Persistent Architecture for Context Aware Lightweight Multi-agent System

Bajwa, Aqsa; Farooq, Sana; Malik, Obaid; Khalique, Sana; Suguri, Hiroki; Ahmad, Hafiz Farooq; Ali, Arshad

doi:10.1007/978-3-540-71956-4_4

Cited by 4 publications

(2 citation statements)

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“…Agents running on different handheld devices will communication with one another via Bluetooth and also through WAP. [5] The architecture of SAGE-Lite is given in Figure1. …”

Section: Sage-lite Architecturementioning

confidence: 99%

SAGE-LITE: An Intelligent Light-Weight Multi-agent System

Farooq

Bajwa

Khalique

et al. 2006

2006 IEEE/WIC/ACM International Conference on Web Intelligence and Intelligent Agent Technology Workshops

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The contemporary expansion of software platform for handheld devices, such as J2ME, has broadened application perspectives in this area. It is becoming more and more popular around the globe. Escalation in the use of lightweight devices and PDA s leads us to create a solid base for future nomadic applications, positioned in a changing environment. Intelligent agents are the program that carry out task on behalf of the user and apply some degree of intelligence to the task by interacting with other agents. The intelligence may be pretty minimal but often will include some degree of learning from past experience. SAGE-Lite is a lightweight context aware multi-agent system which senses the capabilities of the lightweight devices and reacts accordingly. It enhances the capabilities of existing system-SAGE and makes it compatible with a vast variety of currently available lightweight devices through its intelligent agents. When agents supporting nomadic users are developed, optimization of agent communication for wireless environment is one of the key issues. This paper addresses the issues of wireless environment and gives the detailed design of context-aware light-weight multi-agent system. The system has the ability to sense the capabilities of the devices in the given context and react accordingly. As the system is based on the latest FIPA specifications, agent uses the FIPA-ACL for communication and bit-efficient protocol for encoding and decoding of ACL message.

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“…Agents running on different handheld devices will communication with one another via Bluetooth and also through WAP. [5] The architecture of SAGE-Lite is given in Figure1. …”

Section: Sage-lite Architecturementioning

confidence: 99%

SAGE-LITE: An Intelligent Light-Weight Multi-agent System

Farooq

Bajwa

Khalique

et al. 2006

2006 IEEE/WIC/ACM International Conference on Web Intelligence and Intelligent Agent Technology Workshops

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“…Àíîìàëüíî òåïëà, ç ïîì³ðíèìè îïàäàìè ïîãîäà âîñåíè ³ â³äñóòí³ñòü çíà÷íèõ ïîõîëîäàíü ó çèìîâèé ïåð³îä ñòâîðþþòü óìîâè äëÿ äîáðî¿ ïåðåçèì³âë³ öèõ êîìàõ. Êð³ì òîãî, ìàñîâîìó ¿õ ðîçìíîaeåííþ ñïðèÿº ñïåêîòíà ïîñóøëèâà ïîãîäà, ùî ñïîñòåð³ãàºòüñÿ îñòàí-í³ìè ðîêàìè â ë³òí³é ïåð³îä [4]. Äî êîðìîâèõ ðîñëèí-aeèâèòåë³â ïøåíè÷íîãî òðèïñà, êð³ì ïøåíè-ö³ îçèìî¿, â³äíîñÿòüñÿ: aeèòî îçèìå, ÿ÷ì³íü, îâåñ, êóêóðóäçà, äèê³ çëàêè, ãðå÷êà, áàâîâíèê, òþòþí ³ äåÿê³ äèêîðîñë³ òðàâ'ÿíèñò³ ðîñëèíè.…”

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Efficacy of insecticides against wheat thrips Haplothrips tritici Kurd. in winter wheat crops

Klechkovskyi,

Klychko,

Khorohorina

2023

qpp

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Goal. To develop an effective system of winter wheat protection against wheat thrips Haplothrips tritici Kurd. Determine the technical effectiveness of insecticides Karate Zeon 050 CS, SC (lambda-cyhalothrin, 50 g/l); Match 050 ES, CE (lufenuron, 50 g/l); Enjio 247 SC, CS (thiamethoxam, 141 g/l + lambda-cyhalothrin, 106 g/l); Talstar, 10% CE (bifenthrin, 100 g/l); Mospilan, VP (acetamiprid, 200 g/kg); Inazuma, VG, (acetamiprid, 100 g/kg + lambda-cyhalothrin, 30 g/kg) in the Southern Steppe of Ukraine. Methods. The experiment was set up on winter wheat crops in 4-, 5- and 8 replications in 4x replication. The plots were arranged by the method of randomized blocks. The pest was counted by sampling 20 ears of wheat, which were placed in paper bags, tightly closed, delivered to the laboratory and counted live and dead adults by analyzing each ear for all samples from each experiment. Larvae were counted by the method of distillation using selectors. Results. To control the number of thrips, the effectiveness of the insecticide Engio 247 SC, CS at four application rates (0.05, 0.1, 0.15 and 0.2 l/ha) and Karate Zeon 050 CS, SC; Inazuma, VG; Match 050 ES, CE; Mospilan, VP; Talstar, 10% CE was studied. As a result of observations of changes in the number of thrips during 2017—2019, it was found that its appearance on winter wheat crops occurs from May 08 to 24. Peculiarities of weather conditions influenced the dynamics of thrips numbers. The duration of individual phases of wheat thrips development by years depending on the GTC was studied. The studies revealed the main patterns of wheat thrips population development and showed the possibility of controlling its number with the help of various insecticides. Conclusions. The use of insecticides Match 050 ES, CE; Karate Zeon 050 CS, SC; Talstar, 10% CE; Mospilan, VP; Inazuma, VG at consumption rates of 0.3 l/ha, 0.2, 0.1, 0.075, and 0.24 l/ha, respectively, on winter wheat crops against wheat thrips in the phase — «beginning of earing» (VVSN 51) effectively controls the number of thrips and provides technical efficiency of 93.7—96.1%. The use of the insecticide Engio 247 SC, KS at consumption rates of 0.05 l/ha, 0.1, 0.15 and 0.2 l/ha provides technical efficiency of this drug against pest larvae at the level of 90.2%, 94.7, 95.9 and 96.4%, respectively.

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Shared Storage in J2ME: A Multi-agent System Approach

Sadiq

Shah

2008

2008 32nd Annual IEEE International Computer Software and Applications Conference

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Persistent Architecture for Context Aware Lightweight Multi-agent System

Cited by 4 publications

References 1 publication

SAGE-LITE: An Intelligent Light-Weight Multi-agent System

SAGE-LITE: An Intelligent Light-Weight Multi-agent System

Efficacy of insecticides against wheat thrips Haplothrips tritici Kurd. in winter wheat crops

Shared Storage in J2ME: A Multi-agent System Approach

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