The proceedings contain 40 papers. The special focus in this conference is on distributedcomputing and internettechnology. The topics include: Ticket-based binding update protocol for mobile IPV6*;distributed node-b...
ISBN:
(纸本)9783540683797
The proceedings contain 40 papers. The special focus in this conference is on distributedcomputing and internettechnology. The topics include: Ticket-based binding update protocol for mobile IPV6*;distributed node-based transmission power control for wireless ad hoc networks;indexing and retrieval of document images by spatial reasoning;energy-aware improved directed diffusion algorithm for area event monitoring in wireless sensor network;multimedia data hiding in spatial and transformed domain;Extension of r-tree for SPATIO-temporal Olap operations*;lossless data hiding for high embedding capacity;mining sequential support affinity patterns with weight constraints;mining images of material nanostructure data;Dynamic primary copy with piggy-backing mechanism for replicated UDDI registry;an empirical study on a web server queueing system and traffic generation by simulation;research into verifying semistructured data;materialized view tuning mechanism and usability enhancement;efficient remote user authentication and key establishment for multi-server environment;optimisation problems based on the maximal breach path measure for wireless sensor network coverage;Modified Raymond's algorithm for priority (MRA-P) based mutual exclusion in distributed systems;requirements-driven modeling of the web service execution and adaptation lifecycle;an improved e-commerce protocol for fair exchange;multicontext-aware recommendation for ubiquitous commerce;Allocating QOS-constrained applications in AWEB service-oriented grid;an automatic approach to displaying web applications as Portlets;improving the deployability of existing windows-based client/server business information systems using Activex;a generalized linear programming based approach to optimal divisible load scheduling;application-level checkpointing techniques for parallel programs;multimedia traffic distribution using capacitated multicast tree;net-centric computing: The future of computers and networking.
Edge computing has emerged as a crucial paradigm to fulfill the increasing demand for rapid data processing, low latency, and efficient resource utilization, particularly in applications such as the internet of Things...
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A computing system that is based on the internet and offers users all resources as on-demand services. Servers, storage, databases, software, and networking are among these on-demand services. Usually, the user must p...
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It is seen that there is a rapid increase in internet of Things (IoT) devices, and fog computing has emerged as an efficient and viable solution to reduce latency by performing computations closer to the edge. However...
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This paper presents a file storage and sharing system implemented using IPFS Pinata, *** and Hardhat which offer decentralized, effective, and secure access to digital assets. This system also enables the ability to u...
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Due to the rapid growth of technology usage of internet of Things devices has revolutionized in multiple domains and areas, but still there are few challenges to address like security and performance issues. Most of t...
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In this paper, evolutionary game theory is used to study the boundary conditions of different stable states of knowledge alliances in distributedcomputing environments and the specific factors that influence the evol...
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Facing the demand for multi-scenario, differentiated, and decentralized monitoring, and analysis of power quality in distribution networks under the new situation, this paper proposes an edge computing-based power qua...
Facing the demand for multi-scenario, differentiated, and decentralized monitoring, and analysis of power quality in distribution networks under the new situation, this paper proposes an edge computing-based power quality monitoring and analysis method for distribution station areas. It introduces the three-layer architecture of the power quality monitoring system for the distribution station area. It designs three monitoring modes based on edge computing, namely light monitoring, normal monitoring, and intensive monitoring. The key indicator calculation and statistical analysis method of power quality under an edge computing framework are presented. Typical application scenarios are selected for pilot application and verification. The results show that this method can realize the quantitative analysis of power quality operation in the power distribution area, actively discover potential power quality problems in the power distribution area, and meet the diversified needs of power quality monitoring and analysis in the power distribution area.
This study compares different scheduling algorithms used in edge computing for real-time video processing. Instead of sending video data to cloud servers, the video is processed directly at the edge, reducing delays a...
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A smart operation and maintenance management system for photovoltaic power plants based on big data technology has emerged. The system adopts a distributed architecture, achieving key functions such as real-time data ...
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