTTP/2 y QUIC en Escenario 1<= span style=3D'mso-bookmark:_Toc38966068'>

=

 

Resultado Escenario 2

Los resultados obtenidos en el escenario 2 se detallan en la Tabla 8, dónde se especifica el servidor utilizado, así como el ancho de banda correspondiente a este escenario definido en 1 Mbps, bajo que protocolo se realiza la prueba, el tipo de archivo y el resultado = de las métricas de evaluación obtenidas desde la herramienta Wireshark en cada sesión de prueba.

 

Tabla 8= =

Resultados obtenidos Escenario 2

 

SERVIDOR

ANCHO DE BANDA

(Mbps)

 

PROTOCOLO

 

ARCHI VO=

TAMA ÑO (Mb)=

 

RTT

(ms)

PAQUETES CAPTURADO S

 

TIEMPO

(s)

 

PESO

(kb)

LITE SPEED

1

QUIC

JPG

5

0.0134=

7656

74.41<= /span>

6981

LITE SPEED

1

QUIC

MP4

5

0.0001=

7770

55.85<= /span>

7083

LITE SPEED

1

QUIC

TXT

5

0.0003=

8063

55.74<= /span>

7394

1

QUIC

JPG

5

0.0001=

7662

56.78<= /span>

6938

1

QUIC

MP4

5

0.0055=

7777

64.28<= /span>

7059

1

QUIC

TXT

5

0.0021=

7876

57.77<= /span>

7154

1

QUIC

JPG

5

0.0145=

7675

78.62<= /span>

6992

1

QUIC

MP4

5

0.0042=

7798

62.56<= /span>

7156

1

QUIC

TXT

5

0.0005=

7956

58.56<= /span>

7056

LITE SPEED

1

HTTP2<= /span>

JPG

5

0.0916=

6835

70.27<= /span>

6286

LITE SPEED

1

HTTP2<= /span>

MP4

5

0.0903=

6998

53.95<= /span>

6444

LITE SPEED

1

HTTP2<= /span>

TXT

5

0.0948=

6947

54.90<= /span>

6467

1

HTTP2<= /span>

JPG

5

0.1083=

7327

55.12<= /span>

6758

1

HTTP2<= /span>

MP4

5

0.1074=

7020

55.24<= /span>

6491

1

HTTP2<= /span>

TXT

5

0.1028=

7860

54.57<= /span>

6927

1

HTTP2<= /span>

JPG

5

0.0828=

8215

60.60<= /span>

7228

1

HTTP2<= /span>

MP4

5

0.0957=

8053

61.82<= /span>

7189

1

HTTP2<= /span>

TXT

5

0.0365=

7841

61.12<= /span>

7246

 

En la Figura 3, se muestra una comparación de tiempo y paquet= es capturados según el formato de archivo en cada uno de los servidores puesto= s a prueba, en donde podemos destacar que en el servidor O= penLiteSpeed, el número de paquetes capturados bajo el protocolo HTTP/2 es significativam= ente más bajo que QUIC y la transferencia se realiza en menor tiempo, es así que podemos considerar que en este servidor tanto  HTTP/2 como QUIC la transferencia del archivo de formato JPG es quien más tardó a diferencia de los demás archivos.

 =

Figura 3=

Tiempo total de transferencia según formato de archivo en Escenario 2

En el servidor Hostinguer<= /span> sucede lo mismo, el número de paquetes capturados es más bajo en el protoco= lo HTTP/2 que en el protocolo QUIC. En el servidor Nginx<= /span> el tiempo de transferencia es menor en HTTP/2 que en el protocolo QUIC, per= o el número de paquetes es mayor en el protocolo HTTP/2 que en el protocolo QUIC= ; lo que nos indica que el protocolo HTTP/2 obtiene mejores resultados en un ambiente donde el ancho de banda es de 1 Mbps, con una latencia de 10 m.s y con archivos de tamaño de 5Mb.

