Materias dentro de su búsqueda.
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TCP/IP (Protocolos de redes de computadoras)
33
Redes de computadoras
19
Internet
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Sistemas de transmisión de datos
5
Sistemas operativos (Computadoras)
5
Protocolos
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Redes de área local (Redes de computadoras)
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Cliente/servidor (Redes de computadoras)
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Intranets (Redes de computadoras)
2
OSI (Redes de computadoras)
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Sistemas de procesamiento de la voz
2
Sistemas telefónicos digitales
2
TCP/IP (Protocolo de redes de computadoras)
2
TCP/IP (Protocolo de redes para computadora)
2
UNIX (Sistema operativo para computadora)
2
UNIX (Sistema operativo para computadoras)
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Area local de redes
1
Arquitectura
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C (Lenguaje de programación)
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Computación cliente-servidor
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Computación móvil
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Control de calidad
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Diseño y construcción
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Internetworking (Telecomunicaciones)
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Internetworking (Telecomunicación)
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Java (Lenguaje de programación)
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Modo de transferencia asincrónica
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Procesamiento de datos
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Protocolos de redes de computadoras
1
Redes para computadora
1
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101por López González, AngelMaterias: “…TCP/IP (Protocolo de redes para computadora).…”
Publicado 2000
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102por Davidson, JonathanMaterias: “…3062 TCP/IP (Protocolos de redes de computadoras)…”
Publicado 2001
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106por Keagy, ScottMaterias: “…3062 TCP/IP (Protocolos de redes de computadoras)…”
Publicado 2001
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109Publicado 2000Tabla de Contenidos: “…Microsoft windows 2000 server guía de TCP/IP--…”
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110por Ciriani, P“…Since the 1980s, these systems have been gradually integrated, initially using G64s as the interface with the PLCs, then, with the introduction of FactoryLink to handle H1 communications based on TCP/IP and, finally, with the Technical Data Server (TDS) and the TCP/IP communication replacing H1.…”
Publicado 1998
Enlace del recurso
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111por Jiang, Congfeng, Fan, Tiantian, Qiu, Yeliang, Wu, Hongyuan, Zhang, Jilin, Xiong, Neal N., Wan, Jian“…Experimental results show that our proposed approach can provide five times higher throughput and 2.5 times less latency than traditional TCP/IP communication via a virtual network interface.…”
Publicado 2018
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112“…For many years CERN had a very sophisticated print server infrastructure [13] which supported several different protocols (AppleTalk, IPX and TCP/IP) and many different printing standards. Todayâs situation differs a lot: we have a much more homogenous network infrastructure, where TCP/IP is used everywhere and we have less printer models, which almost all work using current standards (i.e. they all provide PostScript drivers). …”
Enlace del recurso
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113“…For many years CERN had a very sophisticated print server infrastructure which supported several different protocols (AppleTalk, IPX and TCP/IP) and many different printing standards. Todayâs situation differs a lot: we have a much more homogenous network infrastructure, where TCP/IP is used everywhere and we have less printer models, which almost all work using current standards (i.e. they all provide PostScript drivers). …”
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114“…For many years CERN had a very sophisticated print server infrastructure [13] which supported several different protocols (AppleTalk, IPX and TCP/IP) and many different printing standards. Today's situation differs a lot: we have a much more homogenous network infrastructure, where TCP/IP is used everywhere and we have less printer models, which almost all work using current standards (i.e. they all provide PostScript drivers). …”
Enlace del recurso
Enlace del recurso
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115por Vaniachine, A“…Splitting of a large data processing task into jobs enabled fine-granularity checkpointing analogous to the splitting of a large file into smaller TCP/IP packets during data transfers. Transferring large data in small packets achieves reliability through automatic re-sending of the dropped TCP/IP packets. …”
Publicado 2012
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116Publicado 2004“…Summary about the inventions and the inventors of the Internet, the TCP/IP protocol and finally the Web (1 page)…”
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117por Jereczek, Grzegorz“…The bursty many-to-one communication pattern, typical for data acquisition systems, is particularly demanding for commodity TCP/IP and Ethernet technologies. The problem arising from this pattern is widely known in the literature as \emph{incast} and can be observed as TCP throughput collapse. …”
Publicado 2017
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118por Bauer, G, Boyer, V, Branson, J, Brett, A, Cano, E, Carboni, A, Ciganek, M, Cittolin, S, Erhan, S, Gigi, D, Glege, F, Gómez-Reino, Robert, Gulmini, M, Gutiérrez-Mlot, E, Gutleber, J, Jacobs, C, Kim, J C, Klute, M, Lipeles, E, Lopez-Perez, Juan Antonio, Maron, G, Meijers, F, Meschi, E, Moser, R, Murray, S, Oh, A, Orsini, L, Paus, C, Petrucci, A, Pieri, M, Pollet, L, Rácz, A, Sakulin, H, Sani, M, Schieferdecker, P, Schwick, C, Sumorok, K, Suzuki, I, Tsirigkas, D, Varela, J“…This optimization includes architecture of the Readout Builder, the setup of TCP/IP, and hardware selection.…”
Publicado 2007
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119“…The greatest commonality of all those protocols is not more than the usage of TCP/IP. We investigated the Linux kernel traffic shaper to control TCP/ IP bandwidth. …”
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