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Publicações recentes – Patentes em Computação de Borda

Edge Computing

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Edge computing
A computação de borda aprimora o processamento e a análise de dados em tempo real, descentralizando a computação e aproximando-a das fontes de dados.

A computação de borda descentraliza o processamento de dados ao realocar a computação e o armazenamento para mais perto das fontes de dados, minimizando a latência e o uso de largura de banda em redes distribuídas. Ela integra nós de borda, micro data centers e gateways para suportar análises em tempo real. IoT aplicações e inferência de IA na periferia da rede. As considerações arquitetônicas incluem gerenciamento de recursos, orquestração, virtualização e segurança em ambientes de borda heterogêneos. Nossa compilação abaixo apresenta publicações e patentes recentes que detalham inovações em design de infraestrutura de borda, desenvolvimento de protocolos, otimização de cargas de trabalho e estratégias de implantação escaláveis, aprimorando as capacidades e a adoção de sistemas de computação de borda.

Esta é a nossa mais recente seleção de publicações e patentes mundiais em inglês sobre Computação de Borda, entre diversos periódicos científicos online, classificadas e focadas em computação de borda, computação em névoa, nó de borda, redução de latência, computação distribuída, análise de borda, IoT de borda, IA de borda, data center de borda, micro data center, orquestração de borda, segurança de borda, rede de borda, processamento em tempo real, dispositivo de borda, infraestrutura de borda, nuvem de borda, localização de dados, cache de borda, gateway de borda, gerenciamento de recursos de borda, virtualização de borda e carga de trabalho de borda.

Fixed wireless access network latency reduction system and method

Patent published on the 2026-07-02 in US under Ref US20260189896 by T MOBILE INNOVATIONS LLC [US] (Fang Zheng [us], Cai Zheng [us])

Abstract: Methods and systems provided herein reduce network latency for FWA deployments. The use of a WiFi protocol stack in the RAN enables local breakout to the Internet and bypassing of the core network. Further, utilization of a licensed bandwidth spectrum facilitates the use of WiFi from greater distances than traditional WiFi.[...]


Our summary: This system reduces latency in fixed wireless access networks. It employs a WiFi protocol stack for local Internet breakout, avoiding core network delays. Utilizing licensed bandwidth allows for extended WiFi range compared to traditional methods.

network latency, fixed wireless access, WiFi protocol, licensed spectrum

Patent

Bidirectional bandwidth allocation in a sase network

Patent published on the 2026-07-02 in US under Ref US20260189981 by CATO NETWORKS LTD [IL] (Babich Dmitry [il], Katzenstein Aviram [il])

Abstract: Systems, methods, and computer-readable media are described for facilitating network synchronization within a network comprising multiple distributed server clusters connected to various edge devices. The synchronization process involves maintaining multiple copies of a routing table, which are distributed across the locations of the server clusters and edge devices. When a connectivity change occurs and is detected by at least one server in the distributed server clusters, this change is repres[...]


Our summary: This content describes a method for network synchronization in a SASE network. It involves maintaining and updating multiple copies of a routing table across distributed server clusters and edge devices. Connectivity changes are detected and represented as deltas, which are then synchronized to ensure consistency.

Bidirectional bandwidth, network synchronization, distributed server clusters, routing table

Patent

Edge computing system and method for analyzing anti-drone system

Patent published on the 2026-07-02 in US under Ref US20260185903 by ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INST [KR] (Kim Hee Do [kr], Wang Kicheoul [kr], Kim Chorwon [kr], Kim Jaein [kr])

Abstract: [0000] An edge computing device includes: a physical communication interface connected to a communication interface of an anti-drone product; and a text data collector configured to connect to the anti-drone product, to receive output data from the connected anti-drone product, to extract text data from the received output data of the anti-drone product, and to convert the extracted text data into data in a preset data format.[...]


Our summary: An edge computing device interfaces with an anti-drone product. It collects and extracts text data from the product s output. The extracted data is then converted into a preset format for analysis.

Edge computing, anti-drone, data extraction, communication interface

Patent

Systems, devices, articles and methods for calculating sports performance metrics using positional data

Patent published on the 2026-07-01 in EP under Ref EP4768090 by DRIVE HOCKEY ANALYTICS INC [CA] (Johnson Ron [ca], Akella Krishant [ca], Dahlstedt Mike [ca])

Abstract: [0001] Embodiments of the present disclosure relate to systems, devices, articles and methods for calculating sports performance metrics using positional data. The system includes a local and a cloud computing system. A plurality of player sensor tags and wireless data transceivers measure the location of players during a tracked event. The location data are processed either in real-time by a local edge computing device or post processed by a cloud computing device using mathematical and sports-[...]


