According to Structural Information theory human observers represent important aspects of the information of visual patterns in abstract codes. The theory proposes a syntax for the structural form of these codes. In t...
详细信息
According to Structural Information theory human observers represent important aspects of the information of visual patterns in abstract codes. The theory proposes a syntax for the structural form of these codes. In this paper a generative syntax is presented that suitable for the generation of a theory based computer model of the human memory. The model consists of many abstract codes. The memory is assumed to be actively used to interpret new information. Our aim is to simulate this interpretation process. The present development of memory data structures and of processes working upon them is a first step.
According to the coding theory of pattern perception, the preferred organization of a pattern is reflected by the simplest code that represents this pattern. The number of codes, out of which the simplest one has to b...
详细信息
According to the coding theory of pattern perception, the preferred organization of a pattern is reflected by the simplest code that represents this pattern. The number of codes, out of which the simplest one has to be selected, grows exponentially with the complexity of the pattern. So in computer simulation it would not be wise to generate all codes and then select the simplest one. This would take a lot of computing time. The present study proposes a procedure which avoids this explosion of code generation and yet obtains the simplest code. The central part of this procedure consists of translating the search for a simplest code to a shortest route problem.
According to the coding theory of pattern perception, a pattern may be encoded economically in the form of a hierarchy of operations. In essence, the shortest codes reflect the way(s) a pattern is perceived. Theoretic...
详细信息
According to the coding theory of pattern perception, a pattern may be encoded economically in the form of a hierarchy of operations. In essence, the shortest codes reflect the way(s) a pattern is perceived. Theoretical predictions so far prove consistently correct. The present study proposes a set-theoretical approach in such a way that structural information, defined as classes of patterns having the same structural relationships, induces a redundancy order of codes. In this order, codes may be reduced automatically from an initial sequential encoding. Closure under set-intersection accounts for ambiguity.
暂无评论