Narrative-Bound Intelligence: A Structural Account of Human–AI Interaction via Symbolic Persona Coding Abstract Recent advances in large language models (LLMs) have emphasized scalability, instruction-following, and behavioral alignment, yet these approaches remain limited in supporting sustained, mean...

New working paper: Narrative-Bound Intelligence proposes a structural alternative to instruction-centric AI, modeling human–AI interaction through narrative-bound constraints and Symbolic Persona Coding (SPC).
doi.org/10.5281/zeno...
#AIAlignment #InteractionDesign #HybridSystems #AffectiveComputing

LLMs dream, KGs do logic. Between the dreamer and the logician maybe lives real intelligence.
We need both hands to build something stable. I don’t know all, but this feels right.

#AI #CognitiveComputing #HybridSystems

Hybrid Systems Model Improves Feedback Optimization for Linear Systems

A new hybrid framework merges continuous plant dynamics with discrete-time controller updates, proving exponential convergence and robustness to noise and timing jitter. getnews.me/hybrid-systems-model-imp... #hybridsystems #control

Convex Optimization Advances Hybrid System Identification

Researchers replace the mixed‑integer program with convex relaxations in a bilevel scheme. Tests on linear and nonlinear oscillators recovered mode behavior despite noise. Read more: getnews.me/convex-optimization-adva... #convexoptimization #hybridsystems

📢 Calling all materials researchers!
Got work on architected stimuli-responsive materials or hybrid systems? We want to see it! 🙌

🗓️ Deadline is coming up—September 22!
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#MRSCommunications #MaterialsScience #StimuliResponsive #HybridSystems

Stability criteria for hybrid linear systems with singular perturbations
Ihab Haidar, Jamal Daafouz et al.
Paper
Details
#HybridSystems #LinearAlgebra #ControlTheory

👀 View the speaker lineup and register before it's too late. buff.ly/TwupnKj

#MaterialsScience #2Dmaterials #Nanotech #MaterialsResearch #Nanomaterials #HybridSystems

Energy Management in PV Battery Grid Connected System in MATLAB
zurl.co/sPgWX
#EnergyManagement #PV #Battery #GridConnected #MATLAB #Simulation #RenewableEnergy #HybridSystems #EnergyEfficiency #ControlSystems

MATLAB optimizes energy management in PV, wind, diesel, and battery systems.
zurl.co/keraK
#EnergyManagement #PV #WindEnergy #DieselGenerator #BatterySystem #MATLAB #Simulation #RenewableEnergy #HybridSystems #EnergyEfficiency

Power Management in PV Wind Battery DC Microgrid in MATLAB
zurl.co/gUHoS
#PowerManagement #PV #WindEnergy #Battery #DCMicrogrid #MATLAB #Simulation #RenewableEnergy #HybridSystems #EnergyEfficiency

MATLAB optimizes energy management in PV, fuel cell, and battery systems.
zurl.co/Oq9LI
#EnergyManagement #SolarPV #FuelCell #BatterySystem #MATLAB #Simulation #RenewableEnergy #HybridSystems #EnergyEfficiency #PowerElectronics

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#MaterialsResearch #MaterialsScience #ResearchCommunity #Nanomaterials #HybridSystems

MATLAB Implementation of Grid-connected PV Wind with Battery System
zurl.co/TMhSx
#GridConnected #PV #WindEnergy #BatterySystem #MATLAB #Simulation #RenewableEnergy #EnergyManagement #HybridSystems #ControlSystems

Coordination and Control Strategies of a Hybrid AC/DC Microgrid
zurl.co/Ib2zM
#Microgrid #ACDC #Coordination #ControlStrategies #HybridSystems #MATLAB #Simulation #EnergyManagement #PowerElectronics #RenewableEnergy

Energy Management in PV Battery Grid Connected System in MATLAB
zurl.co/r2WuD
#EnergyManagement #PV #Battery #GridConnected #MATLAB #Simulation #RenewableEnergy #HybridSystems #EnergyEfficiency #ControlSystems

MATLAB optimizes energy management in PV, wind, diesel, and battery systems.

zurl.co/G5u0v
#EnergyManagement #PV #WindEnergy #DieselGenerator #BatterySystem #MATLAB #Simulation #RenewableEnergy #HybridSystems #EnergyEfficiency

Power Management in PV Wind Battery DC Microgrid in MATLAB | LMS Solution In MATLAB, power management of a DC microgrid consisting of photovoltaic (PV) panels, wind turbines, and batteries involves designing and implementing control algorithms to efficiently manage the power flow within the microgrid. The system integrates renewable energy sources like PV panels and wind turbines with energy storage systems such as batteries to ensure continuous and reliable power supply to connected loads. MATLAB provides tools for modeling the behavior of PV panels, wind turbines, batteries, and loads, as well as for developing control strategies to optimize power flow, balance supply and demand, and maximize the utilization of renewable energy sources. Engineers can use MATLAB to simulate various scenarios, evaluate the performance of different power management strategies, and optimize the operation of the microgrid to achieve goals such as cost reduction, energy efficiency, and grid stability. By leveraging MATLAB for power management in PV-wind-battery DC microgrids, engineers can design robust and sustainable energy systems suitable for remote or off-grid applications.

MATLAB manages power in PV, wind, and battery DC microgrid systems.
zurl.co/du4qy
#PowerManagement #PV #WindEnergy #Battery #DCMicrogrid #MATLAB #Simulation #RenewableEnergy #HybridSystems #EnergyEfficiency

MATLAB optimizes energy management in PV, fuel cell, and battery systems.

zurl.co/XpuF9
#EnergyManagement #SolarPV #FuelCell #BatterySystem #MATLAB #Simulation #RenewableEnergy #HybridSystems #EnergyEfficiency #PowerElectronics

Quantum AI 2025: Industry Leaders Weigh in on the Year Ahead Experts predict the trends and innovations expected to shape the interplay between AI and quantum computing in the coming year, from breakthroughs in hybrid systems and error correction to advancement...

During #2025 here are #predictions, #trends & #innovations expected to shape the interplay between #AI & #QuantumComputing, #QuantumAI, from breakthroughs in #HybridSystems and #ErrorCorrection to advancements in #AlgorithmDesign & #SustainableComputing. aibusiness.com/quantum-comp...