怎么在硬件上实现红外信号解码器

你好，
我一直在尝试一个PSoC 3 firsttouch的评估套件。到目前为止，我对此非常满意。
我开始思考一个PSoC芯片3严重的应用程序，并想运行一些想法在这里看看其余的社会，认为它。
我想建立一个通用的IR（红外）接收器和解码器。一个可以解码任何常见的红外遥控信号。前端将威或尖锐的红外接收机解调36 / 38khz信号。
我想我会连接的红外接收器输出一个数字输入引脚。
那么接下来最好的是什么呢？我能在硬件上实现红外信号解码器吗？或者我应该只产生一个中断信号的下降沿，然后解码所有的软件吗？
我已经在不同的项目做了好几次，而使用传统的微处理器和软件做这一切。我主要只是计数增量（信号保持高或低的时间）和查找表进行比较，以一定数量的抖动了。
然而在这种新的方法，我想知道如果这是可能的实际解码红外信号，并提取控制代码，最好是在硬件，或结合硬件/软件。有什么想法吗？
我已经懂得如何解码红外信号如RC-5，-6等，所以我不需要参考了解红外-我寻找任何见解的最好的方法去做这在PSoC。
什么是最好的？一个简单的数字输入引脚，ISR和软件计数器？或某种连接一个定时器和转移登记数字输入？如何处理序言，我怎么能检测不同的编码方案？
-肯尼



     以下为原文
   Hi,
    I've been experimenting with a PSoC 3 'FirstTouch' eval kit. So far I am very pleased with it.
    I am beginning to think about a serious application for a PSoC 3 chip, and thought I would circulate a few ideas here and see what the rest of the community think of it.
    I'd like to build a universal IR (Infrared) receiver and decoder. One which can decode just about any common infra red remote control signal. The front end would be Vishay or Sharp Infrared receivers which demodulate the 36/38KHz signal.
    I think I'd connect the output of the IR Receiver to a digital input pin.
    So what would be best next? Can I implement an IR Signal decoder in hardware? Or should I simply generate an interrupt on the falling edge of the signal, then decode it all in software?
    I've already done this several times in various projects, but using traditional micro-processors and doing it all in software. Mainly I just count deltas (the time the signal stays hi or low) and compare against a look up table, with a certain amount of jitter built in.
    However in this new approach I wonder if it's possible to actually decode the IR signal and extract the control codes - preferably in hardware, or a combination of hardware/software.  Any thoughts?
    I already understand how to decode IR signals such as RC-5, RC-6 and so on, so I don't need references to 'understanding ir' - I'm more looking for any insight on the best approach to take to doing this on PSoC.
    What would be best? A simple digital Input Pin, and ISR and software counters? Or some kind of digital input connected to a timer and shift register? How would that handle the preamble, and how could I detect different encoding schemes?
    -Kenny