Our summary: The system calculates sports performance metrics using positional data from player sensor tags. Data is processed in real-time or via cloud computing for performance analysis. Results provide tactical insights based on acceleration and g-force measurements.

positional data, sports performance metrics, edge computing, cloud computing

Patent

Methods for encoding and decoding data from array-based sensing systems

Patent published on the 2026-07-01 in EP under Ref EP4769224 by STICHTING IMEC NEDERLAND [NL] (He Yuming [nl], Liaw Hua-peng [nl], Liu Yao-hong [nl], Tang Guangzhi [nl], Gandham Venkata Sai Lohit [nl])

Abstract: [0001] Example embodiments describe a computer-implemented methods for training a spiking neural network for encoding and decoding event information obtained from a set of sensors in an array-based sensing system. Further embodiments describe a neural network training system as well as a sensor and an edge gateway device employing such encoding and decoding spiking neural networks.[...]


Our summary: This content discusses methods for encoding and decoding data using spiking neural networks. It describes a computer-implemented approach for training these networks with event information from sensors. Additionally, it mentions a neural network training system and devices that utilize this technology.

data encoding, spiking neural networks, array-based sensing, edge gateway

Patent

System and method for decision-making in hardware systems using quantum-inspired compressed models

Patent published on the 2026-07-01 in EP under Ref EP4769228 by MULTIVERSE COMPUTING INC [CA] (Genuardi Oquendo Alessandro Daniele [ca], Sinha Nilotpal Kanti [ca], Orus Roman [ca], Wirjadi Oliver [ca], Mugel Samuel [ca])

Abstract: [0001] Reliance on cloud-based decision-making presents several challenges. To address at least some of these technical challenges, an example system is provided. The system includes an edge computing device including a decision-making model. The system also includes at least one local sensor coupled to the edge computing device through a localized network, wherein the at least one local sensor is disposed in a physical environment. The system also includes at least one local device coupled to t[...]


Our summary: The system uses edge computing to process audio data from local sensors. It determines the state of the physical environment using a decision-making model. Based on this state, it generates instructions for local devices.

quantum-inspired models, edge computing, decision-making, localized network

Patent

Probing a theoretical framework for a photonic extreme learning machine

Published on 2026-05-29 by Vicente Rocha, Duarte Silva, Felipe C Moreira, Catarina S Monteiro, Tiago D Ferreira and Nuno A Silva @IOP SCIENCE

Abstract: The development of computing paradigms alternative to von Neumann architectures has recently fueled significant progress in novel all-optical processing solutions. In this work, we investigate how the coherence properties can be exploited for computing by expanding information onto a higher-dimensional space in the photonic extreme learning machine framework. A theoretical framework is provided based on the transmission matrix formalism, mapping the input plane onto the output camera plane, resu[...]


Our summary: This work investigates a theoretical framework for photonic extreme learning machines using coherence properties for computing. It establishes connections with complex extreme learning machines and derives upper bounds for hidden space dimensionality. Experiments validate the model, suggesting potential advancements in all-optical hardware and edge computing solutions.

photonic computing, extreme learning machine, coherence properties, dimensionality estimation

Publication

Adaptive Multi-Camera Fusion and Calibration for Large-Scale Multi-Vehicle Cooperative Simulation Scenarios

Published on 2026-02-03 by Hui Zhang, Chenyu Xia, Huantao Zeng @MDPI

Abstract: In the development of multi-vehicle cooperative hardware-in-the-loop (HIL) simulation platforms based on machine vision, accurate vehicle pose estimation is crucial for achieving efficient cooperative control. However, monocular vision systems inevitably suffer from limited fields of view and insufficient image resolution during target detection, making it difficult to meet the requirements of large-scale, multi-target real-time perception. To address these challenges, this paper proposes an eng[...]


Our summary: This paper presents a multi-camera cooperative vision detection method for large-scale vehicle simulations. It enhances vehicle pose estimation by projecting images onto a unified plane and optimizing image stitching. Experimental results show high accuracy and real-time performance, achieving a 93.41% identification rate and 30 frames per second output.

Multi-Camera Fusion, Vehicle Pose Estimation, Real-Time Processing, Image Mosaicking

Publication

Tópicos abordados: Computação de borda, processamento de dados em tempo real, análise, computação descentralizada, fontes de dados, latência, uso de largura de banda, redes distribuídas, nós de borda, micro data centers, aplicações de IoT, inferência de IA, gerenciamento de recursos, orquestração, virtualização, segurança, estratégias de implantação escaláveis, projeto de infraestrutura, desenvolvimento de protocolos ISO/IEC 30141, IEEE 1934, ETSI GS MEC 003, NIST SP 800-183 e ITU-T Y3502.

Glossário de termos utilizados

Internet of Things (IoT): Uma rede de dispositivos interconectados, equipados com sensores, software e outras tecnologias que lhes permitem coletar e trocar dados pela internet, facilitando a automação, o monitoramento e o controle de diversos processos e sistemas.

Contexto histórico

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