GMU:(In)Visible Networks/Networks - Revision history

Miga: /* Hardware */

2017-04-19T14:13:07Z

Hardware

← Older revision		Revision as of 14:13, 19 April 2017
Line 15:		Line 15:
	https://www.uni-weimar.de/kunst-und-gestaltung/wiki/GMU:Tutorials		https://www.uni-weimar.de/kunst-und-gestaltung/wiki/GMU:Tutorials
	===Hardware===		===Hardware===
	*Linux, Mac~~, Windows~~		*Linux, Mac
	*Sound system		*Sound system
	*Video wall		*Video wall
	*video tracking system		*video tracking system

	===Software===		===Software===
	*Unity 3d, Unreal Engine		*Unity 3d, Unreal Engine

Miga: /* Showcase */

2017-04-19T14:12:34Z

Showcase

← Older revision		Revision as of 14:12, 19 April 2017
Line 12:		Line 12:

	==Showcase==		==Showcase==
			===Tutorials===
			https://www.uni-weimar.de/kunst-und-gestaltung/wiki/GMU:Tutorials
			===Hardware===
			*Linux, Mac, Windows
			*Sound system
			*Video wall
			*video tracking system
			===Software===
	*Unity 3d, Unreal Engine		*Unity 3d, Unreal Engine
	*captury		*captury

Miga at 13:59, 19 April 2017

2017-04-19T13:59:26Z

← Older revision		Revision as of 13:59, 19 April 2017
Line 10:		Line 10:
	==DBL networks==		==DBL networks==
	[[File:doc00988520170419161654.jpg\|400px]]		[[File:doc00988520170419161654.jpg\|400px]]

			==Showcase==
			*Unity 3d, Unreal Engine
			*captury
			*Zirkonium
			*Pure data, Max
			*Processing
			*mobmuplat, touchOSC

Miga at 13:57, 19 April 2017

2017-04-19T13:57:42Z

← Older revision		Revision as of 13:57, 19 April 2017
Line 1:		Line 1:
	===Networks===		==Networks==
	[[File:baran_net1.gif\|400px\|right\|Fig.1. Networks. Available at: http://en.wikinoticia.com/Technology/general-technology/73667-why-is-it-possible-to- disable-the-internet (Accessed: 31 May 2015).]]Physically, computer networks are connected to each other non-hierarchically and do not necessarily depend on intermediaries, e.g. servers routing digital information to the end computer.		[[File:baran_net1.gif\|400px\|right\|Fig.1. Networks. Available at: http://en.wikinoticia.com/Technology/general-technology/73667-why-is-it-possible-to- disable-the-internet (Accessed: 31 May 2015).]]Physically, computer networks are connected to each other non-hierarchically and do not necessarily depend on intermediaries, e.g. servers routing digital information to the end computer.

Miga at 13:56, 19 April 2017

2017-04-19T13:56:40Z

← Older revision		Revision as of 13:56, 19 April 2017
Line 7:		Line 7:

	In contrast to the network systems mentioned above, other network concepts are based on Peer-to-Peer (P2P) or computer-to-computer connections, which may have a decentralized or distributed character better suited to self-organized systems. However, as was mentioned earlier, they would still be dependent on the Internet layer organized upon a semi-hierarchical DNS system, which is controlled by the Internet Corporation for Assigned Names and Numbers (ICANN). This corporation is responsible for managing all IP addresses, and it therefore makes the Internet centralized from the perspective of IP addresses provided.		In contrast to the network systems mentioned above, other network concepts are based on Peer-to-Peer (P2P) or computer-to-computer connections, which may have a decentralized or distributed character better suited to self-organized systems. However, as was mentioned earlier, they would still be dependent on the Internet layer organized upon a semi-hierarchical DNS system, which is controlled by the Internet Corporation for Assigned Names and Numbers (ICANN). This corporation is responsible for managing all IP addresses, and it therefore makes the Internet centralized from the perspective of IP addresses provided.

