The GNA/GSA has redeveloped the computer structurations. Here are the basic structures:
Power Supply:
* The power supply is extrinsical. Once the system is powered up, there is no need for further power to be supplied. The system contains processors that are energized. When not used, energy is circuited to the next processor. When the processor is utilized, the circuit is redirected through a gate that consists of a capacitor and contactor. The energy goes to a second gate and contactor linked onto the processor. The processor, obtains data; and, goes to the original circuit. Since the capacitors are energized and the processor is energized, only the original energy is used to transfer data. There is no energy lossage. The capacitors supply energy to closed the contactor. After use, the energy is restored; and, the circuit returns to a straight line again.
The entire system is insulated; and, no energy is lost. The processor requires no energy due to being continually energized. The capacitor supplies sufficient energy to close the contactor for redirection of the energy.
_______________________________________________________________________________
System Design:
The computer system contains 3 basic components:
* The main system
*the User system
* Internetworking sector
The systems are structuralized as hypercubic data sectors. The hypercubes contain masses of data in the form of symbols represented numerals, alphabet symbols, words, pages, books; and up to, complete data.
A 6,561 vertice hypercube is 641 KB in size; and may contain YB of data. This data is transferrable within 1 cycle.
________________________________________________________________________________
Processors:
Processors are relays and contactors to redirect energy to specific sectors in the processing sector. The processors utilize no software processing data memory. All data is added to the software on processing procedures.
_______________________________________________________________________________
Memory:
Memory is a PROM/RAM memory combination. If a sector of the memory is to be static, the data bits are continuously directed to the next sector. If the memory is outdated, it may be erased by reopening the contactor gates; and, reusing the memory sector.
