1. Food Gathering -------------- 2. Agriculture ----------- 3. Simple Technology First production of goods, growing ----------------- invention Specialisation of skills - output larger when person knows the correct proceedures Growing specialisation increases output. 4. City State Workshops - more equipment ---------- 5. Empire (Roman) First large scale production - -------------- economies of scale - large plants ---------------------------------------------------------------------- 6. Medieval (Europe) As (4) ----------------- High level of invention starts 7. Industrial Large production with mechanical power, Revolution replacing muscle. ---------- Humans used increasingly for "computation" in controlling machines 8. Consumer Society High levels of specialisation ---------------- 9. Mass Production Mass production methods Society --------------- Mechanical "computation" begins to take over from humans in controlling machines, which become increasingly complex. Steady reduction in the number of humans needed - beginnings of the concept of automation Electronic "computation" becomes cheaper than mechanical methods, and begins a substitution
The Constant Trend obviously involves an increasing output for
less human time, which is brought about by a combination of
factors:
One can expect all of these factors to operate in a future period.
But the one likely to cause a more obvious change is the last.
It is cheaper to undertake many of the machine-controlling tasks by
installing a programmable computer, than to attempt ever more
complex mechanical devices.
Widespread computing power within machines leads to many
possibilities.
It would seem from trends from Computation that programmable
computers in machines has a long way to go.
It firstly enables operations to be carried out which would
not be possible with human or mechanical computation.
But it comes under the trend of
Computation - where computers
are tending to link up with each other. With computers
widespread in industry, their increasing appearance in
production machinery enables links to be made with, say, the
factory computer.
Tasks which are still left with the operator can then be increasingly
automated. For example, work scheduling carried out
by the factory computer is automatically programmed into each
machine.
Links will occur between factory computer and outside bodies -
e.g. sales, purchasing, finance - or direct with customers' and
suppliers' computers.
Here we are a long way along the road to the automated factory -
where the people employed will increasingly be concerned with
designing the products, and the production system, and maintaining
it - rather than operating it.
Most of these links have been made in some industries in the Post
Industrials. Making them universal will take a long time to forge,
and will probably proceed on a trial and error process. The time
scales will differ between industries.
The links between computers gives rise to a new communication media,
which we call the
Computer-Media . Where as most media for the
flow of information usually merely pass information in one direction,
this new media is passing information in multi-directions, and obtaining
decisions and actions as it does so - largely automatically. We
regard this as one of the most important developments of our time.
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PRODUCTIVITY & AUTOMATION - CONSTANT TRENDS
PRODUCTIVITY & AUTOMATION - IMPACTED SCENARIO