Interoperability - Revision history

Caseorganic at 20:48, 29 October 2011

2011-10-29T20:48:22Z

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	Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future.		Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future.

	Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. "~~The~~ network revolution alleviated some of the key issues that Ubicomp addressed"...as "information access expanded beyond what was immediately physical at hand hard drives, removable disks, flash memory), to vast information repositories on the network". <ref>Begole, Bo. Ubiquitous Computing for Business. FT Press, 2011. Pg. 17.</ref> The web had to form before the era of ubiquitous computing could finally begin.		Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. PARC Researcher Bo Begole writes that, "the network revolution alleviated some of the key issues that Ubicomp addressed"...as "information access expanded beyond what was immediately physical at hand hard drives, removable disks, flash memory), to vast information repositories on the network". <ref>Begole, Bo. Ubiquitous Computing for Business. FT Press, 2011. Pg. 17.</ref> The web had to form before the era of ubiquitous computing could finally begin.

	Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "anything that is connected always has more opportunity than anything that isn't. Making it easy for things to work together is the fastest way to lower the cost of anything".<ref>Renan, Sheldon. Note to Self: 1994., in The Next Moore's Law: Netness v6x. Slideshare.net. Published May 2010. Accessed Apr. 2011. http://www.slideshare.net/srenan/netness-v6x</ref>		Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "anything that is connected always has more opportunity than anything that isn't. Making it easy for things to work together is the fastest way to lower the cost of anything".<ref>Renan, Sheldon. Note to Self: 1994., in The Next Moore's Law: Netness v6x. Slideshare.net. Published May 2010. Accessed Apr. 2011. http://www.slideshare.net/srenan/netness-v6x</ref>

	===Interoperation in Traditional vs. Ubiquitous Computing===		===Interoperation in Traditional vs. Ubiquitous Computing===
	In Ubiquitous Computing For Business, ~~PARC researcher Bo~~ Begole points out the traditional computing problem of Transfer, in which "separate computing components should be able to get information from each other without requiting manual transfer"<ref>Ibid, 8.</ref>.		In ''Ubiquitous Computing For Business'', Begole points out the traditional computing problem of Transfer, in which "separate computing components should be able to get information from each other without requiting manual transfer"<ref>Ibid, 8.</ref>. In traditional computing, this refers to computing components inside a computer. In ubiquitous computing, transfer refers to all components that exist anywhere in reality. If the three big problems of traditional computing are performance, storage and transfer, then the big problems of ubiquitous computing are control, overload and interoperation, which Bo Begole defines as "who owns the information and how the can control who can access it when, how to find pertinent information, and how data from one system can be used by a complementary device or service".<ref>Ibid, 9.</ref> In ubiquitous computing, transfer morphs into interoperability.

	In traditional computing, this refers to computing components inside a computer. In ubiquitous computing, transfer refers to all components that exist anywhere in reality. ~~In ubiquitous computing, transfer morphs into interoperability.~~ If the three big problems of traditional computing are performance, storage and transfer, then the big problems of ubiquitous computing are control, overload and interoperation, which Bo Begole defines as "who owns the information and how the can control who can access it when, how to find pertinent information, and how data from one system can be used by a complementary device or service".<ref>Ibid, 9.</ref>

	===Related Reading===		===Related Reading===

Caseorganic at 20:44, 29 October 2011

2011-10-29T20:44:52Z

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	Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. "The network revolution alleviated some of the key issues that Ubicomp addressed"...as "information access expanded beyond what was immediately physical at hand hard drives, removable disks, flash memory), to vast information repositories on the network". <ref>Begole, Bo. Ubiquitous Computing for Business. FT Press, 2011. Pg. 17.</ref> The web had to form before the era of ubiquitous computing could finally begin.		Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. "The network revolution alleviated some of the key issues that Ubicomp addressed"...as "information access expanded beyond what was immediately physical at hand hard drives, removable disks, flash memory), to vast information repositories on the network". <ref>Begole, Bo. Ubiquitous Computing for Business. FT Press, 2011. Pg. 17.</ref> The web had to form before the era of ubiquitous computing could finally begin.

	Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "anything that is connected always has more opportunity than anything that isn't. Making it easy for things to work together is the fastest way to lower the cost of anything".		Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "anything that is connected always has more opportunity than anything that isn't. Making it easy for things to work together is the fastest way to lower the cost of anything".<ref>Renan, Sheldon. Note to Self: 1994., in The Next Moore's Law: Netness v6x. Slideshare.net. Published May 2010. Accessed Apr. 2011. http://www.slideshare.net/srenan/netness-v6x</ref>

	===Interoperation in Traditional vs. Ubiquitous Computing===		===Interoperation in Traditional vs. Ubiquitous Computing===
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	In traditional computing, this refers to computing components inside a computer. In ubiquitous computing, transfer refers to all components that exist anywhere in reality. In ubiquitous computing, transfer morphs into interoperability. If the three big problems of traditional computing are performance, storage and transfer, then the big problems of ubiquitous computing are control, overload and interoperation, which Bo Begole defines as "who owns the information and how the can control who can access it when, how to find pertinent information, and how data from one system can be used by a complementary device or service".<ref>Ibid, 9.</ref>		In traditional computing, this refers to computing components inside a computer. In ubiquitous computing, transfer refers to all components that exist anywhere in reality. In ubiquitous computing, transfer morphs into interoperability. If the three big problems of traditional computing are performance, storage and transfer, then the big problems of ubiquitous computing are control, overload and interoperation, which Bo Begole defines as "who owns the information and how the can control who can access it when, how to find pertinent information, and how data from one system can be used by a complementary device or service".<ref>Ibid, 9.</ref>

			===Related Reading===
			[[Ubiquitous Computing]]

	==References==		==References==

Aaronpk at 21:04, 3 July 2011

2011-07-03T21:04:01Z

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	===Definition===		===Definition===
	Interoperability is a term used to describe the ability of a device to interact with another device. An iPhone or rich sensor can be seen as a device with a high amount of interoperability, whereas an old fashioned refrigerator could be seen as only having the capability to interface with the wall in order to receive electricity. Unlike a phone, the ~~amount~~ of devices and protocols the fridge can interact with is very low.		Interoperability is a term used to describe the ability of a device to interact with another device. An iPhone or rich sensor can be seen as a device with a high amount of interoperability, whereas an old fashioned refrigerator could be seen as only having the capability to interface with the wall in order to receive electricity. Unlike a phone, the number of devices and protocols the fridge can interact with is very low.

	Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future.		Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future.

	Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. "The network ~~rewolution~~ alleviated some of the key issues that Ubicomp addressed"...as "information access expanded beyond what was immediately physical at hand hard drives, removable disks, flash memory), to vast information repositories on the network". <ref>Begole, Bo. Ubiquitous Computing for Business. FT Press, 2011. Pg. 17.</ref> The web had to form before the era of ubiquitous computing could finally begin.		Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. "The network revolution alleviated some of the key issues that Ubicomp addressed"...as "information access expanded beyond what was immediately physical at hand hard drives, removable disks, flash memory), to vast information repositories on the network". <ref>Begole, Bo. Ubiquitous Computing for Business. FT Press, 2011. Pg. 17.</ref> The web had to form before the era of ubiquitous computing could finally begin.

	Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "anything that is connected always has more opportunity than anything that isn't. Making it easy for things to work together is the fastest way to lower the cost of anything".		Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "anything that is connected always has more opportunity than anything that isn't. Making it easy for things to work together is the fastest way to lower the cost of anything".
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	In Ubiquitous Computing For Business, PARC researcher Bo Begole points out the traditional computing problem of Transfer, in which "separate computing components should be able to get information from each other without requiting manual transfer"<ref>Ibid, 8.</ref>.		In Ubiquitous Computing For Business, PARC researcher Bo Begole points out the traditional computing problem of Transfer, in which "separate computing components should be able to get information from each other without requiting manual transfer"<ref>Ibid, 8.</ref>.

