Hi. I am trying to figure out what cool stuff I could look into.
1) Clap sensor. Concept is simple : clap your hands and an event is made, routed to a keyboard command for instance.
Especially usefull inside a HTPC as it could listen to the audiostream output while listening to a mic input. That should make it possible to filter out loud peaks in the music/film, meaning that the error rate should be a lott better. Can also have an adaptive threshold. Can also have directive sensing (using 2 or more mics) so that you can control MP, while your girlfriend cannot :-D
I have a very simple algo up and running in Matlab.
2) Sony A1/A1-2 control interface drivers. Essentially making a driver sustituting IR drivers so that a Sony amplifier/dvd player with this interface can be controlled electrically as opposed to infra-red.
I have a hacked par.port driver that I was able to use for turning on and off my Sony amp. However, this project is essentially put on the shelf for now. The driver would take full control of executiuon while sending commands (a few millisec) - the only way I found for timing 1s and 0s manually.
best regards
Knut Inge
1) Clap sensor. Concept is simple : clap your hands and an event is made, routed to a keyboard command for instance.
Especially usefull inside a HTPC as it could listen to the audiostream output while listening to a mic input. That should make it possible to filter out loud peaks in the music/film, meaning that the error rate should be a lott better. Can also have an adaptive threshold. Can also have directive sensing (using 2 or more mics) so that you can control MP, while your girlfriend cannot :-D
I have a very simple algo up and running in Matlab.
2) Sony A1/A1-2 control interface drivers. Essentially making a driver sustituting IR drivers so that a Sony amplifier/dvd player with this interface can be controlled electrically as opposed to infra-red.
I have a hacked par.port driver that I was able to use for turning on and off my Sony amp. However, this project is essentially put on the shelf for now. The driver would take full control of executiuon while sending commands (a few millisec) - the only way I found for timing 1s and 0s manually.
best regards
Knut Inge