Template:Multiple systems (concurrent operating times) - Revision history

Richard House: Redirected page to RGA Data Types#Multiple Systems .28Concurrent Operating Times.29

2012-08-24T01:03:38Z

Redirected page to RGA Data Types#Multiple Systems .28Concurrent Operating Times.29

← Older revision		Revision as of 01:03, 24 August 2012
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	~~====Multiple Systems (Concurrent Operating Times)====~~		#REDIRECT [[RGA_Data_Types#Multiple_Systems_.28Concurrent_Operating_Times.29]]
	This data type is used for tests where a number of systems are tested and the start, end of failure times are recorded. This data type assumes uniform time accumulation and that the systems are tested simultaneously. As an example, consider the data of two systems shown in the next figure. System 1 begins testing at time equals 0 (with a start event, S) and failures are encountered and corrected at 281, 312 and 776 (with failure events, F). Testing stops at 1000 hours (with an end event, E). System 2 begins testing at time equals 0 and failures are encountered and corrected at 40, 222 and 436. Testing stops at 500 hours. RGA has two options to view this type of data. The next two figures show the normal and advanced view. Both figures represent the same data. Note that when entering data within the normal view, each system must be initiated with a start event.
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	~~[[Image:rga3.7.png\|thumb\|center\|400px\|Normal view for Multiple Systems (Concurrent Operating Times) data]]~~
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	[[~~Image:rga3~~.8.~~png\|thumb\|center\|400px\|Advanced view for Multiple Systems (Concurrent Operating Times) data, data for one of two systems displayed~~]]

Athanasios Gerokostopoulos: /* Multiple Systems (Concurrent Operating Times) */

2012-06-06T20:01:49Z

Multiple Systems (Concurrent Operating Times)

← Older revision		Revision as of 20:01, 6 June 2012
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	====Multiple Systems (Concurrent Operating Times)====		====Multiple Systems (Concurrent Operating Times)====
	This data type is used for tests where a number of systems are tested and the start, end of failure times are recorded. This data type assumes uniform time accumulation and that the systems are tested simultaneously. As an example, consider the data of two systems shown in the next figure. System 1 begins testing at time equals 0 (with a start event, S) and failures are encountered and corrected at 281, 312 and 776 (with failure events, F). Testing stops at 1000 hours (with an end event, E). System 2 begins testing at time equals 0 and failures are encountered and corrected at 40, 222 and 436. Testing stops at 500 hours. RGA has two options to view this type of data. ~~Figure fignormview shows~~ the normal ~~view, while Figure figadvview shows the~~ advanced view. Both figures represent the same data.		This data type is used for tests where a number of systems are tested and the start, end of failure times are recorded. This data type assumes uniform time accumulation and that the systems are tested simultaneously. As an example, consider the data of two systems shown in the next figure. System 1 begins testing at time equals 0 (with a start event, S) and failures are encountered and corrected at 281, 312 and 776 (with failure events, F). Testing stops at 1000 hours (with an end event, E). System 2 begins testing at time equals 0 and failures are encountered and corrected at 40, 222 and 436. Testing stops at 500 hours. RGA has two options to view this type of data. The next two figures show the normal and advanced view. Both figures represent the same data. Note that when entering data within the normal view, each system must be initiated with a start event.
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	~~<math></math>~~
	[[Image:rga3.7.png\|thumb\|center\|400px\|Normal view for Multiple Systems (Concurrent Operating Times) data]]		[[Image:rga3.7.png\|thumb\|center\|400px\|Normal view for Multiple Systems (Concurrent Operating Times) data]]


	~~<math></math>~~

	~~When entering data within the normal view, each system must be initiated with a start event. Figure fignormview shows an example of that format.~~
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	[[Image:rga3.8.png\|thumb\|center\|400px\|Advanced view for Multiple Systems (Concurrent Operating Times) data, data for one of two systems displayed]]		[[Image:rga3.8.png\|thumb\|center\|400px\|Advanced view for Multiple Systems (Concurrent Operating Times) data, data for one of two systems displayed]]

Athanasios Gerokostopoulos: /* Multiple Systems (Concurrent Operating Times) */

2012-06-06T19:58:13Z

Multiple Systems (Concurrent Operating Times)

← Older revision		Revision as of 19:58, 6 June 2012
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	====Multiple Systems (Concurrent Operating Times)====		====Multiple Systems (Concurrent Operating Times)====
	This data type is used for tests where a number of systems are tested and the start, end of failure times are recorded. This data type assumes uniform time accumulation and that the systems are tested simultaneously. As an example, consider the data of two systems shown in ~~Figure fignormview~~. System 1 begins testing at time equals 0 (with a start event, S) and failures are encountered and corrected at 281, 312 and 776 (with failure events, F). Testing stops at 1000 hours (with an end event, E). System 2 begins testing at time equals 0 and failures are encountered and corrected at 40, 222 and 436. Testing stops at 500 hours. RGA has two options to view this type of data. Figure fignormview shows the normal view, while Figure figadvview shows the advanced view. Both figures represent the same data.		This data type is used for tests where a number of systems are tested and the start, end of failure times are recorded. This data type assumes uniform time accumulation and that the systems are tested simultaneously. As an example, consider the data of two systems shown in the next figure. System 1 begins testing at time equals 0 (with a start event, S) and failures are encountered and corrected at 281, 312 and 776 (with failure events, F). Testing stops at 1000 hours (with an end event, E). System 2 begins testing at time equals 0 and failures are encountered and corrected at 40, 222 and 436. Testing stops at 500 hours. RGA has two options to view this type of data. Figure fignormview shows the normal view, while Figure figadvview shows the advanced view. Both figures represent the same data.
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Nicolette Young: Created page with '====Multiple Systems (Concurrent Operating Times)==== This data type is used for tests where a number of systems are tested and the start, end of failure times are recorded. This…'

2012-01-05T18:02:20Z

Created page with '====Multiple Systems (Concurrent Operating Times)==== This data type is used for tests where a number of systems are tested and the start, end of failure times are recorded. This…'

New page

====Multiple Systems (Concurrent Operating Times)====
This data type is used for tests where a number of systems are tested and the start, end of failure times are recorded. This data type assumes uniform time accumulation and that the systems are tested simultaneously. As an example, consider the data of two systems shown in Figure fignormview. System 1 begins testing at time equals 0 (with a start event, S) and failures are encountered and corrected at 281, 312 and 776 (with failure events, F). Testing stops at 1000 hours (with an end event, E). System 2 begins testing at time equals 0 and failures are encountered and corrected at 40, 222 and 436. Testing stops at 500 hours. RGA has two options to view this type of data. Figure fignormview shows the normal view, while Figure figadvview shows the advanced view. Both figures represent the same data.
 
 
<math></math>
[[Image:rga3.7.png|thumb|center|400px|Normal view for Multiple Systems (Concurrent Operating Times) data]]

<math></math>

When entering data within the normal view, each system must be initiated with a start event. Figure fignormview shows an example of that format.
 
 
 
[[Image:rga3.8.png|thumb|center|400px|Advanced view for Multiple Systems (Concurrent Operating Times) data, data for one of two systems displayed]]