	In traditional computing, this refers to computing components inside a computer. In ubiquitous computing, transfer refers to all components that exist anywhere in reality. In ubiquitous computing, transfer morphs into interoperability. If the three big problems of traditional computing are performance, storage and transfer, then the big problems of ubiquitous computing are control, overload and interoperation, which Bo Begole defines as "who ~~ones~~ the information and how the can control who can access it when, how to find pertinent information, and how data from one system can be used by a complementary device or service".<ref>Ibid, 9.</ref>		In traditional computing, this refers to computing components inside a computer. In ubiquitous computing, transfer refers to all components that exist anywhere in reality. In ubiquitous computing, transfer morphs into interoperability. If the three big problems of traditional computing are performance, storage and transfer, then the big problems of ubiquitous computing are control, overload and interoperation, which Bo Begole defines as "who owns the information and how the can control who can access it when, how to find pertinent information, and how data from one system can be used by a complementary device or service".<ref>Ibid, 9.</ref>

	==References==		==References==

Caseorganic at 22:04, 26 June 2011

2011-06-26T22:04:54Z

← Older revision		Revision as of 22:04, 26 June 2011
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	Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future.		Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future.

	Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. "The network rewolution alleviated some of the key issues that Ubicomp addressed"...as "information access expanded beyond what was immediately ~~physicall~~ at hand )hard drives, removable disks, flash memory), to vast information repositories on the network". <ref>Begole, Bo. Ubiquitous Computing for Business. FT Press, 2011. Pg. 17.</ref> The web had to form before the era of ubiquitous computing could finally begin.		Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. "The network rewolution alleviated some of the key issues that Ubicomp addressed"...as "information access expanded beyond what was immediately physical at hand hard drives, removable disks, flash memory), to vast information repositories on the network". <ref>Begole, Bo. Ubiquitous Computing for Business. FT Press, 2011. Pg. 17.</ref> The web had to form before the era of ubiquitous computing could finally begin.

	Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "anything that is connected always has more opportunity than ~~antthing~~ that isn't. Making it easy for things to work together is the fastest ~~wat~~ to lower the cost of anything".		Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "anything that is connected always has more opportunity than anything that isn't. Making it easy for things to work together is the fastest way to lower the cost of anything".

	===Interoperation in Traditional vs. Ubiquitous Computing===		===Interoperation in Traditional vs. Ubiquitous Computing===

Caseorganic at 15:03, 16 May 2011

2011-05-16T15:03:09Z

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	===Interoperation in Traditional vs. Ubiquitous Computing===		===Interoperation in Traditional vs. Ubiquitous Computing===
	In Ubiquitous Computing For Business, PARC researcher Bo Begole points out the traditional computing problem of Transfer, in which "separate computing components should be able to get information from each other without requiting manual transfer"<ref>~~Begole~~, ~~Bo. Ubiquitous Computing for Business. FT Press, 2011. Pg.~~ 8.</ref>.		In Ubiquitous Computing For Business, PARC researcher Bo Begole points out the traditional computing problem of Transfer, in which "separate computing components should be able to get information from each other without requiting manual transfer"<ref>Ibid, 8.</ref>.

	In traditional computing, this refers to computing components inside a computer. In ubiquitous computing, transfer refers to all components that exist anywhere in reality. In ubiquitous computing, transfer morphs into interoperability. If the three big problems of traditional computing are performance, storage and transfer, then the big problems of ubiquitous computing are control, overload and interoperation, which Bo Begole defines as "who ones the information and how the can control who can access it when, how to find pertinent information, and how data from one system can be used by a complementary device or service".<ref>Ibid, 9.</ref>		In traditional computing, this refers to computing components inside a computer. In ubiquitous computing, transfer refers to all components that exist anywhere in reality. In ubiquitous computing, transfer morphs into interoperability. If the three big problems of traditional computing are performance, storage and transfer, then the big problems of ubiquitous computing are control, overload and interoperation, which Bo Begole defines as "who ones the information and how the can control who can access it when, how to find pertinent information, and how data from one system can be used by a complementary device or service".<ref>Ibid, 9.</ref>

Caseorganic at 15:02, 16 May 2011

2011-05-16T15:02:46Z

← Older revision		Revision as of 15:02, 16 May 2011
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	Interoperability is a term used to describe the ability of a device to interact with another device. An iPhone or rich sensor can be seen as a device with a high amount of interoperability, whereas an old fashioned refrigerator could be seen as only having the capability to interface with the wall in order to receive electricity. Unlike a phone, the amount of devices and protocols the fridge can interact with is very low.		Interoperability is a term used to describe the ability of a device to interact with another device. An iPhone or rich sensor can be seen as a device with a high amount of interoperability, whereas an old fashioned refrigerator could be seen as only having the capability to interface with the wall in order to receive electricity. Unlike a phone, the amount of devices and protocols the fridge can interact with is very low.

	Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future. Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. ~~Now~~ that the web ~~exists,~~ the era of ubiquitous computing ~~can~~ finally begin.		Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future.

			Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. "The network rewolution alleviated some of the key issues that Ubicomp addressed"...as "information access expanded beyond what was immediately physicall at hand )hard drives, removable disks, flash memory), to vast information repositories on the network". <ref>Begole, Bo. Ubiquitous Computing for Business. FT Press, 2011. Pg. 17.</ref> The web had to form before the era of ubiquitous computing could finally begin.

	Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "anything that is connected always has more opportunity than antthing that isn't. Making it easy for things to work together is the fastest wat to lower the cost of anything".		Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "anything that is connected always has more opportunity than antthing that isn't. Making it easy for things to work together is the fastest wat to lower the cost of anything".

Caseorganic at 04:17, 16 May 2011

2011-05-16T04:17:11Z

← Older revision		Revision as of 04:17, 16 May 2011
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	Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future. Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. Now that the web exists, the era of ubiquitous computing can finally begin.		Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future. Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. Now that the web exists, the era of ubiquitous computing can finally begin.

	Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "~~Anything~~ that is connected always has more opportunity than antthing that isn't. Making it easy for things to work together is the fastest wat to lower the cost of anything".		Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "anything that is connected always has more opportunity than antthing that isn't. Making it easy for things to work together is the fastest wat to lower the cost of anything".

	===Interoperation in Traditional vs. Ubiquitous Computing===		===Interoperation in Traditional vs. Ubiquitous Computing===

Caseorganic at 04:17, 16 May 2011

2011-05-16T04:17:01Z

← Older revision		Revision as of 04:17, 16 May 2011
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	Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future. Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. Now that the web exists, the era of ubiquitous computing can finally begin.		Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future. Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. Now that the web exists, the era of ubiquitous computing can finally begin.

			Interoperability invites opportunity. In 1994 Sheldon Renan wrote that "Anything that is connected always has more opportunity than antthing that isn't. Making it easy for things to work together is the fastest wat to lower the cost of anything".

	===Interoperation in Traditional vs. Ubiquitous Computing===		===Interoperation in Traditional vs. Ubiquitous Computing===

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===Definition===
Interoperability is a term used to describe the ability of a device to interact with another device. An iPhone or rich sensor can be seen as a device with a high amount of interoperability, whereas an old fashioned refrigerator could be seen as only having the capability to interface with the wall in order to receive electricity. Unlike a phone, the amount of devices and protocols the fridge can interact with is very low.

Objects with greater levels of interoperability are key to ubiquitous computing. Over time, the web has emerged as an interface that smart sensors can hook into in order to connect with other sensors, data sources and users. Though many at research institutions such as PARC and SRI expected ubiquitous computing to appear much sooner, the emergence of the web as the largest technological interface for data pushed the emergence of ubiquitous computing further into the future. Ambient and pervasive ubiquitous computing cannot exist without a large network of data connectivity. Now that the web exists, the era of ubiquitous computing can finally begin.

===Interoperation in Traditional vs. Ubiquitous Computing===
In Ubiquitous Computing For Business, PARC researcher Bo Begole points out the traditional computing problem of Transfer, in which "separate computing components should be able to get information from each other without requiting manual transfer"<ref>Begole, Bo. Ubiquitous Computing for Business. FT Press, 2011. Pg. 8.</ref>.

In traditional computing, this refers to computing components inside a computer. In ubiquitous computing, transfer refers to all components that exist anywhere in reality. In ubiquitous computing, transfer morphs into interoperability. If the three big problems of traditional computing are performance, storage and transfer, then the big problems of ubiquitous computing are control, overload and interoperation, which Bo Begole defines as "who ones the information and how the can control who can access it when, how to find pertinent information, and how data from one system can be used by a complementary device or service".<ref>Ibid, 9.</ref>

==References==
<references />

[[Category:Book Pages]]
[[Category:Finished]]

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