The smart connected devices are the first choice of cybercriminals for spreading spy wares and different security attacks. current standards protocols Internet Things (IoT) have failed in providing to these devices. In addition, IoT market giants producing nonsecure products order grab open market. Furthermore, low resources devices, limits traditional host-based protection solutions like anti-virus, IDS, IPS, etc. To overcome resource constraintness barriers a network-level architecture...

Accurate vertical load measurement through intelligent tire technology is crucial for vehicle stability, handling, and safety. Existing studies have mainly focused on modeling bench experiments, overlooking a detailed comparative analysis of real sensor performance validation under actual driving conditions. This study addresses this gap by performing comparisons extensive real-road to ensure the accuracy reliability proposed methods. First, finite element (FEM) used assess feasibility...

Intelligent tire technology significantly enhances vehicle performance and driving safety by integrating sensors electronics within the to facilitate real-time monitoring of tire–road interactions. However, its testing validation face challenges due absence integrated bench road frameworks. This paper introduces a novel, comprehensive system designed support full lifecycle development intelligent technologies across both laboratory real-world scenarios, focusing on accelerometer strain-based...

The developments in sensor technology, information processing, computer science, and artificial intelligence significantly improved robots' autonomy. Robots' external perception relies on sensing technology. Thus, capturing accurate is vital for ensuring robotic security improving human-machine interaction performance. This paper classifies the main sensors, describes multi-sensor fusion processing contrasts state-of-the-art technologies collaborative robots with other related fields. In...

Abstract To address the high‐carbon emissions from port equipment, one of most effective measures is to replace diesel‐powered rubber‐tyred gantry cranes (RTGs) with electric‐powered alternatives. However, oil‐to‐electricity retrofitting for diesel‐driven RTGs may negatively impact operation efficiency. Moreover, enterprises typically do not initiate without low‐carbon policies. Therefore, this study focuses on in combination their deployment under carbon trading (CET) and government subsidy...

Deng Pan Chinese Acad Sci Lab Parallel Comp Inst Software Beijing 100190 Peoples R China. Pan; Zhang Jianwei; Rong Xiaohui; Chen Feng Beihang Univ State Key Dev Environm 100191

Aftershocks monitoring system is a large-scale Internet of Things (IoT) system. Earthquake signal detection and phase-picking, as the core aftershocks system, time-sensitive. Generally, data generated by seismic stations are transmitted to cloud for integration, storage, processing through network, contributing network congestion affecting real time earthquake warning well supported applications. Edge computing, new paradigm real-time IoT tasks, has emerged trend address concerns response...

Based on the development of lighting control and management system in central area Beijing Olympic park, a large-scale scheme design language (LALSDL) has been proposed. Through analysis demand manage devices characteristics that LALSDL should have are summarized; through summary involved operations device declaration operation statement defined; call expression (DCE) is used to define procedure device, The operational semantics DCE strictly defined. results this paper applied which was good...

With the rapid development of “Internet Things” and large-scale area management, device collaboration has developed to stage collaboration. Aiming at large-scale, dynamics real-time system, in order ensure performance a Quality Service(QoS) model is proposed, which contains QoS model, composite relation model. Based on an algorithm resource selection system presented. Finally, result simulation experiments prototype shows that method can satisfy requirements system.

The scene lighting of the Center Beijing 2008 Olympic Games calls for a lot devices which are different types and communication protocols. problem that how to standardize these messages use protocols accomplish unified access has become one most important challenges. To solve problems, this paper brings up device meta- protocol (DMCP) leverages generation message standardized criterion in field based on considering specialization lighting.

Compared with traditional data warehouse applications, big analytics are huge and complex, requires massive performance scalability. In this paper, we explore the feasibility versatility of building a hybrid system that not only retains analytical DBMS, but also could handle demands rapidly exploding applications. We propose prototype which takes DBMS as underlying storage execution units, Hadoop an index layer cache. Experiments show our meets demand, will be appropriate for analogous analysis

The performance of device collaboration is important in the large-scale system, so evaluation one main contents research. Aiming at problem evaluation, paper presents a approach based-on dynamical system theory. A dynamics model defined and an provided. Finally, application example given to demonstrate usage this approach.

Aiming at the problems in cooperative work of lighting devices large-scale area field, paper presents a device system supporting unified management heterogeneous and devices. Based on demand analysis control devices, framework is designed. A parallel mechanism, which consists atomic operation resource allocation, tree thread information statements, provided. Finally, cooperation performance test done, so as to prove two features system: rapid control.

IPv6 has lots of advantages than IPv4, and is suitable for large-scale applications. Based on the analysis requirement area management, a new IPv6-based lighting devices e-management system introduced, architecture proposed, prototype implied. In order to verify performance system, experiments are done. It proved that appropriate, good.

The modeling and simulation of large-scale Device Collaboration systems is an important issue for seamless integration collaboration distributed device integration. Based on the advantage PI-Calculus in concurrent dynamic systems, a method concentrating system presented. Firstly, it transforms behaviors interactions into processes. Secondly, weak dissimulation multiple internal control flows defined through application behavior equivalent theory PI-Calculus. Following that, external...