			==DBL networks==
			[[File:doc00988520170419161654.jpg\|400px]]

Miga: /* Networks */

2017-04-19T13:01:26Z

Networks

← Older revision		Revision as of 13:01, 19 April 2017
Line 4:		Line 4:
	Nevertheless, computers within the computer networks are usually connected over the network switch or wireless router, in such a way forming a decentralized (and at the same time semi-hierarchical; see Fig.1.) network. In order for the computers to interact with each other, the networks are based on certain rules set across the different protocols. The Internet Protocol Suite (TCP/IP) is one of the most widely used set of protocols forming a network of interconnected computers. One of its abstraction layers, the Internet Layer, facilitates the interconnection of networks, enabling digital data flow among computers. Its Internet Protocol (IP) defines the fundamental address spaces that are then controlled by Domain Name Servers (DNS). In other words, the Internet is defined by TCP/IP and DNS (Braden 1989).		Nevertheless, computers within the computer networks are usually connected over the network switch or wireless router, in such a way forming a decentralized (and at the same time semi-hierarchical; see Fig.1.) network. In order for the computers to interact with each other, the networks are based on certain rules set across the different protocols. The Internet Protocol Suite (TCP/IP) is one of the most widely used set of protocols forming a network of interconnected computers. One of its abstraction layers, the Internet Layer, facilitates the interconnection of networks, enabling digital data flow among computers. Its Internet Protocol (IP) defines the fundamental address spaces that are then controlled by Domain Name Servers (DNS). In other words, the Internet is defined by TCP/IP and DNS (Braden 1989).

	Being the most prevailing, the Internet is also seen as a layer for other networks that can be constructed in order to permit the routing of digital data in predefined lower level networks. For example, the Local Area Network (LAN) is usually used for small-scale networks and is defined by physical space, like a room or house. A Wide Area Network (WAN) or Virtual Private Network (VPN) can overarch a much broader geographical area but are still used in a defined network by businesses or governments. Those networks are usually constructed upon hierarchical routing rules using intermediary servers, and self-organization within those networks could only be possible with a set of predefined exceptions, such as elements a, b, and c, which may become self-organized if all of them are connected to an element d.		Being the most prevailing, the Internet is also seen as a layer for other networks that can be constructed in order to permit the routing of digital data in predefined lower level networks. For example, the Local Area Network (LAN) is usually used for small-scale networks and is defined by physical space, like a room or house. A Wide Area Network (WAN) or Virtual Private Network (VPN) can overarch a much broader geographical area but are still used in a defined network by businesses or governments. Those networks are usually constructed upon hierarchical routing rules using intermediary servers, and self-organization within those networks could only be possible with a set of predefined exceptions, such as elements a, b, and c, which may become self-organized if all of them are connected to an element d (see for example entry at wikipedia for [https://en.wikipedia.org/wiki/Dynamic_Host_Configuration_Protocol dhcp]).

	In contrast to the network systems mentioned above, other network concepts are based on Peer-to-Peer (P2P) or computer-to-computer connections, which may have a decentralized or distributed character better suited to self-organized systems. However, as was mentioned earlier, they would still be dependent on the Internet layer organized upon a semi-hierarchical DNS system, which is controlled by the Internet Corporation for Assigned Names and Numbers (ICANN). This corporation is responsible for managing all IP addresses, and it therefore makes the Internet centralized from the perspective of IP addresses provided.		In contrast to the network systems mentioned above, other network concepts are based on Peer-to-Peer (P2P) or computer-to-computer connections, which may have a decentralized or distributed character better suited to self-organized systems. However, as was mentioned earlier, they would still be dependent on the Internet layer organized upon a semi-hierarchical DNS system, which is controlled by the Internet Corporation for Assigned Names and Numbers (ICANN). This corporation is responsible for managing all IP addresses, and it therefore makes the Internet centralized from the perspective of IP addresses provided.

