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powerConsumptionModeling.xml @ 1558

Revision 1558, 8.2 KB checked in by wojtekp, 9 years ago (diff)

Property svn:mime-type set to `text/plain`

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[1476]	1	<?xml version="1.0" encoding="UTF-8"?>
	2	<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
	3	xsi:noNamespaceSchemaLocation="../../simulator/schemas/resources/DCwormsResSchema.xsd">
	4
	5	<!-- Data Center description with energy parameters -->
	6	<resources>
	7	<computingResource class="DataCenter" name="dataCenter">
	8	<!-- Defined data center contains only 1 rack (if count attribute is not specified a default value=1 is assumed) -->
	9	<computingResource class="Rack">
	10	<!-- Rack consists of 4 computing nodes, 2 of one type and 2 of another -->
	11	<computingResource class="Node" count="2">
	12	<profile>
	13	<!-- Definition of computing node power profile -->
	14	<powerProfile>
	15	<!-- Reference to energy usage estimation plugin -->
	16	<energyEstimationPlugin>
	17	<name>example.energy.NodeEnergyEstimationPlugin</name>
	18	</energyEstimationPlugin>
	19	<!-- Definition of supported power states and corresponding power consumption -->
	20	<!-- Units according to the user interpretation, however statistics chart generator module by default express the values in Watts -->
	21	<powerStates>
	22	<powerState>
	23	<name>ON</name>
	24	<powerUsage>250</powerUsage>
	25	</powerState>
	26	<powerState>
	27	<name>OFF</name>
	28	<powerUsage>0</powerUsage>
	29	</powerState>
	30	</powerStates>
	31	</powerProfile>
	32	</profile>
	33	<!-- Each of 2 computing nodes contains 4 processors-->
	34	<computingResource class="Processor" count="4">
	35	<profile>
	36	<!-- Definition of processor power profile -->
	37	<powerProfile>
	38	<!-- Reference to energy usage estimation plugin -->
	39	<energyEstimationPlugin>
	40	<name>example.energy.ProcessorEnergyEstimationPlugin</name>
[1558]	41	</energyEstimationPlugin>
	42	<powerStates>
	43	<powerState>
	44	<name>ON</name>
	45	<powerUsage>120</powerUsage>
	46	</powerState>
	47	</powerStates>
[1476]	48	<!-- Definition of supported p-states and corresponding frequency and voltage level and power consumption -->
	49	<!-- Units according to the user interpretation, however, as far as power usage is concerned, statistics chart generator module by default express the values in Watts -->
	50	<parameter name="pState">
	51	<property name="name">
	52	<value>P0</value>
	53	</property>
	54	<property name="frequency">
	55	<value unit="Hz">3000</value>
	56	</property>
	57	<property name="voltage">
	58	<value unit="V">0</value>
	59	</property>
	60	<property name="powerUsage">
	61	<value unit="W">200</value>
	62	</property>
	63	</parameter>
	64	<parameter name="pState">
	65	<property name="name">
	66	<value>P1</value>
	67	</property>
	68	<property name="frequency">
	69	<value unit="H`">2660</value>
	70	</property>
	71	<property name="voltage">
	72	<value unit="V">0</value>
	73	</property>
	74	<property name="powerUsage">
	75	<value unit="W">160</value>
	76	</property>
	77	</parameter>
	78	<parameter name="pState">
	79	<property name="name">
	80	<value>P2</value>
	81	</property>
	82	<property name="frequency">
	83	<value unit="H`">2330</value>
	84	</property>
	85	<property name="voltage">
	86	<value unit="V">0</value>
	87	</property>
	88	<property name="powerUsage">
	89	<value unit="W">140</value>
	90	</property>
	91	</parameter>
	92	<parameter name="pState">
	93	<property name="name">
	94	<value>P3</value>
	95	</property>
	96	<property name="frequency">
	97	<value unit="H`">2000</value>
	98	</property>
	99	<property name="voltage">
	100	<value unit="V">0</value>
	101	</property>
	102	<property name="powerUsage">
	103	<value unit="W">120</value>
	104	</property>
	105	</parameter>
	106	</powerProfile>
	107	</profile>
	108	</computingResource>
	109	</computingResource>
	110	<computingResource class="Node" count="2">
