Communication is the central aspect of HMC (Human-Machine Communication), human-machine interaction, human-machine interfaces, humachines (the human-machine nexus), cyborgs, etc.. All embodiments of HMC (Human-Machine Communication) comprise the following 3 elements:
Although some communication, e.g. radio broadcasts, broadcast television, etc., can be unidirectional, we argue in favour of cybernetic communication, i.e. communication that includes some kind of feedback. Even a broadcaster will likely want some audience feedback. Only in rare circumstances such as NASA's message to possible extraterrestrials (Pioneer plaque, 1972) is it really only unidirectional, and even there, we might hope someday to get a response.
The key essence of bidirectionality in communication is circular causality, also known as “feedback”. Feedback is the core concept of cybernetics. Thus we might equally name the HMC field as Human-Machine Cybernetics.
The word “cyborg” was coined by Manfred Clynes in 1960 to denote “cybernetic organism”, as a nexus of a living being with a machine. His favorite example of a cyborg is a person riding a bicycle, i.e. a human and machine in a cybernetic feedback loop. This example of human-machine communication dates back about 200 years, but it has also been argued that HMC has (“cyborgs” have) been in existence for more than a million years [Mann 2021, in “Crossing the Border of Humanity”, p47-64]!
One of the simplest of machines is the million-year-old
Hominid Raft which predates
the approximately 5000 year-old invention of the wheel.
The hominid raft even predates the existence of homo-sapiens!
It is well-known that hominids traveled from Africa to other continents on
rafts having simple cybernetic (steering) mechanisms.
Thus the world's first cyborgs were aquatic “waterborgs”, much like the one
depicted below, from the National Museum of Australia:
More precisesly, communication is what takes place between the human and the
machine, as shown below:
,
and in the diagrams of feedback and control theory,
we often prefer to show communication signals going around in a loop,
thus we might re-envision HMC in one of two ways, as follows:
The nexus of human and machine is often referred to as a “cyborg” or “humachine”. The author proffers the concept of a nexus of human, machine, AND communication therebetween, as a cohesive entity called a “humacomm”.
More generally, a humacomm may itself interact with other machines,
giving rise to a metahumacomm, itself capable of interacting with
other machines, and so on, to any desired layer of complexity.
An example is a humacomm comprised of a human with an eyeglass-based
XR (eXtended Reality) system [Mann and Wyckoff 1991], brain-computer-interface,
and the like, interacting with a smart paddle, and this new metahumacomm
interacting with a smart vessel such as a smart paddleboard, as shown below:
Here we have a smart paddleboard that senses the water, e.g. water quality, using sound wave propagation based on the SYSU x MannLab multicomponent lock-in amplifier sonar system, as pictured on the top row. The system architecture shown in the bottom row comprises the nested set of feedback loops.
The fractal (self-similar) nature of this nested set of feedback loops should be readily apparant [Sousveillant Cities and Systems].
Whereas the human and computer are in communication with each other,
each may also be in communication with other entities.
For example, the technology should be designed so as to be unmonopolizing,
such that the human can remain aware of the surroundings.
It must be unrestrictive so the human can continue to interact with the
surroundings. It should be attentive, i.e. so the computer can sense the
surroundings, and it should be communicative so that the computer can
communicate with other persons who may or may not be humacomms, as well as
with other entities such as AI (Artificial Intelligence).
Thus there are six communication paths between human and computer, as shown
leftmost below:
Furthermore, these six communications pathways apply in the same fractal
(self-similar) way, as shown middle and rightmost.
A common metaphor is to regard a large organization as "machine" and to regard humans as "cogs" in that "machine". But a better metaphor is perhaps the "egg" and the "wall", as captured in the following quote:
“If there is a hard, high wall and an egg that breaks against it, no matter how right the wall or how wrong the egg, I will stand on the side of the egg. Why? Because each of us is an egg, a unique soul enclosed in a fragile egg. Each of us is confronting a high wall. The high wall is the system which forces us to do the things we would not ordinarily see fit to do as individuals . . . We are all human beings, individuals, fragile eggs. We have no hope against the wall: it's too high, too dark, too cold. To fight the wall, we must join our souls together for warmth, strength. We must not let the system control us -- create who we are. It is we who created the system.” Haruki Murakami, Jerusalem Prize acceptance speech, JERUSALEM POST, Feb. 15, 2009.
The "egg" and "wall" metaphor speaks to the human and the machine, but let us not merely reverse this, but give the above diagram a kind of 90-degree rotation and say: No matter how right the surveillance or how wrong the sousveillance, I will stand on the side of the sousveillance. Why? Because each of us is confronting a high degree of surveillance. We have no hope against the hypocrisy of the vast surveillance networks, they're too pervasive, too powerful. To fight the hypocrisy and corruption of a surveillance-only society, we must join in widespread sousveillance.
In particular, there are many closed-source sytems that collect lots of information about us but reveal little about themselves. This one-sided surveillance-without-sousveillance (or with less sousveillance) is the antithesis of closed-loop feedback. Feedback delayed (or reduced) is feedback denied! In this way, we must ensure that there is sousveillance in proportion to surveillance, i.e. that we can sense when we are being sensed. Systems that provide for this are known as sousveillant systems. Failure to provide for sousveillance is one of the most common shortcomings of modern HMC.
If we can acknowedge not just the land, but matter in general, we might take a first step toward justice in the world of veillance, for generally speaking, surveillance is the veillance that is affixed to the land, whereas sousveillance is often the veillance that is affixed to the person. Surveillance cameras that are mounted on poles upon the land, or buildings upon the land, ought to thus be shared and not monopolized, as this will more likely create a situation that is closer to veillance symmetry, and thus not so strongly on the side of the "wall" that stands upon the land thus acknowledged.