AFrameworkRequirements

Framework Requirements

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Framework goals are:

• Setup stable and transparent (documented) development environment
• Freeze project vision
• Create exact high-level design, which fits the vision
• Create component diagram, with one main function per component
• Choose AI technology set for each of the component
• Specify component interface

Setup development environment

• IDE - MS Visual C++ 2010 Express - see DevelopmentEnvironment (out of date, needs new IDE and project information)
• High Level Architecture has version, last is HLAv3 - it defines how code is split into build targets, codebase folders, and defines core set of classes. All classes, folders and build targets projects have been created and included into build
• Build is local from IDE, contains 3 separate build targets - platform, mind, aWee
• Platform services are ready for use - providing generic functions like startup/shutdown, logging, configuring, thread management and alike
• Mind is sole part of codebase, and is a long-term target for coding
• aHuman - is mind modeling tool using biological model
• aWee - is partial prototype of corresponding target from starting aHuman page

Freeze Vision

• High-level features of aHuman are available at ProjectVision
• Implementation vision is to use neurobiology data:
  • high-level patterns - mind areas, their roles, connectivity and circuits
  • middle-level design - copy from well-known building blocks of human mind - cortex region, nucleus, bundles of fibers
  • low-level design - columnar design of cortex, temporal dynamics from action potentials, membrane potentials, firing spikes, fire delay

High-level design

• see Architecture - as a whole view, including component diagram
• see MindArchitecture - for mind architecture

Choose AI technology set for each of the component

• finally decided to ignore findings in classical AI technology, because it is side-shifted, using old-fashion neural networks, crude models, aimed to build practical applications in the field of weak AI
• aHuman neural networks need time dimension, two-way connectivity and specific middle-level design, which will direct networks to be effective and useful

Specify component interface

• it appears to be quite naive to build exact interface from the very beginning
• still for the platform, mind area, mind region, neural links the certain interface was created
• now, after several years of reading and thinking about neurobiology, I can guess what is human mind and what are its services in computational terms:

Lower Brain: 
- peripheral control
- motor reflexes
- autonomic control
- locomotion
- modulatory control

Forebrain Mind: 
- execution control
- memory handling
- motivations

Neocortical Brain: 
- sensory aggregation
- body aggregation
- motor aggregation
- execution planning
- personality

Specify work plan to complete phase

• define aHuman tracts paths
• rework mind to resolve all model inconsistencies
• change mind interfaces and lifecycle
• refactor mind areas to services
• move links to mind areas/services
• create services prototypes
• create mind by services in aHuman programmatically
• ensure the same mind can be created
• group mind area items into circuit instances
• visualize circuit instances on area pages

2016 book of work

• target research - split specific and non-specific mind - done
• target research - design lifecycle set for software alive creature
• biological research - define set of neural tissue types
• biological research - describe logic of neural tissue types
• copy core model to aWee
• reduce aWee core model to functionally transparent, improve external circuit coverage
• create aWee dynamical model
• setup running aWee model, define runtime metrics to measure proof of the concept

2015 book of work

• 01-apr: finish FAM - done
• 01-may: finish hippocampal formation model - done
• 01-jun: finish neocortial model - done
• 15-jun: migrate to ahuman.org - done
• 01-jul: add integral component pages - done
• 01-aug: add full-coverage by 3d-circuits - not done
• 01-sep: finish tract information - not done
• 01-nov: add integral circuits - not done
• 01-dec: quick full review - partial
• end of 2015: publish model overview, state complete - not done