Rubik’s cube solution method using Real-Time Tracking Cube approach

Suharsono, Teguh Nurhadi and Rozak, Abdul and Mardiati, Rina (2022) Rubik’s cube solution method using Real-Time Tracking Cube approach. In: 2022 8th International Conference on Wireless and Telematics (ICWT).

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Abstract

Rubik's solution method is a way to solve Rubik's by using predetermined rotation steps, now there are many methods of Rubik's solution that have been created and among them there is a trend to create a Rubik's solution method with the most optimal steps starting in 1981 Morwen Thistlewaite created a Rubik's solution algorithm which has fewer steps than the solution method at that time, with 52 steps enough to solve all Rubik's randomness, this trend continued until the last recorded Kociemba algorithm which is considered the most optimal Rubik's solution algorithm. at this time with a maximum number of completion steps of 20 steps discovered by Tomas Rokicki, Herbert Kociemba, Morley Davidson, and John Dethridge in 2010. To make the optimal Rubik's solution method, a complex algorithm is needed so that it requires extra time and process in doing the Rubik's solution. Therefore, in this study, we analyze the method for the optimal Rubik's solution with the simplest possible process using a real-time Rubik's Cube tracking approach, and the results obtained with a process that is not too complex but less than optimal in terms of the number of steps produced

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