This blog is designed to be a pleasant addition to the Theory of Knowledge course. In the selection posted on this blog: explained / illustrated GLOSSARY items , suggested Real Life Situations (RLS) , Information directly or indirectly useful to students preparing for the TOK presentation and the TOK essay. Key words have been included in the titles to make the blog easier to explore. Enjoy!
mardi 16 octobre 2018
Why art is important | Katerina Gregos | TEDxGhent - ARTS
Oh such an amazing bloggg it inspired me to do stuff. Amazing! I am so proud of finding this very amazing blogg. Here is a part of one of my random essays: A pseudo-random bit sequence is an output of any deterministic algorithm, which generates a wide number of pseudo-random bits that every set of bits has an equal chance of being chosen from the universe of numbers [1]. To generate these pseudo random bits, pseudo random number generators PRBGs are used, to which, seed of length n is feed as input and the resulting output of length l(n), with l(n) >> n is called pseudo random sequence. Pseudo-random numbers are widely used for simulation, numerical analysis, testing of programs and hardware using random data, decision making in lotteries and games and cryptography [2]. A good PRNG must possess several of qualities such as unpredictability, large period length, uniform distribution, efficiency, portability, repeatability, and a good structure.
Oh such an amazing bloggg it inspired me to do stuff. Amazing! I am so proud of finding this very amazing blogg. Here is a part of one of my random essays:
RépondreSupprimerA pseudo-random bit sequence is an output of any deterministic algorithm, which generates a wide number of pseudo-random bits that every set of bits has an equal chance of being chosen from the universe of numbers [1]. To generate these pseudo random bits, pseudo random number generators PRBGs are used, to which, seed of length n is feed as input and the resulting output of length l(n), with l(n) >> n is called pseudo random sequence.
Pseudo-random numbers are widely used for simulation, numerical analysis, testing of programs and hardware using random data, decision making in lotteries and games and cryptography [2]. A good PRNG must possess several of qualities such as unpredictability, large period length, uniform distribution, efficiency, portability, repeatability, and a good structure.