Magic square can be traced back more than 4,000 years to "Luo Shu".Magic square is one of the combination design of the object of study.And magic square have important applications[31]in artificial intelligence,arts and crafts,electronic circuit principle of image information processing technology,etc.A lot of work has been done on the magic square[1,7-9].The first person to study the magic formula is Yang hui,the ancient Chinese mathematician.Yang hui has given an MS(8),which has a special property.In the reference literature,it is defined as the Yang hui type magic square labelparital result[18].While the magic rectangles are a natural generalization of magic square,which have long intrigued mathematicians and the general public.Harmuth studied magic rectangles over a century ago[19,20].In the recent past,N.Cao,K.Chen,Y.Zhang et al.gave some new results.In 2015,N.Cao,K.Chen,Y.Zhang studied the recursive structure of Yang hui type magic square[17]to construct a higher order number of Yang hui magic square.In 2014,Y.Zhang,K.Chen,N.Cao,H.Zhang used the strongly symmetric self-orthogonal diagonal Latin square to construct a YMS(n,2)[4],which contributed to the construction of the higher power of Yang hui's magic square.In 2013,Y.Zhang,J.Lei studied the method of constructing MR(mp,mq,2),m>3 and m in odd ways with MR(p,q,2)[23.The structure of this paper is as follows:In chapter 1,the basic concepts and symbols are briefly introduced;In chapter 2,we give the method of recursive structure of a magic square and Yang hui type magic square;In chapter 3,the author gives the construction method of multiple Yang hui type magic square,and constructs some new Yang hui type magic square;In chapter 4,we give MR(p,q,2)to construct MR(mp,mq,2),and the partial construction result of m as even;In chapter 5,we summarize the work done. |