Projected Mapping Device

EZMAP Source projections example

PROJECTED MAPPING DEVICE
How useful is the technique of Projected Mapping?

One of the first uses of Projected Mapping was with the AAR Machine. AAR Machine Projected Control Mapping was invented to transfer, map and project controls from a boiler face plate to the actual functions for operating the Altercated-Alternated Reality Machine (AAR). This method works well and was adopted for additional devices, including Procedural Machines. The final projected destination for the control mapping was the Lab's supercomputer Big Brain. After 30 days of use, the technique is more perfected, works well and is now implemented in almost all new machines.

Projection mapping is in use in other academia and studies to conventionally transfer parts of objectss, such in the case of a spherical planet like the Earth or Mars, to that of a flat surface, often resulting in a mercator projection that can represent maps on a flat-plane paper in two dimensions.

The Lab is using the projection in a different manner to go from a 3D representations on a planar surface that exists only in code or that which is brought into graphical representations, to that which exists only inside the mind as thought, i.e. in these examples, the mind of the supercomputer or the mind of a human transfer agent.

The projection is then linked to the actual function and the function is carried out. In this manner, full control panels containing arrays of function switches can be implemented.

May Update Part 2
AAR Machine Projected Control Mapping
Procedural Machine
EZmap

Big Brain Future

PROPELLER POWERED BIG BRAIN BLOG

PROJECTED FUTURE OF THE BIG BRAIN

When Big Brain Consolidation is completed, we're looking at a complete Propeller Powered Big Brain makeover and wiring upgrade to more readily facilitate its new duties, applications, controls and what is considered good configs for the future. This is currently in the design process. Considering the amount of travel and moving taking place in the past, the future must take mobility and structural take-down and packing into account.

One idea is a series of computer designed control panels that can either fold up or end up disposable. Another idea is a durable transport box that becomes a dual purpose shipping container. Just thinking of the possibilities, the Big Brain could occupy a section (or room) with multiple screens, control panels, open down cages with racks of arrays of components for easy rewiring, and perhaps a remake of the vertical EXO putting everything together all in one. The control panel should contain reconfigurable instrumentation in addition to VR instruments and panels. These could be brought up online for large peripheral control involving ULTRA space.

What if we could access specific banks of processors and phase each in and out for their intended tasks and greatest strengths? These are powerful parallel arrays that can function as a unit, say 50 processors are assigned to parallel Task A and 50 are one Task B and 50 are on Task C. This is possible with a new Big Brain RTOS extension planned. Expect to learn about some enhancements to the software and the future intro to a specialized software era.

Notwithstanding of the current bread boarded big arrays, there is a possibility to convert these to solid state green printed circuit boards for long term reliability.  We can go with 40 large green boards on hand and/or there's access to a source capable of manufacturing customized boards specifically for the Big Brain. A study will be implemented to decide the viability of each approach. 

In case your a latecomer, the Big Brain has gone through several evolutionary phases of development that began with Micro Space. This led to low altitude Near Space space travel using Mega Projects in China and Taiwan. That progressed to ULTRA Space which the Big Brain is currently exploring.