This is a research hypothesis on adjusting the
use of audio software and other aural ,sonar,
ultrasound, infrared software and hardware as
a self contained and portable system for both
the visually impaired and others who need
or just want the security.
FreeBSD is the system that I want this to work
on completely; but, until brltty is completely
fixed, it will serve a necessary function: all
usb compliant devices will work on any
tier one and some tier two architectures.
The suggested architectures to use are RISC
based systems because amd64 i386 have a
problem in the fact that internal translation
and processing must follow a path of basically
polynomial math and varying data lengths
which will always cause bottlenecking no
matter how many nerds you throw at it.
Riscv64, aarch64, qoriq ppc e6500 core for
portable and any ppc64 to OpenPOWER for
static at home.
Setup: For each room, there must be an ultra-
sound node for all walls and the ceiling with
each one using a different frequency to
prevent false overlapping images. The
infrared and sonar can be setup the exact
same way.
For portable : A portable Riscv64 system
a portable arm system. A portable ppc64
system us a rarity; but, if it is to be used,
it needs to work on a generator because
only the gnu laptop community is working
on this. The Riscv64 board will do the
ultrasound while the
The aarch64 board uses and is the
communication hub with
satellites and others . The powerpc system
is the collective database which records
the initial data Where FreeBSD cannot be
currently implemented completely is
with brltty. However, ssh can be used to bridge
FreeBSD to the brltty instance on a -
and I suggest this due to bloat - a non systemd
system such as devuan, or gentoo, or
Slackware.
This entire setup can also be used fir
cataloging languages of indigenous
peoples.
Okay.
Multiple inputs of sonar, ultrasound, etc
can be piped through ardour as a live
system stream feed with multiple instances of
ardour set up the same way
on multiple systems to purify the input
so that the individual is able to both
better hear the environment and
become aware of the ultrasound and
even the infrared -I need to work on that soon
for the IR setup- environment so that
a fluid interactive spatial environment is
there for both awareness and security.
Each level will have its own server per
system used. Thete will be a hardened
openbsd and raspberry Pi hole filter system
as the initial firewall before the main
server(s) which connect to the level
servers and can within that structure
interact with the mobile system to
update its data and freebsd can be
used to mount by nfs to snapshot the
area with OpenZFS. They can then be mounted
or stored as a database in openbsd
and freebsd can make a snapshot of a
database of snapshots
which can be shared in open academic
research projects.
Again, this also works with language
cataloging.
Alright, Japan is working on the next part:
submersible agi which uses sonar and
ultrasound.
Back to the original idea :
The portable system will have a limitation
or a set of limitations which will
need to be accounted for before the initial
use: humidity, temperature, environment
will all affect sound, light, and thermal
more than in a closed environment which
will cause false readings. Certain materials
will absorb or reflect sound, sonar, and
ultrasound differently. Any outside signal
which matches the frequency of any of
the cards will introduce unwanted noise.
I am trying to be as realistic as possible.
Using ardour and using different systems
while keeping communication will
ensure fault tolerance.
The multiple instances on ardour
on multiple systems with freebsd
mounting and making snapshots
creates a RAID type setup of the
aural environment that can
also be used to compare each feed input.
The system is to be connected to
ollama or hermes which are
ran with one as a database for the
other in a vm and that is also snapshotted.
The ai systems will learn and adapt
to both the internal and mobile
environments while keeping
that which is private and should not
be shared because all people deserve
respect.
This needs to be connected to the brltty
subsystem to include it. This should
further create a system that can use
external input to adapt its internal
systems without creating hallucinations.
Animals and those inside will need to
have a radio device so they will be
recognized as part of the environment.
Some type of openpgp system will
be needed to further secure the systems
because there are only so many
frequencies to be used and this applies
more to the mobile system.
For the static environment- id est the home-
physical design is very important. A standard
45° angle roof covered with shingles having
a rise of six or more feet with thick insulation
functions as a structural dampened.
Metal roofs, however, are different because
the speed of sound in aluminum, copper,
and steel are much greater than air or water.
This causes a sharpness and an echo because
all of the mechanical waves are not absorbed
by the material due to density and molecular
structure which changes due to thermal
exposure and other elements in the alloy
itself.
Keep that in mind next time the ding ding
ding on your metal roof drives you insane.
Okay, we - in this group thought experiment-
are going to acoustically reinforce the upper
layer of the house where the sound must be
without extra noise.
In the attic, above the ceiling, you will need
to install acoustic flame retardant insulation
according to the area in square feet of the
total ceiling area - which should be equivalent
to the base square area of your house if you
do not have any extensions. In that case,
you will need to also purchase that amount
of extra insulation. And, no, because there are
dashes here, was this written by AI because
AI would not write something this awfully
boring and drier than British comedy. And I like
British comedy.- of the upper level of your
home.
