More Sharing, More Benefits? A Study of Library Sharing in Container-Based Infrastructures

Ferreira, José Bravo; Cello, Marco; Iglesias, Jesús Omana

doi:10.1007/978-3-319-64203-1_26

Cited by 10 publications

(3 citation statements)

References 4 publications

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“…Alternative approaches try strategies such as dependency packages aware affinity scheduling [8] or library sharing [7]. These approaches target a lower level of management.…”

Section: A Performance Overview Of Cloud Environmentsmentioning

confidence: 99%

“…Overhead inserted by this computing model is heralded as one of the main challenges of the domain [2] and several approaches have been applied at a resource management layer in order to measure it or mitigate it. Examples include intra and inter-container interference effects [9], cold start reduction [13], pre-warm container strategy in FaaS, sharing of container runtimes between functions [3], sharing libraries [7] etc. Optimizing such aspects in an autonomic manner is key in order to support the creation and runtime management of cloudnative applications [29].…”

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confidence: 99%

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A self-adaptive batch request aggregation pattern for improving resource management, response time and costs in microservice and serverless environments

Kousiouris

2021

2021 IEEE International Performance, Computing, and Communications Conference (IPCCC)

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Addressing increased demand in cloud environments is typically achieved through auto-scaling the use of further resources allocated. However this comes at the trade-off of increased back-end resource stress as well as runtime costs. In this paper a request batch aggregation and management pattern is proposed and implemented, especially for cases of computational load that needs a heavyweight environment setup (such as performance prediction and AI services). The pattern acts as a preprocessing layer and accumulates requests, withholding their forwarding to the backend based on the conditions of execution (frequency of requests), in order to regulate back-end resource stress without adding extra resources. Different controlling logics are tried out for batch request release, ranging from simpler ones (batch size static regulation, time out interval) to more elaborate ones (ANN model predicting the desired batch size) for adapting the pattern configuration during runtime. Results indicate severe reduction of back-end stress through significantly reducing needed containers (therefore costs as well), enhanced response time as well as avoidance of system breakdown under heavy load. The pattern can be applied in both microservices and serverless environments, especially in Edge cases where resources are constrained.

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“…Alternative approaches try strategies such as dependency packages aware affinity scheduling [8] or library sharing [7]. These approaches target a lower level of management.…”

Section: A Performance Overview Of Cloud Environmentsmentioning

confidence: 99%

mentioning

confidence: 99%

A self-adaptive batch request aggregation pattern for improving resource management, response time and costs in microservice and serverless environments

Kousiouris

2021

2021 IEEE International Performance, Computing, and Communications Conference (IPCCC)

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“…Library facilities and infrastructure are all objects, goods and inventory that belong to the library and are used to support library activities (Chandrakanth & Reddy, 2019;Oluwunmi, Durodola, & Ajayi, 2016). Library infrastructure is a basic facility/ main support for the implementation of the library, among others in the form of land and buildings or library space, while library facilities are equipment or furniture needed to facilitate the implementation of library tasks, including processing room equipment, collection room equipment, service room equipment, information access equipment, and others (Ferreira, Cello, & Iglesias, 2017;Joe, 2016).…”

Section:  Introductionmentioning

confidence: 99%

Library Management at the Aceh Office of Library and Archive

Naimah

Niswanto

2020

J. Pend. Progresif

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The objective of this study is to know about library management in procurement, implementation and evaluation program of library collection. Methods: The approach of this study is qualitative approach. The subject of this study is head of library division, a librarian and library user. The data collection techniques are classified from observation, interview and documentation. Findings: The result of this study indicates that collection procurement program is conducted every five years and annually based on survey of library users needs and then collaborates between institutions, publishers and by purchasing through state expenditure and Aceh expenditure income budget. The implementation of library collection through a collection development by selecting books and forming a selection team to determine which books are allowed to be held in library. The collection maintenance and preservation are carried based on the applicable stages including: fumigation, binding, restoration, preservation, conservation, lamination, and weeding. The head of department and head of division evaluate the program at the end of the year.

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Artificial Intelligence & Cybersecurity: A Preliminary Study of Automated Pentesting with Offensive Artificial Intelligence

François

Arduin

Merad

2021

Lecture Notes in Business Information Processing

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More Sharing, More Benefits? A Study of Library Sharing in Container-Based Infrastructures

Cited by 10 publications

References 4 publications

A self-adaptive batch request aggregation pattern for improving resource management, response time and costs in microservice and serverless environments

A self-adaptive batch request aggregation pattern for improving resource management, response time and costs in microservice and serverless environments

Library Management at the Aceh Office of Library and Archive

Artificial Intelligence & Cybersecurity: A Preliminary Study of Automated Pentesting with Offensive Artificial Intelligence

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