Could Artificial Neurons Create a Neural Plasticity of Their Own? | Chapter 8 | Advanced Research in Biological Science Vol. 2

This stage explores the tenants of organic neurons and their plasticity. It before proceeds with an study of artificial neurons and the potential for pretended neural plasticity. Artificial affecting animate nerve organs plasticity is before placed within the circumstances of strategic thinking. A conceptual foundation is then tried. Neural plasticity is the brain’s ability to restructure allure performance and function along organic, chemical, and material lines. It is the source of structural changes in intelligence functions and performance. It could be working but it could also be fundamental. The process is driven by three forces: learning, knowledge and memory or on account of trauma. It is created all the while different chapters of an individuals’ life opportunity. Early childhood designs a core and subsequent growth phases enhance and complement this gist. Current work on machine intelligence attempts, more frequently than not, to simulate human intelligence process. Those include affecting animate nerve organs plasticity. And the question could stand: could an affected neurons system or group of systems expand their own neural plasticity?  And by what method and for what purpose?The item could provide a progress in the question whether AI commit progress to the so called “self-awareness” development. Self-awareness adopts a measure of neural plasticity, a fundamental measure of a fully developed AI.

Author(s) Details:

M. S. S. El Namaki,
VU School of Management, Switzerland.

Please see the link here: https://stm.bookpi.org/ARBS-V2/article/view/11639