[The ability to context switch between
comments and the intended subject matter
was learned from Herman Hesse's work
Der Steppenwolfe where The Theatre for the
Mad and the sign stating "For Madmen Only"
are foreshadowed in detail. If the book is not
read completely through both sections with
emphasis on knowing the exact differences
in both words used and tense, the reader
becomes confused. Hesse had a sense of
immediate internal hyperawareness and a good
sense of his cultural surroundings. The device
used literally - this is my hypothetical name
for it - is internal cultural psychological
reflection and awareness of both the internal
and external environments. I shall return
to the subject at hand.]
The formula above will work for both new
and older metal roofs. If you desire to do
such, you may run a layer about 36" wide
around both bottoms of both hyponteni - it
is Latin based male so the plural nominative
case must be i - and the base of the front and
back former ends.
You may add a thin layer of acoustic insulation
in the attic of the shingle roof house or in your
apartment- ask permission and see building
codes in your area before beginning on this
project. There may and probably do exist
certain privacy and frequency requirements
such as not recording standard audio and
visual elements unless done strictly within
accordance of the law. I am aware that unless
you have a federal warrant you are not
allowed to simultaneously record both aural
and visual data of the area on the same format
as a single file. Do not attempt any recording
of any data type without doing the research
I suggest into building code laws and
federal and state regulations on privacy
and allowed security methods. This can
never be stressed enough because what
you want must be freely given without
expecting anything in return even if you
ask.
[Others are not me; so, becausr of this, I give
permission to others and acceptance for reason
I may not and in many cases do not know about
or have the awareness and experiences of
their internal, personal, private, public, social,
or spiritual lives. ]
Externally, you will need an affordable set
of parabolic microphones with an added
adjustment. For reason that this is for
privacy and protection, the same amount
of respect desired must be freely given in
return.
You will need to dismiss the spherical
cross section of the parabolic acoustic dish
to one half of that and extend the diameter
by 500% .
The need to be placed in an internal circle
of eight and an external circle of eight.
You should be able to setup the ultrasound
nodes here in protected boxes with power
supply. Since the portable and internal
setup of base Riscv64 systems require
separate power supplies. You will need
at least a 200w system that can deliver
and save 100 watts each way for four
sections. So, you will need 3200 watts
solar setup. This is being safe along
with standard electrical wiring.
Adjust each ultrasound -
Oh, I forgot the sonar and microphone
voltage abd amperage in determining the
amount needed for input. That should
be base system requirements with
buffers built in for sudden spikes and
add another five grand to the cost
fir a back-up generator system. Murphy's
Law....
Just in case - by changing the number of times
per second the signal is set in a complex set
of set redundant patterns - make them no
more than three to four degrees to prevent
overheating on the Riscv64 boards unless
they are actively cooled and you have
sixteen or more cores on it.
You will need - once again - self powered USB
compliant connected devices for this setup.
The next section is for the BSD accessibility
community.
There is a present advantage to this
setup for the FreeBSD accessibility team.
While you are SSH secure logged in to
the non systemd Linux brltty session,
you should be able to work on further
interfacing brltty into FreeBSD by
comparing the function being worked
upon in that part of the porting effort with
the exact function being used in the mixed
environment SSH system in the active
spatial acoustic environment being set up
and used.
For all:
You need a friend who has a natural
echo-location ability. Dependency upon
artificial hearing enhancements - even
an old ear horn - produces both a modified
or warped sound environment and an
amplification level which will cause a flood
of unwanted feedback. Microphones are
Just like network interfaces and can poop
out with sound overload just like a
surrounding ping flood attack can knock
out your system flat.
Nunca esqueça, povos.
"Don't forget, peoples "
The dishes facing inward must be set
in the interval areas within each arc of the
outer circle in-between the positions
of each camera of the internal circle. An
extra wide parabolic dish must be used
to capture the return of both the sonar
and ultrasound signals to pick up
enough of the area to produce
an image that can be seen.
This idea just occurred so here.
Infrared cameras where infrared
sensors will be placed. This will
increase the base wattage requirements
to 5000 watts. I am being extra safe because,
for most of the peoples this covers, they need
the extra assurance knowing that their
systems will work in the event of a blackout.
Everyone is not able to afford a full system.
When you design this for each client, think
about their income and design the most
efficient and affordable system for each and
every one of them.
Ardour on both systems will be able to
filter sonar and ultrasound to edit out
any noise caused by sudden changes in
environmental variables such as
temperature, humidity, etc cetera et al.
This setup requires work and time
before you can do it from memory.
Further research everything that I have
stated in this article because I want you
to both question and improve this
basic method and set-up.
This idea is freely released under
https://creativecommons.org/licenses/by/4.0/
People doing research, academia, etc al
are released from any legal obligations.
If this is for your home, family, you are
also released from any legal obligations.
Why? Because most of you do not have the
money to spare much less be able to take
care of yourselves.
You are allowed to copy and put
your own improvements on this article.
Leave a link to this article. That will
be credit enough.
¡ Disfruta tu vida!
and...
Diverti-se cada momento na Vida !