&n= bsp;

Resultado Escenario 3

Los resultados obtenidos en el escenario 3 se detallan en la Tabla 9, dónde se especifica el servidor utilizado, así como el ancho de banda correspondiente a este escenario definido en 4 Mbps, bajo que protocolo se realizó la prueba, el tipo de archivo y el resultado = de las métricas de evaluación obtenidas desde la herramienta Wireshark en cada sesión de prueba.

 

Tabla 9=

Resultados obtenidos Escenario 3

 

SERVIDOR

ANCHO DE BANDA=

(Mbps)

 

PROTOCOLO

 

ARCHI VO<= /span>

TAMA ÑO (Mb)<= /p>

 

RTT

(ms)

PAQUETES CAPTURADO S

 

TIEMPO

(s)

 

PESO

(kb)

LITE SPEED

4

QUIC

JPG

5

0

10449<= /span>

78.50<= /span>

9273

LITE SPEED

4

QUIC

MP4

5

0

10397<= /span>

64.54<= /span>

9278

LITE SPEED

4

QUIC

TXT

5

0

10339<= /span>

60.21<= /span>

9253

4

QUIC

JPG

5

0.0039=

10638<= /span>

79.34<= /span>

9299

4

QUIC

MP4

5

0

10675<= /span>

79.05<= /span>

9311

4

QUIC

TXT

5

0

10688<= /span>

78.06<= /span>

9338

LITE SPEED

4

HTTP2<= /span>

JPG

5

0.0016=

9361

128.69=

9130

LITE SPEED

4

HTTP2<= /span>

MP4

5

0.0012=

9409

114.25=

9154

LITE SPEED

4

HTTP2<= /span>

TXT

5

0.0016=

9254

89.62<= /span>

9129

4

HTTP2<= /span>

JPG

5

0.0045=

9162

128.50=

9140

4

HTTP2<= /span>

MP4

5

0.0665=

10990<= /span>

212.85=

10

4

HTTP2<= /span>

TXT

5

0.0881=

10958<= /span>

228.78=

10

 

En este escenario cabe destacar que se realizó = una serie de pruebas de carga a los servidores mediante el protocolo HTTP/2 con diferentes porcentajes en la pérdida de paquetes, al ser un escenario crítico con la presencia de latencia, pérdida de paquetes y con un ancho de banda limitado a 4Mbps se pudo evidenciar que no se completaba el proceso de transferencia con configuraciones superiores al 4%= de pérdida de paquetes. Es por esto que se realizó las pruebas con los 2 servidores que presentan mejores resultados en los escenarios anteriores que son OpenLiteSpeed<= /span> y Hostinguer.

=  

=  

=  

=  

Figura 4=

Tiempo total de transferencia según formato de archivo en Escenario 3

=

 

Como se puede apreciar en la Figura 4, en este escenario el protocolo QUIC obtiene m= enor tiempo total en la transferencia de archivos desde cliente hacia el servido= r en cada uno de los formatos utilizados, siendo más notoria la diferencia exist= ente en el formato de archivo TXT. El servidor OpenLiteSpee= d es quien obtiene los mejores tiempos de transferencia en comparación a Hostinguer lo cual podemos apreciar a mayor detalle e= n la Figura 5.

 

Figura 5=

 Tiempo tot= al de transferencia según protocolo de cada servidor en Escenario 3=

Por último, se realiza una comparación respecto al número de paquetes capturados y el peso total de la transferencia real= izada con cada uno de los formatos de archivo utilizados en este escenario.= Ver Figura 6.

