Search results for " production system"

showing 10 items of 18 documents

The global forest above-ground biomass pool for 2010 estimated from high-resolution satellite observations

2021

Funding Information: We are thankful to the GlobBiomass project team and Frank Martin Seifert (ESA) for valuable suggestions and stimulating scientific discussions. We are thankful to Takeo Tadono (JAXA EORC), Masato Hayashi, (JAXA EORC), Kazufumi Kobayashi (RESTEC), Åke Rosenqvist (soloEO), and Josef Kellndorfer (EBD) for support with the use and interpretation of the ALOS PALSAR mosaics. Support by the CCI Land Cover project team, in particular Sophie Bontemps (UCL), is greatly acknowledged. The help from Martin Jung (MPI-BGC) in feature selection and Ulrich Weber (MPI-BGC) for data processing for the GSV-to-AGB conversions is greatly acknowledged. Forest inventory data for the validation…

010504 meteorology & atmospheric sciencesALOS PALSAR0211 other engineering and technologies02 engineering and technology01 natural sciencesLaboratory of Geo-information Science and Remote SensingSDG 13 - Climate ActionGE1-350BiomassEMISSIONSSDG 15 - Life on LandQE1-996.5GROWING STOCK VOLUMETaigaGeologyPE&RCPlant Production SystemsMAPbiomaCARBON-CYCLECrop and Weed EcologySynthetic aperture radarPhysical geographyRETRIEVALUNITED-STATESEarth and Planetary Sciences(all)Synthetic aperture radarSubtropicsSpatial distributionEnvironmental scienceCarbon cycletropicsTemperate climateBOREAL FORESTSMANAGEMENTLife ScienceSpatial ecologySpatial distributionLaboratorium voor Geo-informatiekunde en Remote Sensing021101 geological & geomatics engineering0105 earth and related environmental sciencesForest inventoryRadarTemperate climateEnvironmental sciencesSatelliteEarth and Environmental SciencesDENSITYPlantaardige ProductiesystemenSpatial ecologyEnvironmental scienceGeneral Earth and Planetary SciencescavelabPhysical geographyForest inventory
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Orchestrated learning: creating a company-specific production system (XPS)

2021

Purpose Companies create company-specific production systems (XPS) by tailoring generic concepts to fit their unique situation. However, little is known about how an XPS is created. This paper aims to provide insights into the creation of an XPS. Design/methodology/approach A retrospective case study was conducted in a Norwegian multinational company over the period 1991–2006, using archival data and interviews. Findings The development of the XPS did not start with a master plan. Instead, dispersed existing initiatives were built upon, along with an external search for novel ideas. Widespread experimentation took place, only later to be combined into a coherent approach. Once established,…

0209 industrial biotechnology020901 industrial engineering & automationVDP::Samfunnsvitenskap: 200::Økonomi: 210::Bedriftsøkonomi: 2130502 economics and business05 social sciences02 engineering and technologyBusinessToyota Production System050203 business & managementManufacturing engineeringProduction systemInternational Journal of Lean Six Sigma
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ECO-design of solar driven systems: A performance comparison between the Italian and the Brazilian context

2013

The paper shows a comparative analysis of the performances of two typologies of solar assisted cooling systems for building applications. In particular, Life Cycle Assessment (LCA) methodology is applied to assess the energy and environmental impacts of solar-assisted, heat-driven chillers and conventional compression chillers driven by grid-connected and stand-alone photovoltaic configurations. LCA is applied in compliance with the international standards of ISO 14040. System boundaries are defined following a “cradle to grave” approach, taking into account all the life-cycle phases including the raw materials supply, the production of the components of the plant, the operation and mainten…

Choosing by advantages Energy production system design Environment Life Cycle Assessment solar cooling.
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The Holonic Production System: a Multi Agent Simulation Approach

