Open Source Ecology - User contributions [en]

User talk:EtienneD

2011-02-24T17:09:01Z

SimonF: Add-on in French to EtienneD's User talk.

Bonjour Messieurs.

Désolé de vous décevoir mais il n'y a pas que des Français qui s'intéressent à OSE... Tout comme moi, d'autres Québécois fréquentent le site. :)

Si mon horaire le permet, je serai heureux de vous aidez si vous en faites la demande. Par contre, je ne peux prendre d'engagements fermes puisque ma vie est sujette à des changements sans préavis. :(

Continuez votre bon travail.

SimonF

----

Salut Etienne, content de voir qu'on est plusieurs français à collaborer sur Open Source Ecology ! Et bravo et merci pour ta traduction du Crash course... J'ai juste changé "libre de droits" en "open source" car ce n'est pas la même chose. Les licences "open source" comportent souvent quelques obligations à respecter, comme le "partage à l'identique" ou "share alike" de la licence Creative Commons BY SA par exemple ( http://creativecommons.org/licenses/by-sa/3.0/ ). Sur ce, à bientôt à la ferme ! [[User:Sourinux|sourinux]] 08:07, 24 February 2011 (PST)

HyperMesh

2011-02-22T18:26:44Z

SimonF: Minor corrections. Added SNMP and DSCP.

{{Category=Wireless mesh networking}}
The mandate of the HyperMesh project is to provide a means of cheaply and easily distributing bandwidth and telephony services throughout a community.

The specifications must be identified:
*Multiple Input, Multiple Output
*Opportunistic mesh networking
*Ethernet, wireless, and broadband connectivity
*3G/4G compatible
*VoIP
*Price point per unit of less than $50, less than $20 is preferred.

Outside resiliency is desired.
*PSU - A Power Supply Unit that would provide sufficient power to all the component parts.
*PPE - Primary Processing Element, a Central Processing Unit. RAM and long-term storage requests are offloaded to the network via the *BIONOS - Basic Input Output Networking Operating System, includes support for 802.3, 802.11 s/g/(n/b are optional), and IMT-2000. If need be, it would interface with the network to access a higher level operating system.
*8P8C - A plastic connector (8 position, 8 conductors) for physically interfacing with the HyperMesh device (used often in 10Base-T and up Ethernet networks).

Configuration, diagnosis and monitoring (SNMP) would take place via Ethernet or through Wireless connection in order to acheive maximum availability.
DSCP (previously knowned as QoS or ToS) has to be supported to guarantee reliable VoIP.

Alternatively,
http://i68.photobucket.com/albums/i15/KickAssClown/BS_MeshStation.jpg

*PSU - A Power Supply Unit that would provide sufficient power to all the component parts.
*PPE - Primary Processing Element, a Central Processing Unit.
*I/O - A USB and 8P8C connector for basic interface with the device. USB is optional. The device could be accessed and configured using any physical or wireless connection.
*RAM - enough to operate quickly and efficiently even under high stress.
*SSD - Flash memory for long-term storage and for firmware upgrades. Enough for the OS plus firmware upgrades. Might be optional if firmware can be upgraded and OS can be retrieved using any physical or wireless connection.
*NET - Controller for 802.3, 802.11g and 802.11s (a/b/n are optional), and IMT-2000. Might be incorporated into the BIOS.

License: TAPR Open Hardware License

Website: http://ubermesh.blogspot.com

User talk:SimonF

2011-02-22T18:13:53Z

SimonF: Modified structure of answer.

My pleasure ! :)

Let me know if you need any peer review or help in translating the docs from English/French - French/English.

----

thanks for updating my Hypermesh page SimonF--[[User:Eleftherios Kosmas|Eleftherios Kosmas]] 02:43, 21 February 2011 (PST)

User talk:SimonF

2011-02-22T18:12:52Z

SimonF: Answer

My pleasure ! :)

Let me know if you need any peer review or help in translating the docs from English/French - French/English.

