1,729,371 research outputs found
Kennismiddag PPO voor bollen, vaste planten en zomerbloemen
No full textVrijdag 11 september organiseert PPO Bollen, Bomen en Fruit in Lisse een kennismiddag. Voor telers van bloembollen, vaste planten en zomerbloemen is de middag de moeite waard. Op proefvelden en in de schuur worden tientallen proeven toegelicht. Het project Topsoil+ staat deze middag bijzonder in de belangstellin
Bollen, W, VX56259
No full textThis record was harvested from a previous catalogue system and will be withdrawn in 2025. Information in this record may be superseded or incomplete. Visit this record in UMA's new catalogue at: https://archives.library.unimelb.edu.au/nodes/view/372491Surname: BOLLEN
Given Name(s) or Initials: W
Military Service Number or Last Known Location: VX56259
Missing, Wounded and Prisoner of War Enquiry Card Index Number: 37991183409
Item: [2016.0049.04816] "Bollen, W, VX56259
Lindy Bollen Interview
No full textGraduated from ASTC and played football until he broke his ankle. Topic: History of UCA 1945-47 student life
Keten bio-bollen doorgelicht : onderzoek biologische teelt
No full textOnderzoek naar de markt voor bio-bollen: areaal en productiestroom worden gevolg
Keten bio-bollen doorgelicht : onderzoek biologische teelt
No full textOnderzoek naar de markt voor bio-bollen: areaal en productiestroom worden gevolg
Professor Ken Bollen, 1996
No full textProfessor Ken Bollen, Zackary Smith Professor of Sociology and Adjunct Professor of Statistics at Chapel Hill USA, assists Janet Norton, Central Queensland University, and Karen Corneille, University of Melbourne, participating in the Structural Equations Modelling Workshop for professional interested in modellling human behaviour. Brian Phillips, Department of Mathematics, is in the background. Photograph originally appeared in Connections, the 'Swinburne Staff News', 5 December 1996
Towards the Internet of Water: Using graph databases for hydrological analysis on the Flemish river system
No full textThe "Internet of Water" project will deploy 2500 sensors along the Flemish river system, in Belgium. These sensors will be part of a monitoring system. This will produce an enormous amount of data, over which prediction and analysis tasks can be performed. For representing, storing, and querying river data, relational databases are normally used. However, this choice introduces an "impedance mismatch" between the conceptual representation (typically a graph) and the storage model (relational tables). To solve this problem, this paper proposes to use graph databases. The Flemish river system is presented as a use case and the Neo4j graph database and its high-level query language, Cypher, are used for storing and querying the data, respectively. A relational alternative is implemented over the PostgreSQL database. A collection of representative queries of interest for hydrologists is defined over both database implementations.Erik Bollen was supported by the Bijzonder Onderzoeksfonds (BOF) from UHasselt with reference BOF20OWB27and by VITO with project reference 2010478. Alejandro Vaisman was partially supported by Project PICT 2017-1054 from the Argentinian Scientific Agency
Exploring events along the bacterial Twin arginine Transport pathway
Get PDFLill, H. [Promotor]Bollen, Y.J.M. [Copromotor
A.G. Bollen to International Whaling Commission
No full textLetter from A.G. Bollen, International Whaling Commission to Commissioner, 26 July 1977.https://lawcommons.lclark.edu/iwc_correspondence_1-5/1019/thumbnail.jp
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