InitRech 2015/2016, sujet 23 : Différence entre versions
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This paper discuss the technical feasibility of embedded Web servers and propose a solution for tiny devices such as Arduino or Funcard. | This paper discuss the technical feasibility of embedded Web servers and propose a solution for tiny devices such as Arduino or Funcard. | ||
| − | The number of devices running in our environment increase and the desire of connect all of them and do it with the minimum of program and memory. | + | The number of devices running in our environment increase and the desire of connect all of them and do it with the minimum of program and memory is even bigger than 2009 (Date of the article). |
The well-known standard for this kind of system is the UPnP, a network protocol which have the ability to making discuss peripherals. | The well-known standard for this kind of system is the UPnP, a network protocol which have the ability to making discuss peripherals. | ||
But this technology have several drawbacks like security or the unavailability to create hierarchical network. | But this technology have several drawbacks like security or the unavailability to create hierarchical network. | ||
Because of the hardware constrained devices, it's important to keep in mind that the connexion are available in a little perimeter, the physical layer of this communication is therefore limited to (USB, Bluetooth, ZigBee...). | Because of the hardware constrained devices, it's important to keep in mind that the connexion are available in a little perimeter, the physical layer of this communication is therefore limited to (USB, Bluetooth, ZigBee...). | ||
| + | Another technology which uses a non standard protocol is described by the authors and could be use on tiny hardware constraint devices. | ||
| + | The JXTA is mentionned for its capability to be run on this hardware instead of the the successor of the UpnP : DMESbut are limiting the inter-connexion of modules. | ||
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| + | To understand the | ||
The actual suitable web design is done in two phase : | The actual suitable web design is done in two phase : | ||
Version du 15 juin 2016 à 18:40
Summary
This paper discuss the technical feasibility of embedded Web servers and propose a solution for tiny devices such as Arduino or Funcard.
The number of devices running in our environment increase and the desire of connect all of them and do it with the minimum of program and memory is even bigger than 2009 (Date of the article). The well-known standard for this kind of system is the UPnP, a network protocol which have the ability to making discuss peripherals. But this technology have several drawbacks like security or the unavailability to create hierarchical network. Because of the hardware constrained devices, it's important to keep in mind that the connexion are available in a little perimeter, the physical layer of this communication is therefore limited to (USB, Bluetooth, ZigBee...). Another technology which uses a non standard protocol is described by the authors and could be use on tiny hardware constraint devices. The JXTA is mentionned for its capability to be run on this hardware instead of the the successor of the UpnP : DMESbut are limiting the inter-connexion of modules.
To understand the
The actual suitable web design is done in two phase :
- The reception of static files (HTML, CSS, Javascript).
- The execution of the files get in the first phase and the asynchronous exchange between server and user.
But if we dig even deeper the protocole uses to discuss are running in a different way and allow multiple request in short time. Like the IP/TCP, uses to communicate in a network, is running on this way, and is a problem for our tiny device with few Mhz frequency and kilo byte of memory. This paper claim a Personal Area Network (PAN) wherein tiny devices can easily discuss. A user (standard web browser) with here more power than our peripheral can be running and do an more complicated execution.
Main Contribution
la mise en relief de la contribution principale de l'article en une dizaine de lignes
- Solution for IoT design
Applications
applications découlant de l'article en une vingtaine de lignes.