2010

Today’s turbulent markets are facing unpredictable and sudden variations in demand. In this context, the Holonic Production System (HPS) seems to be able to overcome the operational and economic problems of traditional production systems. The HPS’ ability to adapt and react to business environment changes, whilst maintaining systemic synergies and coordination, leverage on its network organizational structure, assuring both flexibility and profitability. In this paper we study HPS experimentally, modeling holon-firms as agents. In our simulation, holon-firms interact both with each other and with the external environment without predetermined hierarchies and following their own aims and int…

Computer scienceMulti-agent systemmedia_common.quotation_subjectControl reconfigurationDecision ruleAdaptabilitySupply and demandHolonic Production System (HPS) Multi Agent System (MAS) Distributed Enterprise NetworkNegotiationRisk analysis (engineering)Organizational structureProfitability indexSettore SECS-P/08 - Economia E Gestione Delle ImpreseSimulationmedia_common
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Decoding the Japanese Lean Production System according to a Viable Systems Perspective

2012

The increase in the complexity and variability of the business environment, due to constant and rapid changes in markets, calls for more flexible and effective production systems. Of the most valuable production systems, the Japanese lean production system (LPS) is the best known and studied, but is still not the most widely applied with success outside Japan. The reason for the low level of success of lean production outside its native country is the lack of understanding of the strong interactions which hold between enterprises and business systems. In order to fill this gap in our knowledge, we investigate the systemic interactions according to the Viable System View. To develop our anal…

Engineeringbusiness.industryStrategy and ManagementViable system modelPerspective (graphical)Business system planningLean productionLean manufacturingBusiness environmentViable System ModelSystems theoryOrder (exchange)Management of Technology and InnovationJapanese Business EnvironmentProduction (economics)Just in TimeOperations managementViable System ApproachbusinessViable System Model; Viable System Approach; Lean production; Just in Time; Japanese Business EnvironmentSettore SECS-P/08 - Economia E Gestione Delle ImpreseIndustrial organizationViable System Model Viable System Approach Lean Production System Japanese Business Environment Just in Time
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HOLONIC PRODUCTION SYSTEM TO OBTAIN FLEXIBILITY FOR CUSTOMER SATISFACTION

2008

The Holonic Production System (HPS) can be a valid choice to overcome the problems of traditional production sys-tems’ architectures, thanks to its capability to adapt and react to changes in the business environment whilst being able to maintain systemic synergies and coordination. The HPS is made of holons seen as functional production units which are simultaneously autonomous and cooperative. Although the holonic approach could represent a valid solution in order to pursue the necessary levels of agility of production systems, they have been scarcely implemented in practice and even less studied from a business studies perspective. The purpose of this discussion paper is to show the bene…

Flexibility (engineering)Process managementComputer scienceOrder (business)Perspective (graphical)Business engineeringProduction (economics)holonic production systems production agility customer satisfactionCustomer satisfactionBusiness studiesSettore SECS-P/08 - Economia E Gestione Delle ImpreseField (computer science)
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The holonic approach for flexible production: a theoretical framework

2011

This paper discusses the body of knowledge about Holonic Approach to theoretically demonstrate how Holonic Production System (HPS) can be a convincing choice to overcome the problems of traditional production systems? architectures. Today, enterprises are trying to find ways to manage the growing environmental complexity that is well described by Complex Systems Theory (CST). After the focus on the main problem regarding environmental complexity, the Holonic system and the Holonic Production System will be analyzed. The paper will focus the potential of HPS to adapt and react to changes in the business environment whilst being able to maintain systemic synergies and coordination through the…

Holonic production systems Production agility Complex systems Systemic approachSettore SECS-P/08 - Economia E Gestione Delle Imprese
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Lean ja Lean-transformaatio ohjelmistotuotannossa

