Upref - Revision history

Onnowpurbo: /* Lebih Lanjut */

2015-06-05T01:13:37Z

Lebih Lanjut

Onnowpurbo: /* Lebih Lanjut */

2015-06-04T02:26:28Z

Lebih Lanjut

Onnowpurbo at 02:23, 4 June 2015

2015-06-04T02:23:17Z

Onnowpurbo at 02:16, 4 June 2015

2015-06-04T02:16:46Z

Onnowpurbo at 22:33, 2 June 2015

2015-06-02T22:33:11Z

Onnowpurbo: New page: Microbenchmarks rarely measure real world performance. This is especially true in networking where applications can use multiple protocols, use different types of communication, interleav...

2015-06-02T22:32:24Z

New page: Microbenchmarks rarely measure real world performance. This is especially true in networking where applications can use multiple protocols, use different types of communication, interleav...

New page

Microbenchmarks rarely measure real world performance. This is especially true in networking where applications can use multiple protocols, use different types of communication, interleave CPU processing with communication, etc. However, popular microbenchmarks like iPerf and netperf are very simplistic, supporting only one protocol at a time, fixed message sized communication, no support for interleaving CPU processing between communication, and so on. Thus there is a need for a tool to closely model real world performance.

Uperf (Unifed performance tool for networking) solves this problem by allowing the user to model the real world application using a very high level language (called profile) and running this over the network. It allows the user to use multiple protocols, varying message sizes for communication, a 1xN communication model, support for collection of CPU counter statistics, and much more.

==Lebih Lanjut==

==Referensi==

* http://www.uperf.org/manual.html

@@ Line 23: / Line 23: @@
 * [[upref: download]]
 * [[upref: instalasi]]
 ==Referensi==
 * http://www.uperf.org/manual.html

← Older revision		Revision as of 02:23, 4 June 2015
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	Uperf (Unifed performance tool for networking) solves this problem by allowing the user to model the real world application using a very high level language (called profile) and running this over the network. It allows the user to use multiple protocols, varying message sizes for communication, a 1xN communication model, support for collection of CPU counter statistics, and much more.		Uperf (Unifed performance tool for networking) solves this problem by allowing the user to model the real world application using a very high level language (called profile) and running this over the network. It allows the user to use multiple protocols, varying message sizes for communication, a 1xN communication model, support for collection of CPU counter statistics, and much more.
		+
		+	The following list is a short overview of some of the features supported by uperf:
		+
		+	* Support modeling of workloads using profiles
		+	* Support for Multiple protocols (new protocols can be easily integrated). Currently the following protocols are supported.
		+	TCP
		+	UDP
		+	SCTP
		+	SSL
		+	* 1-Many hosts
		+	* Support for CPU counters and lots of other detailed statistics
		+	* Fenxi integration (Cool graphs!).
		+	* Ability to choose whether to use processes or threads
		+	* Runs on Solaris, Linux and windows [1]
		+
		+

	==Lebih Lanjut==		==Lebih Lanjut==

← Older revision		Revision as of 22:33, 2 June 2015
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−	Microbenchmarks rarely measure real world performance. This is especially true in networking where applications can use multiple protocols, use different types of communication, interleave CPU processing with communication, etc. However, popular microbenchmarks like iPerf and netperf are very simplistic, supporting only one protocol at a time, fixed message sized communication, no support for interleaving CPU processing between communication, and so on. Thus there is a need for a tool to closely model real world performance.	+	Microbenchmarks rarely measure real world performance. This is especially true in networking where applications can use multiple protocols, use different types of communication, interleave CPU processing with communication, etc. However, popular microbenchmarks like iPerf and netperf are very simplistic, supporting only one protocol at a time, fixed message sized communication, no support for interleaving CPU processing between communication, and so on. Thus there is a need for a tool to closely model real world performance.

	Uperf (Unifed performance tool for networking) solves this problem by allowing the user to model the real world application using a very high level language (called profile) and running this over the network. It allows the user to use multiple protocols, varying message sizes for communication, a 1xN communication model, support for collection of CPU counter statistics, and much more.		Uperf (Unifed performance tool for networking) solves this problem by allowing the user to model the real world application using a very high level language (called profile) and running this over the network. It allows the user to use multiple protocols, varying message sizes for communication, a 1xN communication model, support for collection of CPU counter statistics, and much more.