It integrates the advantages of both optical transmission and electronic computation.
Our goal is to review the development of statistical thinking since the introduction of electronic computation in the 1950s.
This book takes us on a journey through the revolution in data analysis following the introduction of electronic computation in the 1950s.
Modern electronic computation has encouraged a host of new statistical methods that require fewer distributional assumptions than their predecessors and can be applied to more complicated statistical estimators.
In this paper, with the advantages of both optical transmission and electronic computation, we design efficient parallel hierarchical clustering algorithms on the arrays with reconfigurable optical buses (AROB).
The Selective Sequence Electronic Calculator (SSEC) was the first machine to combine electronic computation with a stored program, and the first machine capable of operating on its own instructions as data.
By integrating the advantages of both optical transmission and electronic computation, the proposed parallel algorithm can be run in O(1) time using N×N1+1/c processors when the input image is complicated.
Attached to the university are institutes of social sciences, comparative law, language teaching, business administration research, research in contemporary political and economic affairs, and system science; a castings research laboratory; an electronic computation centre; and a science and engineering research laboratory.
Based on the advantages of both optical transmission and electronic computation, the proposed algorithms can be run in O((K/p) log N), O log N), O KNM/pqr)+log r+log q), O(K/p), O(1), O K) and O KM) time using p×M×N/log N, K×M×N/log N, p×q×r, p×M×N1+1/ϵ, K×M×N1+1/ϵ, M×N1+1/ϵ and N1+1/ϵ processors, for some constant ϵ and ϵ≥1, respectively.
