"A chatbot as a mouth on the screen of a mobile phone"
Will chatbots based on the large language model lead to advancd general artificial intelligence?
Or are we heading towards another AI winter?
CODIL was a very early attempt to build a human-friendly language for a computer which could work with humans as a transparent "electronic clerk" - avoiding the "black box" problems associated with modern large language artificial intelligent systems.. The current study suggested that CODIL worked by modelling how the human brain handles complex information processing tasks. The CODIL archives suggest effective ways of building transparent AI systems and modelling how human intelligence evolved
"A chatbot as a mouth on the screen of a mobile phone"
Will chatbots based on the large language model lead to advancd general artificial intelligence?
Or are we heading towards another AI winter?
Most of the CODIL research was carried out on mainframe computers which have long been retired from service, but in the early 1980s it was decided to produce a demonstration version, in the form of an educational package that would work on a BBC Micro - which was a popular hobby minicomputer which was used widely in schools and over 1.5 million were produced. The result was MicroCODIL. A large number of BBC microcomputers have survived (typically several are advertised at any one time on eBay) the package can still be run to demonstrate MicroCODIL and how it provides a transparent human-friendly framework.
In the CODIL interpreters information about the tasks being executed is mapped from the CODIL text onto a table which represent a map of a recursive network where each node in the network represents a set or a partition of a set. To keep the human interface the syntax is a simple as possible and it is not concerned about the conventional distinction between "program" and "data".
CODIL is best understood in similar way to a symbolic assembly language designed to work on a recursive network. A conventional symbolic language consists of simple lists of commands mapped onto successive cells in an array. However each command has a syntax structure which includes an explicit instruction and control and/or address information.