Autonomous mobile agent routing for efficient server resource allocation

Baousis, Vasileios; Hadjiefthymiades, Stathes; Alyfantis, George; Merakos, Lazaros

doi:10.1016/j.jss.2008.12.029

Cited by 5 publications

(4 citation statements)

References 38 publications

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“…Lavi et al (2005) introduced a mobility and group management architecture, enabling real-time collaborative group applications such as push-to-talk for mobile users and multicast overlay for data delivery. Baousis et al (2009) proposed distributed, adaptive routing schemes on mobile agents to overcome risks like load oscillations. Tacconi et al (2010) proposed a system architecture for enabling mobile nodes to query a deployed wireless sensor network in an intelligent transportation system scenario.…”

Section: Mobile Serversmentioning

confidence: 99%

Extended system design for RFID enabled supply chains with non-RFID technologies

Lorchirachoonkul²

2012

IJBIS

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Currently, the coordination between supply chain participants is normally organised via a scan packing system and communicated through electronic data interchange technology. However, the scan pack process is costly and time consuming. Using the electronic product code technology defined by EPCglobal, two national demonstrator projects have been developed to explore the suitability of RFID to the fast moving consumer goods supply chain. The projects show that two major issues must be addressed for RFID technology to be used effectively in global supply chains. First, small and medium enterprises using different RFID standards are unable to participate. Second, RFID IT infrastructures are rigid and costly. This paper examines the capability of two new mobile technologies in relation to current RFID system designs and experiences in the national projects. An extended RFID system is proposed to enable these non-RFID technologies to be used in conjunction with EPC-based systems so that links to non-RFID sites can be established and the cost of system implementation can be more affordable.

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Section: Mobile Serversmentioning

confidence: 99%

Extended system design for RFID enabled supply chains with non-RFID technologies

Lorchirachoonkul²

2012

IJBIS

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“…Software agents will continuously perform tasks that have been assigned by the user in a specific environment [7]. Agent has the ability or characteristic such as cooperative, independent, able to communicate between agents, and mobility [8]. Agents can move from one node to another node freely according to a given task.…”

Section: Introductionmentioning

confidence: 99%

Model of load balancing using reliable algorithm with multi-agent system

Afriansyah

Somantri

Riyadi

2017

IOP Conf. Ser.: Mater. Sci. Eng.

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Abstract. Massive technology development is linear with the growth of internet users which increase network traffic activity. It also increases load of the system. The usage of reliable algorithm and mobile agent in distributed load balancing is a viable solution to handle the load issue on a large-scale system. Mobile agent works to collect resource information and can migrate according to given task. We propose reliable load balancing algorithm using least time first byte (LFB) combined with information from the mobile agent. In system overview, the methodology consisted of defining identification system, specification requirements, network topology and design system infrastructure. The simulation method for simulated system was using 1800 request for 10 s from the user to the server and taking the data for analysis. Software simulation was based on Apache Jmeter by observing response time and reliability of each server and then compared it with existing method. Results of performed simulation show that the LFB method with mobile agent can perform load balancing with efficient systems to all backend server without bottleneck, low risk of server overload, and reliable.

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Section: Introductionmentioning

confidence: 99%