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Gaining Fluency in Code to a useful 15 wpm Level
By the time you have reached a steady speed of about 15-wpm you will have a useful and comfortable communicating tool. This will require practice of what you already know, and you will have to push yourself in little spurts to speeds where you cannot get it all at first to reach this goal. Such bursts in speed should be no longer than about one minute at a time, and you will be surprised how effectively this will help raise your receiving speeds.
Instant Recognition
Anticipating
If you become conscious that this habit is interfering with your receiving at any point in learning or later use, you should take immediate steps to prevent it. This is most important in the early stages when we are forming code habits. It will require discipline to concentrate on listening strictly to the incoming signals. (See next section for help in preventing anticipation.) However, if you are conscious of anticipating but that it is not in any way interfering with actual reception, the best thing is to forget it and keep concentrating on the incoming signals. In this case, anticipation will not hurt. (We also tend to evaluate what we are hearing or reading. This is natural and should not be discouraged if it does not interfere with reception.) A tendency to anticipate does tell us one good thing: we haven't reached out limit yet and can learn to read code faster if we go at it in the right way. (See Chapter 11 for further discussion of this.)
What Kind Of Material to Practice
International amateur call signs, Q-signals and common abbreviations make good practice, because they are somewhat "random," but realistic and also useful. "Reverse English" is good because it keeps normal letter frequencies by sending words and sentences backwards: e.g. "my antenna is up 50 feet" becomes "ym annetna si pu 05 teef," or "teef 05 pu si annetna ym." - You can hardly anticipate those "words"! The 100 most common words, listed at the end of this section, make excellent practice. This not only makes you familiar with them and gives you a boost in feeling at home with the code, but also it will help you gain further proficiency as you continue to advance. Work with them alongside other practice materials until you recognize these words, or most of them, at once as words -- patterns of sound that have meaning in code. Along with the 100 most common words practice with some of the common phrases, such as "of the" "I am," etc. See Chapter 22. Once again we must emphasize the importance of REPETITION.
The best way to get these common words impressed as units of sound to the mind is to repeat each one a number of times before going on to the next one. Use a keyboard or computer to generate a tape, on which each word is repeated from at least three to five times. Space the words widely enough apart that you will be able to say the word each time after you have heard it. Then listen to that tape over and over again, saying each word to yourself as soon as it has been sent. Practice listening to it until the words come as easily and naturally as if you were sitting, listening and talking. Make yourself thoroughly familiar with them.
Other Ways:
For example, the instructor sends the word "was". As the student hears W he thinks "w-", then as he hears A he combines them (WA) to think "way", and finally as he hears S and then silence, he thinks the word "was". Then the student immediately sends it back to the instructor. The student writes nothing down. Begin with two-letter words, then four or more letters as the student catches on and speeds improve. Remember that it is a game. Make it fun. Never again will you try just to retain the letters in a word; but rather the sounds of those letters, putting the sounds represented by the letters together as they come in.
How Long And What Kind Of Practice?
Teachers are divided as to whether it is better to major on receiving practice without copying or to major on copying. The best course would seem to be to do some of both. Some teachers insist that the student not copy for some time after initially learning the characters. They prefer for him just to listen. The idea is to build up and strengthen sound pattern recognition without the distraction of writing. (See Chapter 7 and Chapter 8.)
As for sending practice, it is best not begun until the student knows how good code sounds. The sound patterns need to be firmly enough established in mind that the student can imitate them without the discouragement of hearing his own poor character formation and bad or irregular spacing, and also to minimize criticism. It seems best to defer using a key until a receiving speed of about 10-wpm is reached. At all times aim for beautiful, perfect sending, where the timing and rhythm produce accurately formed characters and spacings. Aim for it, and don't be satisfied with anything less. (See Chapter 9.)
One good form of early practice sending is to listen to a character, then send it; hear the next and then send it, etc. Another helpful way is for the student and teacher to send a short series of words or sentences simultaneously, aiming to be in unison.
Copying has the advantage of verifying accuracy of recognition and identifying areas needing improvement. In the early stages the use of random groups is best because it avoids anticipation. Listening practice, without writing anything down is of great importance and value. To gain skill this should be done at speeds almost as fast as you can receive by just listening, and with frequent short burst of listening to still faster sending. This will help the mind get used to more rapid recognition.
It has been found that it is GROUPING which largely determines how fast one can receive code. What doesn't "MAKE SENSE" tends to slow us down. At almost any skill level, random characters will be the slowest, and isolated, unrelated or unfamiliar words come next. The highest receiving speeds are achieved with connected text, and it tends to be receivable at twice or more the speed of scrambled letters. (Even nonsense sentences can be received fairly fast because they have a familiar pattern.) It is the coherence of a grouping that helps speed up its recognition.
There is another factor, which we should be aware of. It is this: when we are practicing by listening to the radio and must strain to "get" the signals -- because of weak signals, interference, static or poor sending (trying to figure out a bad combination) or to recall some word previously sent, this brings the conscious mind into action, to try to reason things out. As the conscious mind works harder and harder, the receptivity of the unconscious mind tends to cease. This mental friction interferes with advancement in the earlier stages of gaining speed, and may even bring all receptivity to a stop. Whenever you must strain to "get" the signals -- because of interference, static or poor sending -- to try to figure out something being sent, this brings the conscious mind into action to try to reason things out. As the conscious mind works harder and harder, the receptivity of the unconscious mind tends to cease. This mental friction may bring all receptivity to a stop. FAMILIARITY with what is being sent makes learning easier and faster. Words that are unfamiliar to the operator are more likely to be read and copied wrong. Progress is about 50% faster using connected text than words alone. Many more mistakes are made with non-word letter groups, which are not words than with normal texts.
Getting Stuck
At speeds of around 7 - 10 or so wpm it usually occurs because one is "translating" the code characters first into some intermediate form (such as a mental picture) and then translating that again into the ordinary letters. That is a two-step operation which takes more time than the proper one-step operation does (e.g. "didah" is "A"). Such a situation is often the result of using one of the old and obsolete learning methods Again, when the characters are initially sent too slowly the student tends to count the dits and dahs and analyze them in this way. I have known old time operators who by long practice routinely counted the components of all the longer characters to identify them at speeds up to as high as 20 wpm, or faster! That's the way they learned them, but what a waste of time and effort! Counting and analyzing both tend to keep the conscious, analytical mind involved where it should not be. This will slow us down and tend to bring on needless fatigue. One experienced old timer wrote: "Once you start becoming familiar with [code] sounds as in speech, there are no plateaus."
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