Miga: /* Networks */

2017-04-19T12:57:18Z

Networks

← Older revision		Revision as of 12:57, 19 April 2017
Line 1:		Line 1:
	===Networks===		===Networks===
	[[File:baran_net1.gif\|400px\|right\|Fig.1. Networks. Available at: http://en.wikinoticia.com/Technology/general-technology/73667-why-is-it-possible-to- disable-the-internet (Accessed: 31 May 2015).]]Physically, computer networks are connected to each other non-hierarchically ~~(or decentralized; see Fig.1.)~~ and do not necessarily depend on intermediaries, e.g. servers routing digital information to the end computer.		[[File:baran_net1.gif\|400px\|right\|Fig.1. Networks. Available at: http://en.wikinoticia.com/Technology/general-technology/73667-why-is-it-possible-to- disable-the-internet (Accessed: 31 May 2015).]]Physically, computer networks are connected to each other non-hierarchically and do not necessarily depend on intermediaries, e.g. servers routing digital information to the end computer.

	Nevertheless, computers within the computer networks are usually connected over the network switch or wireless router, in such a way forming a decentralized (and at the same time semi-hierarchical) network. In order for the computers to interact with each other, the networks are based on certain rules set across the different protocols. The Internet Protocol Suite (TCP/IP) is one of the most widely used set of protocols forming a network of interconnected computers. One of its abstraction layers, the Internet Layer, facilitates the interconnection of networks, enabling digital data flow among computers. Its Internet Protocol (IP) defines the fundamental address spaces that are then controlled by Domain Name Servers (DNS). In other words, the Internet is defined by TCP/IP and DNS (Braden 1989).		Nevertheless, computers within the computer networks are usually connected over the network switch or wireless router, in such a way forming a decentralized (and at the same time semi-hierarchical; see Fig.1.) network. In order for the computers to interact with each other, the networks are based on certain rules set across the different protocols. The Internet Protocol Suite (TCP/IP) is one of the most widely used set of protocols forming a network of interconnected computers. One of its abstraction layers, the Internet Layer, facilitates the interconnection of networks, enabling digital data flow among computers. Its Internet Protocol (IP) defines the fundamental address spaces that are then controlled by Domain Name Servers (DNS). In other words, the Internet is defined by TCP/IP and DNS (Braden 1989).

	Being the most prevailing, the Internet is also seen as a layer for other networks that can be constructed in order to permit the routing of digital data in predefined lower level networks. For example, the Local Area Network (LAN) is usually used for small-scale networks and is defined by physical space, like a room or house. A Wide Area Network (WAN) or Virtual Private Network (VPN) can overarch a much broader geographical area but are still used in a defined network by businesses or governments. Those networks are usually constructed upon hierarchical routing rules using intermediary servers, and self-organization within those networks could only be possible with a set of predefined exceptions, such as elements a, b, and c, which may become self-organized if all of them are connected to an element d.		Being the most prevailing, the Internet is also seen as a layer for other networks that can be constructed in order to permit the routing of digital data in predefined lower level networks. For example, the Local Area Network (LAN) is usually used for small-scale networks and is defined by physical space, like a room or house. A Wide Area Network (WAN) or Virtual Private Network (VPN) can overarch a much broader geographical area but are still used in a defined network by businesses or governments. Those networks are usually constructed upon hierarchical routing rules using intermediary servers, and self-organization within those networks could only be possible with a set of predefined exceptions, such as elements a, b, and c, which may become self-organized if all of them are connected to an element d.

	In contrast to the network systems mentioned above, other network concepts are based on Peer-to-Peer (P2P) or computer-to-computer connections, which may have a decentralized or distributed character better suited to self-organized systems. However, as was mentioned earlier, they would still be dependent on the Internet layer organized upon a semi-hierarchical DNS system, which is controlled by the Internet Corporation for Assigned Names and Numbers (ICANN). This corporation is responsible for managing all IP addresses, and it therefore makes the Internet centralized from the perspective of IP addresses provided.		In contrast to the network systems mentioned above, other network concepts are based on Peer-to-Peer (P2P) or computer-to-computer connections, which may have a decentralized or distributed character better suited to self-organized systems. However, as was mentioned earlier, they would still be dependent on the Internet layer organized upon a semi-hierarchical DNS system, which is controlled by the Internet Corporation for Assigned Names and Numbers (ICANN). This corporation is responsible for managing all IP addresses, and it therefore makes the Internet centralized from the perspective of IP addresses provided.