2013

Maukonen, Kerkko Lean ja Lean-transformaatio Jyväskylä: Jyväskylän yliopisto, 2013, 34 s. Tietojärjestelmätiede, kandidaatintutkielma Ohjaaja: Leppänen, Mauri Kilpailu globaaleilla markkinoilla ja Japanin toisen maailmansodan jälkeinen talouskriisi johtivat Toyotalla täysin uudenlaisen tuotantomenetelmän kehityk-seen. Tämä Toyotan tuotantojärjestelmä (TPS), joka sittemmin on tullut parem-min tunnetuksi Lean-ajatteluna, on otettu käyttöön useilla eri aloilla kuten oh-jelmistotuotannossa. Tämä kirjallisuuskatsauksena toteutettu tutkielma esittelee teollisuustuotannon ja ohjelmistotuotannon näkökulmista Lean-ajattelun taus-tan, pääperiaatteet, transformaatio-ohjeistusta sekä Leaniin liittyviä …

Lean-tuotantokanbanLeanTPSLean-ajatteluToyota production system
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Establishment of a commercial organic hopyard in a Mediterranean environment: Production attributes and their relationship with soil texture

2023

The cultivated hops are recently moving towards new growing areas in Southern Europe, boosted by the increasing number of craft breweries and by the higher vulnerability to climate change observed, for this crop, in the traditional growing regions. Despite this clear market and geographic trend, there is a lack of knowledge about pedoclimatic needs and agronomic performances of hops grown in the Mediterranean environment. Particularly, the agronomic potential of a new hopyard during its establishment period is poorly studied even in traditional growing zones. Moreover, a restricted number of plants were usually sampled to gather the few data available, thus leading to a probable overestimat…

OrganicPlant Production SystemsHumulus lupulus L.Cone yieldSoil texturePlantaardige ProductiesystemenHopsHops Cone yield Shoot yield Organic Hop establishment Soil texture Humulus lupulus LShoot yieldHorticultureHop establishmentSettore AGR/02 - Agronomia E Coltivazioni ErbaceeScientia Horticulturae
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Managing adoption by cultural development: Exploring the plant level effect of a ‘Company Specific Production System’ (XPS) in a Norwegian multinatio…

2020

Purpose: ‘Company Specific Production Systems’ (XPS) aim to adopt ‘best practice’ across plants within a company. A pertinent issue in the literature involves the constraints in the possibilities of realising such an adoption. This paper addresses to what extent and how a Norwegian multinational succeeded in adopting the XPS in its local plants. Design/methodology/approach: A Brazilian, Chinese and Norwegian plant of a Norwegian electro-chemical company were studied from 2017 to 2019. Our data consist of the results of the plant’s assessment performance program, combined with interviews and observations at different organizational levels. Findings: The MNC had largely managed to adopt the X…

Production managementcompany-specific production systems (xps) local adoption cultural development basic assumptions toyota production systemTechnologyVARY0209 industrial biotechnologyKnowledge managementStrategy and Managementbasic assumptions02 engineering and technologyIndustrial and Manufacturing EngineeringEngineering020901 industrial engineering & automationOrder (exchange):Economia i organització d'empreses [Àrees temàtiques de la UPC]lcsh:Industrial engineering. Management engineeringmedia_commonlcsh:CommerceProducció -- Direcció i administració05 social sciencesCultura organitzativaMultinational corporationLEAN PRODUCTIONlanguagelcsh:T55.4-60.8media_common.quotation_subjectBest practiceOrganizational cultureIMPROVEMENTNorwegianlcsh:Businesslcsh:Social SciencesVDP::Samfunnsvitenskap: 200::Økonomi: 210Corporate culturelocal adoptionOriginalityddc:6500502 economics and businessProduction (economics)company-specific production systems (XPS)Toyota Production SystemToyota production systemScience & TechnologyToyotabusiness.industrylanguage.human_languagelcsh:Hlcsh:HF1-6182cultural developmentEngineering IndustrialBusinesslcsh:HF5001-6182050203 business & managementJournal of Industrial Engineering and Management
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