***

thanks for updating my Hypermesh page SimonF--[[User:Eleftherios Kosmas|Eleftherios Kosmas]] 02:43, 21 February 2011 (PST)

HyperMesh

2011-02-20T23:59:37Z

SimonF: SSD specification modified.

{{Category=Wireless mesh networking}}
The mandate of the HyperMesh project is to provide a means of cheaply and easily distributing bandwidth and telephony services throughout a community.

The specifications must be identified:
*Multiple Input, Multiple Output
*Opportunistic mesh networking
*Ethernet, wireless, and broadband connectivity
*3G/4G compatible
*VOIP
*Price point per unit of less than $50, less than $20 is preferred.

Outside resiliency is desired.
*PSU - A Power Supply Unit that would provide sufficient power to all the component parts.
*PPE - Primary Processing Element, a Central Processing Unit. RAM and long-term storage requests are offloaded to the network via the *BIONOS - Basic Input Output Networking Operating System, includes support for 802.3, 802.11 s/g/(n/b are optional), and IMT-2000. If need be, it would interface with the network to access a higher level operating system.
*8P8C - A plastic connector (8 position, 8 conductors) for physically interfacing with the HyperMesh device (used often in 10Base-T and up Ethernet networks).

Configuration and diagnosis would take place via Ethernet or through Wireless connection.

Alternatively,
http://i68.photobucket.com/albums/i15/KickAssClown/BS_MeshStation.jpg

*PSU - A Power Supply Unit that would provide sufficient power to all the component parts.
*PPE - Primary Processing Element, a Central Processing Unit.
*I/O - A USB and 8P8C connector for basic interface with the device. USB is optional. The device could be accessed and configured using any physical or wireless connection.
*RAM - enough to operate quickly and efficiently even under high stress.
*SSD - Flash memory for long-term storage and for firmware upgrades. Enough for the OS plus firmware upgrades. Might be optional if firmware can be upgraded and OS can be retrieved using any physical or wireless connection.
*NET - Controller for 802.3, 802.11 s/g/(n/b are optional), and IMT-2000. Might be incorporated into the BIOS.

License: TAPR Open Hardware License

Website: http://ubermesh.blogspot.com

HyperMesh

2011-02-20T23:23:02Z

SimonF: I/O specification modified.

{{Category=Wireless mesh networking}}
The mandate of the HyperMesh project is to provide a means of cheaply and easily distributing bandwidth and telephony services throughout a community.

The specifications must be identified:
*Multiple Input, Multiple Output
*Opportunistic mesh networking
*Ethernet, wireless, and broadband connectivity
*3G/4G compatible
*VOIP
*Price point per unit of less than $50, less than $20 is preferred.

Outside resiliency is desired.
*PSU - A Power Supply Unit that would provide sufficient power to all the component parts.
*PPE - Primary Processing Element, a Central Processing Unit. RAM and long-term storage requests are offloaded to the network via the *BIONOS - Basic Input Output Networking Operating System, includes support for 802.3, 802.11 s/g/(n/b are optional), and IMT-2000. If need be, it would interface with the network to access a higher level operating system.
*8P8C - A plastic connector (8 position, 8 conductors) for physically interfacing with the HyperMesh device (used often in 10Base-T and up Ethernet networks).

Configuration and diagnosis would take place via Ethernet or through Wireless connection.

Alternatively,
http://i68.photobucket.com/albums/i15/KickAssClown/BS_MeshStation.jpg

*PSU - A Power Supply Unit that would provide sufficient power to all the component parts.
*PPE - Primary Processing Element, a Central Processing Unit.
*I/O - A USB and 8P8C connector for basic interface with the device. USB is optional. The device could be accessed and configured using any physical or wireless connection.
*RAM - enough to operate quickly and efficiently even under high stress.
*SDD - Flash memory for long-term storage and for firmware upgrades. Enough for the OS plus firmware upgrades. Might be optional if firmware can be upgraded and OS can be retrieved via RJ-45 or Wirelessly.
*NET - Controller for 802.3, 802.11 s/g/(n/b are optional), and IMT-2000. Might be incorporated into the BIOS.

