edge computing

Stochastic Modeling and Resource Dimensioning of Multi-Cellular Edge Intelligent Systems

Edge intelligence enables the execution of AI inference tasks on computing platforms at the network edge, typically co-located with or near the radio access network rather than in centralized clouds or on mobile devices. This approach is particularly well suited for data analytics of low-latency and resource-constraine...

THE EL-RAKHAWI GRAND THEORY OF REGENERATIVE CYBERNETIC INFRASTRUCTURE AND SOVEREIGN COMPUTING From Isolated Algorithms to a Harmonious Planetary Nervous System A Groundbreaking Theoretical Framework Unifying Artificial Intelligence, Bio-Digital Convergence, Distributed Systems, Cryptographic Sovereignty, Software Architecture, and Human-Centric IT Governance to Transform Information Technology from Fragmented Technical Disciplines into an Integrated Planetary Nervous Sy

The El-Rakhawi Grand Theory of Regenerative Cybernetic Infrastructure and Sovereign Computing (DOI: 10.5281/zenodo.23232575) reimagines Information Technology as a **decentralized, edge-intelligent planetary nervous system** operating in cybernetic harmony with human dignity and ecological boundaries. Built on six pill...

Cybersecurity and Privacy in AI-Enabled Wearable Textile Systems

Artificial Intelligence has emerged as a pivotal advancement in textile systems, integrating intelligent sensing, wearable computing, IoT, and machine learning applications on smart fabrics for real-time monitoring of object behavior through predictive analytics. The primary areas of application identified in the inves...

Flexible and Stretchable Electronics for E-Textiles

The evolution of flexible and stretchable electronics has reshaped traditional textiles into intelligent wearable devices that have benefits such as sensing, communicating, computing, and making decisions in real-time. Currently, e-textile technologies are still disparate, lacking integration of the smart features of e...

Artificial Intelligence in Cloud Computing: A Systematic Literature Review of Applications, Challenges, and Future Directions

The integration of Artificial Intelligence (AI) with cloud computing has emerged as an important research area for developing scalable, intelligent, and automated computing environments. Cloud computing provides on-demand access to computing resources, storage, networking, and software services, while AI and Machine Le...

THE EL-RAKHAWI DOCTRINE OF SELF-GOVERNING UBIQUITOUS SYSTEMS From Technical Infrastructure to Comprehensive Legal Governance

The El-Rakhawi Doctrine of Self-Governing Ubiquitous Systems presents a unified normative-theoretical framework addressing the critical gap between rapidly evolving autonomous computing technologies and inadequate legal governance structures. As ubiquitous systems transition from passive instruments to self-governing a...

Two Innovations go live: 1. KENOS: Chat-native interface 2. KAIPAL Series: Audience-centered; locally deployable AI models

KAIPAL and KENOS: Democratizing Artificial Intelligence Through Privacy-First Local Models and a Unified Chat-Native Operating Interface Kohenoor Labs | Kohenoor Technologies Description This publication presents the technological vision, architectural philosophy, and applied development direction of Kohenoor Labs thro...

EL-RAKHAWI BEACON THE SYMBIOTIC CONVERGENCE SYSTEM FOR HUMAN SURVIVAL AND DIGNITY A COMPREHENSIVE TECHNICAL AND PHILOSOPHICAL FOUNDATION DOCUMENT FINAL HARDENED OPEN HARDWARE EDITION WITH REALISTIC ENGINEERING SPECIFICATIONS

EL-RAKHAWI BEACON: EXECUTIVE SUMMARY The El-Rakhawi Beacon is a symbiotic convergence system integrating four life-sustaining functions into a single solar-powered unit: atmospheric water generation (8-40 L/day via MOF sorbents), hybrid energy storage (LFP battery 5kWh), edge AI with mesh networking, and environmental-...

THE EL-RAKHAWI GRAND THEORY OF REGENERATIVE CHEMO-TOPOLOGICAL HARMONY Integrating MOFs, Solid-State Chemo-Silicon Dynamics, AI-Driven Molecular Discovery, and Green Chemistry into a Single Sovereign Framework for Planetary Sustainability

The El-Rakhawi Grand Theory of Regenerative Chemo-Topological Harmony unifies six pivotal domains of modern chemistry into a single sovereign framework for planetary sustainability. It reinterprets Metal-Organic Frameworks (MOFs) as physical instantiations of chemo-topological identity elements, where molecular pores c...

Intelligent Technologies as Proponents of Global Development and Sustainability: An Approach Based on India's Digital Infrastructure

The seventeen core goals of the UN's 2030 Agenda for Sustainable Development demand the need for collective action along social, economic, and environmental fronts. Artificial intelligence (AI), the Internet of Things (IoT), blockchain, along with cloud/edge computing are notable examples of intelligent technologies an...

Resource-Aware Lightweight Security Architecture for Hybrid PoE–PoC Blockchain Consensus: Adaptive Security Level Control and Priority Queue Management

Resource-constrained blockchain deployments in Internet-of-Things (IoT), smart grid, and edge computing environments demand consensus protocols that minimise CPU cycles, memory footprint, energy consumption, and bandwidth usage (Objective 3) while preserving meaningful security protection with bounded verification over...

WASP: Adaptive Weighted Multi-Objective Scheduling in UAV-Assisted Edge Computing