The entire space consists of a single unit structure that can accommodate all types of operations and data structures.
We call it Sense:§
Sense code
(
Sense code as link type
(
Sense code to link |
......
)
......
)
A Sense code is an array of flexible characters, and a flexible character is an array of the fixed slot unit:
used { Boolean
reserved { Boolean
head { Boolean
tail { Boolean
code { Nibble
Denotation of a nibble: 0 1 2 3 4 5 6 7 8 9 . | ( ) $ §
more than 1 nibble to denote the other characters.
The Sense code is local temporary if the first character is $; otherwise, it is a UUID.
The character § is the head of a Sense unit. If there is no § before a Sense code, it is a link to another Sense code with § before it.
When a link has a strength parameter, change the separator "|" after "Sense code to link" to "(flexible characters)".
A Sense unit can use the codes of Sense units linked via the link type "presentation" to present. This Sense unit representing the name of a Sense unit can also link to a Sense unit via the link type "class" to represent its category. In this way, it can take different forms across different language environments.
A Sense Sentence is an array of Sense codes linked to Sense units beginning with the character § via the link type "collection".
A Sense unit can use the codes of Sense units linked via the link type "presentation" to present. This Sense unit representing the name of a Sense unit can also link to a Sense unit via the link type "class" to represent its category. In this way, it can take different forms across different language environments.
A Sense Sentence is an array of Sense codes linked to Sense units beginning with the character § via the link type "collection".
The instruction code and memory address of the traditional processor with decoder are replaced by the Sense code.
回复删除The Sense core is a new processor architecture with dynamically allocated shifting comparison bus to dynamically link by the Sense code.