LIFE

Layered Intelligence-Forming Energy

a useful acronym for one band of the (M) Field spectrum

Sergio Ingravalle

Layered intelligence consists of multiple levels of distributed applications deployed in चक्र • network nodes and sensors that collaborate to manage the overall system.

Edge Intelligence:  Edge intelligence is made up of applications that reside at the edge of the overall system, specifically at the smart sensor level.  Edge intelligence manages the local environment based on the information available through local communication.  Example use cases include premise load management and local voltage management.

Community Level Intelligence:  Community-level intelligence manages a group of premises either directly or indirectly through edge intelligence.  Example use cases include substation or feeder level load management using distributed energy resources and voltage management at the substation or feeder level.

System-Level Intelligence:  System-level intelligence provides visibility and management of the complete system.  Based on the historical and real-time data from sensors and the distributed applications the system level intelligence builds a holistic view of the complete system and orchestrates the operation of all the distributed applications.

In a layered intelligence approach, applications at each level operate relatively independently while receiving periodic updates from higher-level applications.  Such a system avoids a single point of failure (illness) and is very resilient to communication and other types of disruptions.

全包/人工智能

Δgsθ is the formation energy difference and the supercell method is adapted for estimating vacancy formation energy (Evacancy) The formation energy should include a PV term appropriate for an enthalpy, a zero-point motion sum Σiηωi over all the available vibrational frequencies ωi, and a term –zqEF for defects which are charged with zq electrons.

gs plural of g ⇒ Δgs (Δ 3-7 Hz) in θ waves, that fall close to the low end of the spectrum. They are slower than alpha waves but faster than delta waves. An EEG would measure theta waves in the 4 to 8 Hz range. They happen @GeMs.

gs:

 2-lit. (transitive) to oil, to anoint