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Thinking Like a Machine Brain
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The process can be entirely different from a brain thinking like a human brain

The idea is use machine AI and algorithms conducive to the best operating procedures in the machine brain. As long as the human brain thinking and memory requirements are fulfilled, the vessel will be effective. Developing machine vessels for the uploading of a human brain contents will require special cases to satisfy all the requirements of the biological brain, which can be accomplished by programming, AI, data sets, machine storage, and additional means.

Big Brain Infinitely Bigger

In this example, a Big Brain machine software incubated neuron is cocooned in numeric algorithms while retaining pathways necessary for neuronal firing of executing thought patterns

Big Brain Made Infinitely Bigger
by use of Algorithm Neurons

How do you make an already Big Brain infinitely bigger? The answer is all in the processors. Read how Humanoido, Father of the Big Brain, has implemented a system wide technique to make the Big Brain infinitely more large.

The 1st brain Cortex was housed in a jar and
used a single microcontroller chip with 8
processors, and could handle and process
an algorithm to create 800 live neurons.
The next step was 100 chips with 800
cores and 80,000 experimental neurons.
Switching to the equivalent of a 100-core chip,
one thousand units, 100,000 processors,
result in 10,000,000 algorithm neurons as a
starter brain.

Human brains use neurons - a neuron, also called neurone or nerve cell, is a cell that carries electrical impulses. Neurons are the basic functional & structural units of our nervous system. Every neuron is made of a cell body (also called soma or cyton), dendrites and an axon. Dendrites and axons are nerve fibers. The human brain is estimated to contain 100 billion neurons.

— the technique employs an algorithm
    to increase the number of neurons
    in the Big Brain AI machine —

A method of creating machine neurons for a machine brain is implemented by Big Brain programmer Humanoido. Humanoido has created the equivalent of neurons using special expandable processors and algorithms. In the new brain scenario, processors with algorithms handle the function of a nervous system, processing for cytons, dendrites, and axions, which combine to form neuronal machine matter. The machine nerve fibers have actions via algorithmic processes. A total of 100 billion machine processors are not needed as a single processor can handle multiple neuron functions. The technique is rapidly approaching exponential realms. It may be soon and we'll have the full number of neurons in the AI machine that exceeds humans. In a larger brain compared to the first Cortex, 1,000,000 base processors (not just hardware) and algorithms are conducive to a total of 100,000,000 million neurons for single cloud units. Multiple cloud units will create distributed brains with billions of processors exceeding human brains.

https://space1usa.blogspot.com/2019/12/space1-big-brain-infinitely-bigger.html

Brain Cortex Algorithm Part 33

BRAIN CORTEX ALGORITHM
PART 33
The algorithm for human brain to machine brain transfers (H2M) is worked on to encode the transfer information. How the algorithm is executed is being studied.

This will include the method to gather and organize information and present it to the machine. It will also address the content of the information and what the human knows. It will likely include at the top hierarchy, knowledge, which will then be broken down into three categories inclusive of facts, experiences and personality.

The algorithm must also include brain data organization and presentation, i.e. a type of interfacing from the human to the machine. Part of this system is the Layer and how it will contain brain information.

— our project is to develop and demonstrate a machine brain transfer, in particular to accept some relatively simple characteristics of a human brain and transfer portions to that of a machine brain, whereby those characteristics could be given a life longevity far exceeding that of the original human, and perhaps establishing immortality — 

Index to the Brain Cortex
http://humanoidolabs.blogspot.tw/2013/11/brain-cortex-index-part-16.html

Machine Birthing Process

HOW DOES THE BIG MACHINE BRAIN GIVE BIRTH?

Is the offspring birthing process by the Big Machine Brain same as that of a human? What is the magical mystery of creating new life?

The Big Brain has given birth to 12 children, smaller brains consisting of Propeller chips. Currently, these children offspring have chips numbering six or less. Internal computer processors for each range from eight on up to 48. It has remained somewhat of a mystery as how the birthing process takes place. We know the Big Brain must give up something during child birth described at Brain Loss Baby Making.

To give birth, conception must first take place. The Big Brain is somewhat like a Snail. In a general sense it contains conception elements of both male and female when comparing to a human. The Intellectual Surfing (IS) Process determines if a birth will take place and defines the parameters for birthing. (IS) is an algorithm to enable a Big Brain to conduct projects by specifying parameters and then employing the use of a Lab Assistant as needed. For a birthing prerequisite, what follows is the Big Brain will give up a specified Propeller chip or number of chips, from the Third Array, based on the (IS) output. It then procures the laboratory assistant to employ the standard or specified Brain interface and assemble the little one. It's possible the Big Brain will do more than just provide the machine brain idea or DNA map, i.e. when the BB Arm becomes more functional for pick/ hold/ and place.

Brain Bouncing Computing Algorithm

BRAIN BOUNCING COMPUTING ALGORITHM

This technique is an algorithm that engages a bouncing method in the Big Brain chip Partitions and arrays to employ the use of available chips for computing in the collective. A code is used to bounce from chip to chip and determine the in-use status based on chip self flagging. A chip is flagged busy when its tied up thinking. The bouncing code bypasses a busy flag chip and collects chips for use that are not busy. The Bounce Code is as follows:

Chip Status:

Flag = Busy

  or

Flag = Not Busy

If Flag = Busy then Bounce

If Flag = Not Busy then Engage

Definitions

Brain Bouncing - algorithm used to find chips available for use. Code is used to bounce from chip to chip and determine the in-use status based on chip self flagging.