	111	<profile>
	112	<!-- Definition of computing node power profile -->
	113	<powerProfile>
	114	<!-- Reference to energy usage estimation plugin -->
	115	<energyEstimationPlugin>
	116	<name>example.energy.NodeEnergyEstimationPlugin</name>
	117	</energyEstimationPlugin>
	118	<!-- Definition of supported power states and corresponding power consumption -->
	119	<!-- Units according to the user interpretation, however statistics chart generator module by default express the values in Watts -->
	120	<powerStates>
	121	<powerState>
	122	<name>ON</name>
	123	<powerUsage>150</powerUsage>
	124	</powerState>
	125	<powerState>
	126	<name>OFF</name>
	127	<powerUsage>0</powerUsage>
	128	</powerState>
	129	</powerStates>
	130	</powerProfile>
	131	</profile>
	132	<!-- Each of 2 computing nodes contains 4 processors-->
	133	<computingResource class="Processor" count="4">
	134	<profile>
	135	<!-- Definition of processor power profile -->
	136	<powerProfile>
	137	<!-- Reference to energy usage estimation plugin -->
	138	<energyEstimationPlugin>
	139	<name>example.energy.ProcessorEnergyEstimationPlugin</name>
	140	</energyEstimationPlugin>
[1558]	141	<powerStates>
	142	<powerState>
	143	<name>ON</name>
	144	<powerUsage>40</powerUsage>
	145	</powerState>
	146	</powerStates>
[1476]	147	<!-- Definition of supported p-states and corresponding frequency and voltage level and power consumption -->
	148	<!-- Units according to the user interpretation, however, as far as power usage is concerned, statistics chart generator module by default express the values in Watts -->
	149	<parameter name="pState">
	150	<property name="name">
	151	<value>P0</value>
	152	</property>
	153	<property name="frequency">
	154	<value unit="Hz">2000</value>
	155	</property>
	156	<property name="voltage">
	157	<value unit="V">0</value>
	158	</property>
	159	<property name="powerUsage">
	160	<value unit="W">110</value>
	161	</property>
	162	</parameter>
	163	<parameter name="pState">
	164	<property name="name">
	165	<value>P1</value>
	166	</property>
	167	<property name="frequency">
	168	<value unit="H`">1800</value>
	169	</property>
	170	<property name="voltage">
	171	<value unit="V">0</value>
	172	</property>
	173	<property name="powerUsage">
	174	<value unit="W">80</value>
	175	</property>
	176	</parameter>
	177	<parameter name="pState">
	178	<property name="name">
	179	<value>P2</value>
	180	</property>
	181	<property name="frequency">
	182	<value unit="H`">1600</value>
	183	</property>
	184	<property name="voltage">
	185	<value unit="V">0</value>
	186	</property>
	187	<property name="powerUsage">
	188	<value unit="W">60</value>
	189	</property>
	190	</parameter>
	191	<parameter name="pState">
	192	<property name="name">
	193	<value>P3</value>
	194	</property>
	195	<property name="frequency">
	196	<value unit="H`">1400</value>
	197	</property>
	198	<property name="voltage">
	199	<value unit="V">0</value>
	200	</property>
	201	<property name="powerUsage">
	202	<value unit="W">40</value>
	203	</property>
	204	</parameter>
	205	</powerProfile>
	206	</profile>
	207	</computingResource>
	208	</computingResource>
	209	</computingResource>
	210	</computingResource>
	211	<scheduler class="Cluster" name="cluster">
	212	<!-- Definition of scheduling plugin at cluster level -->
	213	<!-- Switch between scheduling/power management plugins to observe the difference in power consumption -->
	214	<schedulingPlugin>
	215	<!-- <name>example.localplugin.FCFSBF_ClusterPlugin</name> -->
	216	<name>example.localplugin.Cluster_FCFSBF_DFSPlugin</name>
	217	</schedulingPlugin>
	218	<!-- Reference to managed resources - cluster manages resources belonging to the defined data center -->
	219	<managedComputingResources include="false">
	220	<resourceName>dataCenter</resourceName>
	221	</managedComputingResources>
	222	</scheduler>
	223	</resources>
	224
	225	</environment>

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