Miga: /* Networks */

2017-04-19T12:36:58Z

Networks

← Older revision		Revision as of 12:36, 19 April 2017
Line 1:		Line 1:
	===Networks===		===Networks===
	Physically, computer networks are connected to each other non-hierarchically and do not necessarily depend on intermediaries, e.g. servers routing digital information to the end computer.		[[File:baran_net1.gif\|400px\|right\|Fig.1. Networks. Available at: http://en.wikinoticia.com/Technology/general-technology/73667-why-is-it-possible-to- disable-the-internet (Accessed: 31 May 2015).]]Physically, computer networks are connected to each other non-hierarchically (or decentralized; see Fig.1.) and do not necessarily depend on intermediaries, e.g. servers routing digital information to the end computer.

	Nevertheless, computers within the computer networks are usually connected over the network switch or wireless router, in such a way forming a decentralized (and at the same time semi-hierarchical) network. In order for the computers to interact with each other, the networks are based on certain rules set across the different protocols. The Internet Protocol Suite (TCP/IP) is one of the most widely used set of protocols forming a network of interconnected computers. One of its abstraction layers, the Internet Layer, facilitates the interconnection of networks, enabling digital data flow among computers. Its Internet Protocol (IP) defines the fundamental address spaces that are then controlled by Domain Name Servers (DNS). In other words, the Internet is defined by TCP/IP and DNS (Braden 1989).		Nevertheless, computers within the computer networks are usually connected over the network switch or wireless router, in such a way forming a decentralized (and at the same time semi-hierarchical) network. In order for the computers to interact with each other, the networks are based on certain rules set across the different protocols. The Internet Protocol Suite (TCP/IP) is one of the most widely used set of protocols forming a network of interconnected computers. One of its abstraction layers, the Internet Layer, facilitates the interconnection of networks, enabling digital data flow among computers. Its Internet Protocol (IP) defines the fundamental address spaces that are then controlled by Domain Name Servers (DNS). In other words, the Internet is defined by TCP/IP and DNS (Braden 1989).

Miga: Created page with "===Networks=== Physically, computer networks are connected to each other non-hierarchically and do not necessarily depend on intermediaries, e.g. servers routing digital infor..."

2017-04-15T22:48:35Z

Created page with "===Networks=== Physically, computer networks are connected to each other non-hierarchically and do not necessarily depend on intermediaries, e.g. servers routing digital infor..."

New page

===Networks===
Physically, computer networks are connected to each other non-hierarchically and do not necessarily depend on intermediaries, e.g. servers routing digital information to the end computer.

Nevertheless, computers within the computer networks are usually connected over the network switch or wireless router, in such a way forming a decentralized (and at the same time semi-hierarchical) network. In order for the computers to interact with each other, the networks are based on certain rules set across the different protocols. The Internet Protocol Suite (TCP/IP) is one of the most widely used set of protocols forming a network of interconnected computers. One of its abstraction layers, the Internet Layer, facilitates the interconnection of networks, enabling digital data flow among computers. Its Internet Protocol (IP) defines the fundamental address spaces that are then controlled by Domain Name Servers (DNS). In other words, the Internet is defined by TCP/IP and DNS (Braden 1989).

Being the most prevailing, the Internet is also seen as a layer for other networks that can be constructed in order to permit the routing of digital data in predefined lower level networks. For example, the Local Area Network (LAN) is usually used for small-scale networks and is defined by physical space, like a room or house. A Wide Area Network (WAN) or Virtual Private Network (VPN) can overarch a much broader geographical area but are still used in a defined network by businesses or governments. Those networks are usually constructed upon hierarchical routing rules using intermediary servers, and self-organization within those networks could only be possible with a set of predefined exceptions, such as elements a, b, and c, which may become self-organized if all of them are connected to an element d.

In contrast to the network systems mentioned above, other network concepts are based on Peer-to-Peer (P2P) or computer-to-computer connections, which may have a decentralized or distributed character better suited to self-organized systems. However, as was mentioned earlier, they would still be dependent on the Internet layer organized upon a semi-hierarchical DNS system, which is controlled by the Internet Corporation for Assigned Names and Numbers (ICANN). This corporation is responsible for managing all IP addresses, and it therefore makes the Internet centralized from the perspective of IP addresses provided.