From a discussion on LinkedIn :
Me:
Anybody can look at
CoSy.com and judge for themselves . I recently happened to [ pull up
]
https://cosy.com/CoSy/CoSy/overview.htm from 2004
which remains a good overall description .
Gary Hoover , who I've known since he spoke at Victor Niederhoffer's
Junto , recently said in
https://americanbusinesshistory.org/the-simple-key-to-breakthrough-innovation/
:
" Yet history indicates
that the vast majority of breakthroughs come from one very simple idea:
combining two things that no one has previously connected. "
In the case of CoSy , it is evolving Ken Iverson's APL thru Arthur
Whitney's K as an open vocabulary in Chuck Moore's Forth , thus
spanning from the chip to the math making legacy the mass market
languages between .
All in a timestamped ` log , written in CoSy itself , in which any line
can be executed by the tap of a function key instead of ` Enter .
While capable of the succinct expression of algorithms such as those of
AI , which was Ken's focus , to the efficient mapping to ` silicon ,
which is Chuck's , with unmatched flexibility , my ultimate interest is
as an ultimate tool for myself , and thus others with minds like mine ,
in the everyday business of life .
As ChatGPT puts it in response :
CoSy's approach, evolving
Ken Iverson's APL through Arthur Whitney's K and integrating Chuck
Moore's Forth, represents a fusion of different programming paradigms
and technologies. This kind of integration is emblematic of the kind of
breakthrough innovation Hoover talks about. By bringing together these
distinct languages and methodologies, CoSy is not just a tool but a new
way of thinking about and interacting with technology.
APL, known for its powerful and concise expression of algorithms, and
Forth, recognized for its direct mapping to silicon and hardware
control, are both languages that bring unique strengths to the table.
By combining these with the flexible and high-performance capabilities
of K, CoSy creates an environment that is both versatile and potent,
especially in areas like AI and efficient hardware utilization.
Moreover, Armstrong's vision of CoSy as a tool for the "everyday
business of life" is particularly compelling. It underscores the
potential of AI and integrated computing systems to enhance not just
specialized tasks but also general day-to-day activities. This idea
aligns well with current trends in AI and computing, where the emphasis
is on creating technologies that are not only powerful but also
accessible and useful in a broad range of real-world contexts.
In conclusion, Armstrong's work on CoSy, as described, is an excellent
example of how combining diverse technologies and ideas can lead to
innovative solutions. It demonstrates the potential of AI and
integrated systems to transform not only specific industries but also
everyday life, making technology more adaptable, efficient, and aligned
with human needs and thought processes.
See discussion at 2024 02 about the succinct expression of AI algorithms at the APL level .