- From: Xiaoshu Wang <wangxiao@musc.edu>
- Date: Tue, 04 Dec 2007 21:09:49 +0000
- To: noah_mendelsohn@us.ibm.com
- CC: Chimezie Ogbuji <chimezie@gmail.com>, Mikael Nilsson <mikael@nilsson.name>, Tim Berners-Lee <timbl@w3.org>, www-tag@w3.org
noah_mendelsohn@us.ibm.com wrote: > Xiaoshu Wang wrote > >> Second, information is embedded in a message, i..e, it is the >> content of the message, yes? >> >> >>> [Noah Mendelsohn wrote]: >>> >>> No. Assuming binary coding is used, the message is a >>> >> sequence of bits. It >> >>> is presumed that the sender and receiver agree in advance on >>> >> the range of >> >>> possible information values (my term, not Shannon's), that a >>> >> given message >> >>> might convey; each distinct message essentially selects one of those >>> values. From Shannon's 1948 paper [1]: >>> >>> >> I take the 'no' means that the message is not embedded? >> > > Your original quote was that "information is embedded in a message." I > was saying "no" to that; I don't believe it is best to think of > information being "embedded" in a message. Presuming that the sending and > receiving parties share the necessary assumptions about encoding, messages > I am not sure if I have misunderstand. Do you want to say that "information *is* bit-stream"? Then modeling information becomes the task of modeling bits? I am not sure how that will work. But, other the other hand, all other description, embed, convey , transmit, etc. are just different wording: because they all make information a property of the message (bit-stream), do you agree? Xiaoshu >> convey< or >transmit< information, I would think. >> > > Noah > > -------------------------------------- > Noah Mendelsohn > IBM Corporation > One Rogers Street > Cambridge, MA 02142 > 1-617-693-4036 > -------------------------------------- > > > > >
Received on Tuesday, 4 December 2007 21:11:44 UTC