 

Figura 6=

Comparación de total de paquetes capturados y peso total según formato de archivo en Escenario 3

 

=

 

Q= UIC genera una mayor cantidad de paquetes con respecto a HTTP/2 y esto implica<= span style=3D'letter-spacing:.05pt'> que el peso total de transferencia será mayor, se puede atribuir este resultado a que QUIC dado que su transmisión se basa en UDP genera datagramas de menor longitud, por ende, será mayor el número de paquetes generados y m= ás peso ya que se debe tomar en cuenta los bytes extras que se generan de las cabeceras de cada datagrama.=

 =

Conclusiones

El trab= ajo realizado para comparar el rendimiento en servidores web tiene la intención= de poder evidenciar las diferencias existentes en cuanto a la transferencia de tráfico normal y multimedia que se tiene presente en la navegación por Internet hoy en día. La versión emergente del protocolo HTTP denominado QUIC presenta, bajo los escenarios desarrollados en este trabajo, caract= erísticas importantes referente a su des= empeño como son:

&n= bsp;

En el e= scenario 1 dónde se limita el ancho de banda a 500 Kbps, la sumatoria del tiempo tot= al de carga de todos los servidores utilizados bajo el protocolo HTTP/2 es de 749.97 segundos, mientras que mediante el protocolo QUIC es de 704.64 segun= dos, dando una diferencia de 45.33 segundos, lo que define al protocolo QUIC com= o el más óptimo en la transferencia de los archivos en estas condiciones de prue= ba dado que genera menos tiempo de transmisión.

&n= bsp;

En el e= scenario 2 configurado con un ancho de banda de 1 Mbps y latencia de 10 m.s, el archivo con formato JPG mediante el protocolo= de transferencia QUIC presenta una diferencia considerable en relación a los o= tros 2 formatos utilizados (TXT, MP4), dando un tiempo total excedente de 10 segundos, aun cuando generó 100 paquetes de captura menos que los otros formatos,  mientras que haciendo la comparación frente al protocolo HTTP/2 se puede notar una diferencia de 40 segundos más de tiempo y un generación de 1295 paquetes capturados de diferencia, se puede concluir que bajo estas condiciones de prueba el forma= to JPG en el protocolo QUIC demuestra que tiende a demorar de manera significa= tiva frente a los otros formatos y más aún frente al protocolo HTTP/2.

&n= bsp;

En el e= scenario 3 donde se limita el ancho de banda  a 4 Mbps, latencia de 15 m.s y pérdida de paquetes = al 4%, la sumatoria de los servidores bajo el protocolo QUIC obtuvo un tiempo tota= l de 439.72 segundos, mientras que HTTP/2 obtuvo un tiempo total de 696.99 segun= do, generando una diferencia de 257.27 segundos, es así que podemos concluir qu= e el protocolo QUIC es más eficiente en la transferencia de archivos con entorno= s de red con un ancho de red limitado, con presencia de latencia y pérdida de paquetes, ya que realiza la transferencia en un tiempo menor que HTTP/2

&n= bsp;

En un entorno de red dónd= e se simula pérdida de paquetes mayor a 6% y con latencia mayor a 15 m.s, podemos destacar que el protocolo HTTP/2 en los diferentes servidores utilizados, obtuvo una capacidad de respuesta muy deficiente, no completando la fase de subida de los archivos en 2 servidore= s (Nginx y Hostinguer) y gen= erando un error en la transferencia, no obstante, al hacer uso del protocolo QUIC = bajo los mismos parámetros de simulación; generó una respuesta positiva al primer intento en 2 servidores (OpenLiteSpeed y Hostinguer), completando de manera exitosa el proceso= de subida y transferencia de los archivos, por ende podemos concluir que el protocolo QUIC responde de mejor manera a entornos de red limitados y críti= cos por la presencia de latencia y pérdida de paquetes.

 

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6

Jairo Valle, Rommel Torres, Liliana Enciso, Patricia Ludeña=

5

Comparación del rendimiento en la transferenci= a de tráfico en servidores HTTP/2 y QUIC<= /o:p>

 

Escuela Supe= rior Politécnica del Litoral, ESPOL
<= /p>

 

Revista Tecn= ológica Espol – RTE Vol. 35, N° 3 (Diciembre, 2023) / e-ISSN 1390-3659<= /i>
<= /p>

 

Escuela Supe= rior Politécnica del Litoral, ESPOL
<= /p>

 

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