Relay-Version: version B 2.10 5/3/83; site utzoo.UUCP Posting-Version: version B 2.10 5/3/83; site rayssd.UUCP Path: utzoo!linus!philabs!seismo!harpo!eagle!allegra!rayssd!asa From: asa@rayssd.UUCP Newsgroups: net.nlang Subject: American Languages Message-ID: <274@rayssd.UUCP> Date: Thu, 17-Nov-83 13:59:24 EST Article-I.D.: rayssd.274 Posted: Thu Nov 17 13:59:24 1983 Date-Received: Sat, 19-Nov-83 01:59:58 EST Organization: Raytheon Co., Portsmouth RI Lines: 94 Subject: American Languages Newsgroups: nlang Replay to rene's question: what is the case of the empty drums? Sorry I didn't get back to you before this, but I have not had access The case of the missing drums describes a sequence of events which contributed to the generation of the relativity hypothesis for natural languages. I will summarize it for you, and those who spent time using Whorf's book as a night-time sedative can skip it. First, let's set the context. Whorf was an industrial engineer, and pioneered the field of safety engineering as a result of his work in risk assessment for insurance companies. Now the story: One of his inspection trips took him to a company which used gasoline as a fuel. They purchased the gasoline in 55-gallon drums, and stored it in outdoor open bins in which coal had previously been stored. One bin was used for the unused drums, one bin was used for the drums from which the fuel had been poured. Being safety conscious, the company had posted three signs: Danger, Full, and Empty. The signs were located as follows: the signs Danger and Full were over the bin with the unused fuel. The sign Empty was over the bin whrere the barrels with no gasoline liquid in them were stored. So what? Well, there were a group of workemen who regularly gathered here on their break, to smoke and have a cup of coffee. Out of respect for the semantics of the signs, they did their smoking in the bin labelled Emopty. This bizarre behavior, given the extreme danger of igniting gasoline fumes, started Whorf thinking about how "menings" attached to words in the language can impact behavior. In this case, the word "full" carries such strong implications of the presence of a solid or liquid that the speaker can only relate to it in those terms. This association is so strong that one cannot conceive of a natural extension to cover the presence of invisible, colorless, maybe odorless substances of the type 'gaseous'. Trying to do this would violate the whole concept, since nothing would ever be 'empty' in the sense in which that word is intended. Whorf noted that this was a case in which a brand-new single word would be useful, provided that it conveyed the emotion of danger with its use. He could think of no simple way to do this, unless he could create from roots familiar to users of the language, and even then he would have trouble with the emotional neutrality of the invented word, until social useage had created a strtong associaltion with the concept of danger. This incident, in combination with the limitations of expression he found in other languages led him to articulate, in association with Sapir, the Sapir-Whorf Relativity Hypothesis for language. This states that the process of formalizing a language results in a restriction on what can be thought, and beyond that, on the behavior patterns observed because of the conceptual constraints imposed by agreed 'definitions'. All those who believe that formalization of language in some mathematical sense thus may be proposing that we give up more than we gain. Now I'd like to spend a minute on a subject which puzzles me very much, and with which you might help me. Modern Grammarians have skipped the first step in the description of a sentence, as it was described in the old days. This is "A sentence is composed of a subect and a predicate". The conept of "subject" seems to have gotten lost. To me that is sad, because it helps so much in explaining how sentences get to be the way they are, and how they could be easily analyzed, from a semantics point of view. In this view, a subject is a unique cognate (my word for cognitive entity), which may be described (or denoted) by a word phrase or clause, in the same way a noun can be defined. The form used depends, in part, on how abstract the cognate is, and how much information must be added to a base-word (such as "man") to assure that the hearer (reader) selects the correct member of a set of possible subjects of that type. Thus, in the sentence "The man wearing the green hat won the jackpot", the semantic functions of 'the' and 'wearing the green hat' is quite clear. They point one to the specific person being discussed. Similarly, in the sentence "Wearing a gren hat makes him look ridiculous", the function of "wearing a green hat" quite clear. It points to the attribute which is the subject of diacussion. If one were not preoccuppied with linear progression through a sequence of words in the fashion of a sequential machine, it seems as though the process of parsing sentences could be simplified enormously. All one needs is an allowance for a temporary store which holds enough data to allow basic divisions to be determined, with successive passes to simplify the significant units. The fact that significant units exist whose functions are clear, such as the pointer function, might be used to allow some simplification 'on the fly', in a way similar to the way humans seem to operate, in the sense that once the cognate pointed to is unambiguously identified, a simple marker (representing the focus of attention) could be substituted for it before the remainder of the input is processed. This would still be a step-wise, group-processing approach, however, and might still require a multi-pass operation. Even so, ti seems to allow for analysis techniques which are conceptually much cleaner, and which capture more of our intuitions about language in a more natural way. For that reason, I cannot understand why no one except Winograd has used an approach resembling it. Anyone out there have any insights? Subject: American Languages Newsgroups: net.nlang