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| - | ;[[Ruby]] <small>| [[The Future of Ruby]] | [[Ruby C Extension]]</small><br> | + | ;[[Ruby]] <small>| [[The Future of Ruby]] | [[Ruby C Extension]] | [[FoxGUIb]]</small><br> |
;[[Audio Technology]] <small>| [[Audio Technology/AudioWorx|AudioWorx]] | [[Audio Technology/Paging SIP|Paging SIP]] | [[Audio Technology/Network-attached storage|NAS]] | [[Audio Technology/Variodyn|Variodyn]]</small> | ;[[Audio Technology]] <small>| [[Audio Technology/AudioWorx|AudioWorx]] | [[Audio Technology/Paging SIP|Paging SIP]] | [[Audio Technology/Network-attached storage|NAS]] | [[Audio Technology/Variodyn|Variodyn]]</small> | ||
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Revision as of 07:51, 11 October 2007
- site overview
- Ruby | The Future of Ruby | Ruby C Extension | FoxGUIb
- Audio Technology | AudioWorx | Paging SIP | NAS | Variodyn
Audio Technology
The AudioWorx project brings a framework for audio processing to the desktop. read on ...
Paging signalization at the network using standard protocols. As paging systems come closer to the IT and telephony domain, it's protocols became more important. Most of the existing protocols used for paging systems are designed by the needs of the underlaying hardware and the manufacturings company. There is no interoperability today, so the planing system engineer has to take a complete integrated solution from a single manufacturer. The way out of this bad situation is to use standard protocols coming from other domains. We extended the SIP protocol stack with the requirements of the paging system domain. Read more ...
Variodyn D1 this is a fully digital distributed paging system. Only 10 different components allow to build small installations and grow up to very large installations of actually over hundred devices driving over 1000 loudspeaker lines. More on Variodyn ...
Network-attached storage (NAS) devices are similar to traditional hardware small computers providing storage at file level accessible over network. The performance of the devices is often bad, and using a NAS device together with a streaming server is a really bad idea. The network load is doubled read on ...
Ruby
The Future of Ruby!
Yukihiro Matsumoto's C implementation of Ruby aka Main Ruby Implementation is considered the Quasi-Standard of the Ruby Language since there has never been an explicit language standard for Ruby. As the number of implementations grows, however, a formal standard seems to become necessary to prevent the horror scenario of various non-conform interpreters. Read on ...
Extending Ruby with C functions is quiet easy. After you have learned the principles and worked through the ambiguous usage of the API functions you get the power of the Ruby language to your C program. Then it is possible to solve the time critical tasks at the C program and the complex part by Ruby. We created a simple tutorial to get quickly familiar with the Ruby C extension API. Read on ....