402,661 research outputs found
Ling, M C, TX3889
No full textThis record was harvested from a previous catalogue system and will be withdrawn in 2025. Information in this record may be superseded or incomplete.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/399553Surname: LING. Given Name(s) or Initials: M C. Military Service Number or Last Known Location: TX3889. Missing, Wounded and Prisoner of War Enquiry Card Index Number: 32188.217433
Item: [2016.0049.31846] "Ling, M C, TX3889
Designing role-based view for object-relational databases
Full text linkIn a federated database system, a view mechanism is crucial since it is used to define exportable subsets of data ; to perform a virtual restructuring d ataset; and to construct the integrated schema. The view service in federated databa se systems must be capable of retaining as much semantic information as possible. The object-oriented ( 0 - 0 ) model was considered the suitable canonical data model since it meets the original criteria for canonical model selection. However, with the emergence of stronger object-relational (0 -R ) model, the re is a clear argument for using an 0 - R canonical model in the federation. Hence, research should now focus on th e development of semantically powerful view mechanism for th e newer model. Meanwhile, the availability of real 0 -R technologies offers researchers the opportunity to develop different forms of view mechanisms.
The concept of roles has been widely studied in 0 - 0 modelling and development. The role model represents some characteristics that the traditional 0-0 model lacked, such as object migration, multiple occurrences and context-dependent access. While many forms of 0-0 views were designed for the 0-0 canonical model, one option was to extend the 0-0 model to incorporate a role model. In a role model, the real entity is modelled in the form of a role rather than an object. An object represents the permanent properties of an entity is a root object; and an object represents the temporary properties of an entity is a role object.
The contribution of this research is to design a view system that employees the concept of roles for the 0 -R canonical model in a federated database system. In this thesis, an examination of the current 0 -R metamodel is provided first in order to provide an environment for recognising the roleview metadata and measuring the view performance; then a Roleview Definition Language (RDL) is introduced, along with the semantics for defining virtual classes and generating virtua l extents; finally, a working prototype is provided to prove th e role-based view system is implementable and the syntax is semantically correct
Ling, A P, 54506
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/399545Surname: LING. Given Name(s) or Initials: A P. Military Service Number or Last Known Location: 54506. Missing, Wounded and Prisoner of War Enquiry Card Index Number: V-1107.217416
Item: [2016.0049.31838] "Ling, A P, 54506
Ling, J M (James Maurice), NX59887
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/399549Surname: LING. Given Name(s) or Initials: J M (JAMES MAURICE). Military Service Number or Last Known Location: NX59887. Missing, Wounded and Prisoner of War Enquiry Card Index Number: 18027.217425
Item: [2016.0049.31842] "Ling, J M (James Maurice), NX59887
Ling et al 2024
No full text<p>Single-molecule tracking data from the whole cell were recorded using a Hamamatsu EM-CCD Camera C9100-13. For both fast and slow tracking, .mat files contain raw trajectory coordinate from DiaTrack 3.04 software. For slow tracking, .637.tif files distinguish signals from the protein of interest (POI) and H2B cells.</p>
Man Ling xiao zha.
No full textChapter 1初嘗別離的滋味 ---p.1Chapter 2新奇的事物 ---p.4Chapter 3在淚眼中 ---p.6Chapter 4'士多'和'多士' ---p.9Chapter 5入學的煩惱 ---p.12Chapter 6選定學校 ---p.15Chapter 7英文測騐 ---p.17Chapter 8三千煩惱絲 ---p.19Chapter 6一塲驚險 ---p.22Chapter 10表姊的派對 ---p.24Chapter 11受寵若驚 ---p.26Chapter 12你有男朋友嗎? ---p.29Chapter 13重九登高 ---p.31Chapter 14交友之道 ---p.34Chapter 15爸爸的烟斗 ---p.37Chapter 16愚公移山 ---p.40Chapter 17學習的計劃 ---p.43Chapter 18炒米餅 ---p.46Chapter 19一個意外的工作 ---p.48Chapter 20海蒂的故事 ---p.50Chapter 21她給我的印象 ---p.52Chapter 22表姊的聖ʺÐ派對 ---p.54Chapter 23我的懺悔 ---p.56Chapter 24殘廢的人也有用嗎? ---p.58Chapter 25受了傷的小狗 ---p.60Chapter 26在北風裏漫步 ---p.62Chapter 27最快樂的一天 ---p.64Chapter 28束裝待發 ---p.66Chapter 29給瑪莉的第一封信 ---p.68Chapter 20學寫揮春 ---p.70Chapter 31病中 ---p.72Chapter 32凋殘了的花束 ---p.74Chapter 33我愛想 ---p.76Chapter 34買生日禮物 ---p.78Chapter 35一塊巨石 ---p.80Chapter 36最好的禮物 ---p.82Chapter 37最幸福的人 ---p.84曼玲著.Man Ling zhu
Data for: Sea urchin control of macroalgal communities across a productivity gradient
No full textData sets relate to the surveys and grazer-exclusion experiments performed by Kriegisch, Reeves, Johnson, Ling in Port Phillip Bay Victoria, Australia. The manuscript that describes the data sets is entitled:"Sea urchin control of macroalgal communities across a productivity gradient"Kriegisch, N., Reeves, S., Johnson, C., Ling, S. D.*Institute for Marine and Antarctic Studies, University of Tasmania, 20 Castray Esplanade, Battery Point, Tasmania 7004, Australia*Corresponding author: [email protected]: +61 3 6226 6379 Data sets are:1. "0.25m_Quadrat_Pt_Intercept__Algal_Community_PPB.xlsx"2. "0.25m_Quadrat_Algal_Community_covariates_PPB.xlsx"3. "Pilot_octocoral_grazer-exclusion_experiment_PPB.xlsx"4. "Ulva_production_estimates_by_zone_PPB.xlsx"5. "Procedural_control_octocoral_graer-exclusion_experiment_PPB.xlsx"Data set (1.) contains survey data - point intercept counts of macroalgae across 3 distinct environmental zones of Port Phillip Bay in Oct/ Nov 2013. Percentage cover of macroalgae was assessed visually by inspecting algae present at each of 50 intersecting points (defined by the intersection of perpendicularly strung wires) within five 0.5 m by 0.5 m metal quadrats placed at 10 m intervals along a single 50 m transect line laid at each of 6 sites within each of the environmentally distinct zones during Spring (October/ November). The intersecting points were then multiplied by two to obtain percentage cover estimates for each macroalgal taxa (resolved to species-level where possible, or genera-level). The total number of intersecting points counted could exceed 50 points (i.e. >100% cover) as algal taxa composing the overstory, understory and substratum were assessed.Data set (2.) contains co-variates concurrently measured at each survey transect in data set (1.).Data set (3.) contains data for the pilot octocoral grazer-exclusion experiment. Data is planar percentage cover of macroalgae in grazer-exclusion and background control plots in each of 3 distinct environmental zones of Port Phillip Bay.Data set (4.) contains Ulva seaweed production estimates in the absence of grazers across the 3 distinct environmental zones of Port Phillip Bay. Data set (5.) contains data for the procedurally-controlled octocoral grazer-exclusion experiment. Data is planar percentage cover of macroalgae in grazer-exclusion and background control plots in each of 3 distinct environmental zones of Port Phillip Bay
Rawdata for Ling Xiong et al., 2023 Understory removal effects
No full textRawdata used in Ling Xiong et al., assessing understory vegetation removal effects on soil properties.</p
A Human PBPK/PD Model to Assess Arsenic Exposure Risk Through Farmed Tilapia Consumption
No full text- …
