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Might be a bit off topic, but I am definitely interested in learning how a coin flips outcome is dependent on the outcome of the last coin flip outcome. Every little bit of information I have ever collected tells me that coin flips outcomes are independent of each other.
I'm yet to see proof that entries give you an edge.
With a simple type of trend filter for the market and a simple trailing stop, you'd be suprised at how well random entries on random stocks can work.
I do believe there are people out there who can get an edge with their entry, but the vast majority of people will simply backfit an entry from what they have seen on a chart.
I think he is trying to say that the flip of a coin is non random due to thing such as gravity, force being used to flip the coin, the height you toss the coin, the type of coin used etc.
It may be possible to compute the outcome given none of those factors are variables, but since all inputs will be variable for every single toss it is as close to being pure randomness as possible.
Does "variable" mean random?? What if some input was deliberately changed each toss??since all inputs will be variable
Why do people equate difficulty to predict with random?? How do you know Does "variable" mean random?? What if some input was deliberately changed each toss??
I have not seen anything that could be described as 'random' and do not believe in the concept.
Charts are random. ---Have no reliable reoccurring information for trading
Yes they do.
Trends.
Trends arise in random series
the market does not exhibit a normal distribution of returns
"Will tomorrow be up/down/sideways?"
Wrong question to be asking
The sequence of Boys/Girls born in Australia in 2008.Could you please give one example of a random series??
Random <> normal distribution of results
This produces a binomial distribution, not a normal distribution
Random = unpredictable outcome.
Thinking in terms of coin tosses
where the bias on the coin is created by the bets people make on the coin
Is the type of thinking that will take you very far..
motorway
I first woke up to how un-random things are by tossing a coin while trying out a new system for commodity trading. By giving the coin a toss with quite few revolutions, probably about a foot high into the air, I scored 20 heads in 25 tosses. Thinking this ridiculous, I started again, this time with tails up on my finger, I had heads up the first time. The result was about 15 tails in a row before I gave up as I was not getting anything close to "random". Only by deliberately changing the force of flip was I able to get results approaching 'random'.
My argument is about how an input that is controlled can be classified as 'random'.
By controlled, I mean by force applied in the coin tossing case, but everything else that is considered random also has 'force' of some type or description applied. (a computer random number generator is simply a function of the algorithm applied)
I have not seen anything that could be described as 'random' and do not believe in the concept.
brty
would you accept that some things are not knowable/controllable and thus for practical purposes best described as random?
I was wondering when someone would bring that up. What makes something chaotic? To me it equals not having enough information to calculate something, not that the event is 'random'.
brty
I would have to side with this guy.
It is staggering how consistently many beat the market, without the use of any kind of traditional money management.
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