License: TAPR Open Hardware License

Website: http://ubermesh.blogspot.com

HyperMesh

2011-02-20T23:22:08Z

SimonF: I/O specification modified.

{{Category=Wireless mesh networking}}
The mandate of the HyperMesh project is to provide a means of cheaply and easily distributing bandwidth and telephony services throughout a community.

The specifications must be identified:
*Multiple Input, Multiple Output
*Opportunistic mesh networking
*Ethernet, wireless, and broadband connectivity
*3G/4G compatible
*VOIP
*Price point per unit of less than $50, less than $20 is preferred.

Outside resiliency is desired.
*PSU - A Power Supply Unit that would provide sufficient power to all the component parts.
*PPE - Primary Processing Element, a Central Processing Unit. RAM and long-term storage requests are offloaded to the network via the *BIONOS - Basic Input Output Networking Operating System, includes support for 802.3, 802.11 s/g/(n/b are optional), and IMT-2000. If need be, it would interface with the network to access a higher level operating system.
*8P8C - A plastic connector (8 position, 8 conductors) for physically interfacing with the HyperMesh device (used often in 10Base-T and up Ethernet networks).

Configuration and diagnosis would take place via Ethernet or through Wireless connection.

Alternatively,
http://i68.photobucket.com/albums/i15/KickAssClown/BS_MeshStation.jpg

*PSU - A Power Supply Unit that would provide sufficient power to all the component parts.
*PPE - Primary Processing Element, a Central Processing Unit.
*I/O - A USB and 8P8C connector for basic interface with the device. USB is optional. The device could be accessed and configured using any physical connection or wirelessly.
*RAM - enough to operate quickly and efficiently even under high stress.
*SDD - Flash memory for long-term storage and for firmware upgrades. Enough for the OS plus firmware upgrades. Might be optional if firmware can be upgraded and OS can be retrieved via RJ-45 or Wirelessly.
*NET - Controller for 802.3, 802.11 s/g/(n/b are optional), and IMT-2000. Might be incorporated into the BIOS.

License: TAPR Open Hardware License

Website: http://ubermesh.blogspot.com

HyperMesh

2011-02-20T22:48:35Z

SimonF: Correction of 8P8C description.

{{Category=Wireless mesh networking}}
The mandate of the HyperMesh project is to provide a means of cheaply and easily distributing bandwidth and telephony services throughout a community.

The specifications must be identified:
*Multiple Input, Multiple Output
*Opportunistic mesh networking
*Ethernet, wireless, and broadband connectivity
*3G/4G compatible
*VOIP
*Price point per unit of less than $50, less than $20 is preferred.

Outside resiliency is desired.
*PSU - A Power Supply Unit that would provide sufficient power to all the component parts.
*PPE - Primary Processing Element, a Central Processing Unit. RAM and long-term storage requests are offloaded to the network via the *BIONOS - Basic Input Output Networking Operating System, includes support for 802.3, 802.11 s/g/(n/b are optional), and IMT-2000. If need be, it would interface with the network to access a higher level operating system.
*8P8C - A plastic connector (8 position, 8 conductors) for physically interfacing with the HyperMesh device (used often in 10Base-T and up Ethernet networks).

Configuration and diagnosis would take place via Ethernet or through Wireless connection.

Alternatively,
http://i68.photobucket.com/albums/i15/KickAssClown/BS_MeshStation.jpg

*PSU - A Power Supply Unit that would provide sufficient power to all the component parts.
*PPE - Primary Processing Element, a Central Processing Unit.
*I/O - A USB and RJ45 connector for basic interface with the device. USB is optional. The device could be accessed and configured via RJ45 or Wirelessly.
*RAM - enough to operate quickly and efficiently even under high stress.
*SDD - Flash memory for long-term storage and for firmware upgrades. Enough for the OS plus firmware upgrades. Might be optional if firmware can be upgraded and OS can be retrieved via RJ-45 or Wirelessly.
*NET - Controller for 802.3, 802.11 s/g/(n/b are optional), and IMT-2000. Might be incorporated into the BIOS.

License: TAPR Open Hardware License

Website: http://ubermesh.blogspot.com