what is the architecture of EMC DMX?
358308
Try this site:\n\nhttp://www.emc.com/products/systems/DMX_series.jsp
697160
http://www.google.com.au/url?sa=t&ct=res&cd=1&url=http%3A%2F%2Fieeexplore.ieee.org%2Fiel4%2F5426%2F14662%2F00666581.pdf%3Farnumber%3D666581&ei=2hZMRfWnBK2EYeampeQD&usg=__PnRESXCJq6-7EE0q58nnzl7mWhY=&sig2=uJlHbV5sannSUEImsbEgUQ
518938
Your question is very vague.\n\nGive more description as what you want. or contacta  hardware engineer.
765317
Well, this really borders on electrical engineering. The conversion between a binary stream of unmodified digital data and the transmitted signal occurs through modulation to more fault tolerant and/or less error prone signals. We'll take ethernet as an example. Ethernet uses an inverted version of Manchester encoding. Manchester encoding is used for a multitude of reasons. For example, Manchester encoding is easily synchronised, and is less susceptible to losing the established synchronisation, since there are no long periods between voltage changes on the wire.\n\nManchester encoding features two voltage states per bit. It is the second voltage stage that carries the data. When the bit stream changes states, such as from binary 0 to binary 1, the second voltage stage stays identical to the first, that is, voltage is not changed for the second bit period. When the bit stream keeps the same state from bit to bit, such as a binary 1 followed by another binary 1, the second voltage stage changes to opposite of the first voltage state, signifying the change of state. An example binary string and conversion could be something like\n\nBinary\n\n   1      1      0      1      0      0       1      0\n---------------------------------------------------------------\n lo/hi  lo/hi hi/lo  lo/hi  hi/lo  hi/lo  lo/hi  hi/lo\n\nManchester\n\nThis is how the voltage is put on the wire. As you can see, when two consecutive identical states, such as a 1 followed by a 1 is transmitted, the second stage voltage state is opposite of the following first stage voltage state, while when the bit stream changes states, the second stage voltage state is identical to the following first stage voltage state, and the second stage of that bit is opposite of the first.\n\nEncoding is used in everything from wire transmissions to optical media, such as CDs, where encoding is done on a 1:2 basis. That is, one byte of binary data is encoded to a two byte number sequence to facilitate the varying quality of CD readers and the inevitable wear and tear.\n\nFor radio and cellular use, modulation occurs as well, though this is done by frequency modulation, which is done by the same concept as voltage modulation.\n\nFor more information, you can google (or Wikipedia, there should be articles about these) "Manchester encoding", "Frequency modulation" and "Eight-to-fourteen modulation".
243610
http://linux-sound.org/ddj.html
212834
Consider looking at some of the implementations which\nare available on the net (both source code as well\nas functioning web-interface-implementations).\n\nhttp://www.alpertron.com.ar/ECM.HTM\nhttp://www.boo.net/~jasonp/qs.html
148920
UMC, Uniform Machinacal Code
881032
physical data network transmission session ---Application
838210
Presumably you don't have to do any I/O here, although you're not clear on that point. So, you have to compare registers AX and DX.  Then jump to the appropriate code to print out the right answer.  \n\nWhy don't you just look at  your notes and take a crack at it?  It's really not very hard, and I'm sure your instructor has reviewed the instructions you need to use.
60240
Simple :) chk out:\n\nhttp://www.realnetworks.com/resources/samples/embedded.html\n\nhttp://www.realnetworks.com/resources/howto/embedded/iechanges/\n\nhope it will help u :)\n\n--\nBalakumar Muthu\nhttp://i5bala.blogspot.com
277573
Uh, no software will make a standard computer without a special radio reception card of some type sensitive to "radio waves".  If you are referring to the Wi-Fi specification, Blue tooth or some other specification, there 'could' be a group of API calls or a Java collection that could allow the specification to work.  Otherwise you are stuck with assembly language or C programs written to take control of a specialized piece of hardware.  All in all, this isn't a real good answer, simply because the question doesn't give enough detail of what you are using and wanting to achieve.  Re state it with more detail and maybe someone can give you a better answer.
763647
Here you go:\nhttp://www.analogx.com/contents/download/audio/vremover.htm
1169937
Universal Serial Bus\nyou can easily get more information here\nthanks
1080093
Hardware and software.
991930
I hope that one of these will be what you are looking for.\n\nhttp://www.iesna.org/\nhttp://www.ewh.ieee.org/soc/ies/\nhttp://www.ielectric.com/Net/index.asp
1003378
probably becuase it's not one of the few tuners that xpmc has 'licensed' to be supported.\n\nsolution: wait for vista RC1, which I believe will connect with xbox
728945
Try this one first, it covers the 8738 and 9738 onboard CMI (c-media) solutions which are common on many mainboards that have the onboard CMI AC97 codec.\n\nhttp://www.softwarepatch.com/utilities/cmedia-9738.html\n\nAlternatively you can try some of the onboard CMI codecs from here if that doesn't work.\n\nhttp://www.ecsusa.com/downloads/drivers_sound.html\n\nBe very sure though that you actually have a c-media based controller - you might not. Look on your motherboard if you can at the actual chip it might be a Realtek chip - better yet download Everest Home edition (google it) and run that and it will tell you exactly what onboard codec you have (example 8738-9739-9338 etc..) and you can go from there. If you find out you have a realtek AC97 chip you would go directly to the realtek site to download it. If you have a VIA based AC97 chip you would go to viaarena to download it.