Desain Framework Aplikasi sebagai Media Pendukung Simulation-based Learning dan Role-play pada Studi Adminstrasi Rekam Medis

Dewasa ini ada banyak media pembelajaran elektronik yang dikembangkan untuk mendukung suasana belajar dan peningkatan kualitas hasil belajar. Belajar adalah proses bagaimana memandang dan memahami dunia nyata disekitar kita. Dengan demikian dalam proses belajar membutuhkan media belajar yang dapat mendukung kualitas hasil pembelajaran. Dengan perkembangan teknologi informasi dapat dikembangkan media belajar dengan kerangka aplikasi yang dapat digunakan untuk membangun suasana belajar rekam medis berbasis simulasi. Simulasi merupakan suatu teknik untuk praktek dan pembelajaran yang dapat diterapkan untuk berbagai disiplin ilmu. Simulasi dapat memperkuat pengalaman secara mendalam dengan meniru aspek substansi dunia nyata secara penuh interaktif Dalam mengembangkan ProSIARS (Prototype Untuk Simulasi Adminstrasi Rekam Medis Rumah Sakit) untuk simulasi pendidikan administrasi rekam medis rumah sakit. Dengan ProSIARS dapat di bangun suasana belajar berbasis simulasi yang dinamis dan visualisasi yang merepresentasikan suasana waktu dan prilaku kerja yang sesungguhnya. ProSIARS dapat digabung dengan bahan ajar, bahan bimbingan dan alat bantu perangkat lunak pendukung lainnya, bahkan bisa digabungkan dengan antar disiplin ilmu yang berkaitant. Secara tradisonal dalam pendidikan administrasi rekam medis procedural dan pengetahuan diperoleh melalui konsep teoritis dan model magang. Arsitektur perangkat lunak memiliki kontribusi secara mandiri yang dikembangkan untuk mewakili konten pendidikan rekam medis (misalnya model simulasi, bahan bimbingan) dan rekayasa perangkat lunak (missal, antar muka).Penulis menyediakan templet antarmuka dan kumpulan modul aplikasi untuk disusun menjadi kerangka kebutuhan simulasi pendidikan administrasi rekam medis. TAM (Technology Acceptance Model) sebagai kerangka uji penerimaan ProSIARS sebagai media simulas

Studi Tentang Pemanfaatan Software Manajemen Konstruksi Oleh Kontraktor Di Banjarmasin

Proses pengadaan bangunan secara tradisional (tradisional building procurement system) terdiri dari tahap pelelangan, tahap pelaksanaan dan tahap evaluasi. Setiap tahapan tersebut adalah berupa tindakan manajerial yang memerlukan banyak perhitungan, perencanaan dan pertimbangan. Para pengembang perangkat lunak membuat bermacam-macam perangkat lunak agar dapat membantu mempermudah dan mempercepat setiap kegiatan.Tujuan penelitian ini adalah untuk mempelajari sejauh mana kontraktor-kontraktor di Banjarmasin memanfaatkan perangkat lunak manajemen kontruksi dalam menjalankan bisnis kontruksi yang kemudian dihubungkan dengan kinerja mereka.Penelitian ini terdiri dari 5 tahap yaitu tahap studi literatur, interview pada kontraktor tentang komputerisasi Perusahaan, pengumpulan data tentang kinerja setiap kontraktor, analisis data dan pengambilan kesimpulan.Beberapa hal yang dapat ditarik dari penelitian ini adalah :Jumlah komputer yang dipakai sedikit (rata-rata 3,1 unit/kontraktor)Jenis paket yang dipakai adalah jenis yang umum seperti word, Excel dan Lotus,Sedikit sekali kontraktor yang memakai komputer untuk menggambar

Abscission of orange fruit (Citrus sinensis (L.) Osb.) in the Mediterranean basin depends more on environmental conditions than on fruit ripeness

Orange fruit abscission usually occurs at the final stage of fruit maturation but in some areas of citrus production, in advance of the usual harvest period, and sometimes suddenly and intensely. The reasons for this precocious citrus fruit abscission remains unclear. Therefore, the aim of this study was to try to clarify what the determinants of this phenomenon are. A multi-site experimentation was carried out on six orange cultivars, in Corsica, Spain and Tunisia where the phenomenon of early massive fruit drop varies. Climatic parameters, fruit maturity parameters and fruit detachment force (FDF) were recorded along the fruit maturation period. Respectively to the fruit drop, the FDF decreased in Tunisia and in Spain until the fruit falls, whereas in Corsica, it remained relatively constant throughout fruit maturation. Although data on fruit maturity parameters (rind color, acidity and total soluble solids) differed at the three sites, their evolution was similar during the period of maturation. FDF was not related to changes in any fruit maturity parameters, and more likely depended on changes in temperatures on days when the mean temperature was above 13 °C. Massive fruit abscission could be linked to the earlier more rapid restart of vegetative growth in Tunisia and Spain than in Corsica

Abscission Study during Citrus Fruit Maturation in Corsica: Unfavorable Environmental Conditions for Fruit Shedding

International audienceCitrus fruit development and ripening are complex processes involving physiological and biochemical changes that are under hormonal, nutritional and environmental control. One of the most evident phenomena in late maturation is shedding of ripe fruit. A study made in Spain on sweet oranges showed that fruit shedding was related to the increase of sugars content of fruit pulp juice. To investigate this potential relationship between fruit abscission and internal maturity parameters we investigated the fruit maturity process of 10 clementine x mandarin hybrids and 9 commercial sweet orange varieties with different maturity period. Morphological and biochemical analyses (acidity, total soluble solids, fruit weight thickness of the flavedo, thickness of the peduncle, external colo) were carried out on fruit sets of the different varieties during the maturation process, from December to June. The abscission initiation was evaluated by measuring the force required to detach the fruit of the peduncle. Analysis showed that under the local conditions, abscission was generally not expressed even through fruit maturation was evolving. Therefore, we suppose that even though the local conditions have an important effect, abscission of citrus fruit results also from environmental-genotype interactions. Moreover, evolution of abscission and fruit parameters are not correlated suggesting the independence in the process of maturation and abscission under the environmental conditions of Corsica

Abscission Study during Citrus Fruit Maturation in Corsica: Unfavorable Environmental Conditions for Fruit Shedding

International audienceCitrus fruit development and ripening are complex processes involving physiological and biochemical changes that are under hormonal, nutritional and environmental control. One of the most evident phenomena in late maturation is shedding of ripe fruit. A study made in Spain on sweet oranges showed that fruit shedding was related to the increase of sugars content of fruit pulp juice. To investigate this potential relationship between fruit abscission and internal maturity parameters we investigated the fruit maturity process of 10 clementine x mandarin hybrids and 9 commercial sweet orange varieties with different maturity period. Morphological and biochemical analyses (acidity, total soluble solids, fruit weight thickness of the flavedo, thickness of the peduncle, external colo) were carried out on fruit sets of the different varieties during the maturation process, from December to June. The abscission initiation was evaluated by measuring the force required to detach the fruit of the peduncle. Analysis showed that under the local conditions, abscission was generally not expressed even through fruit maturation was evolving. Therefore, we suppose that even though the local conditions have an important effect, abscission of citrus fruit results also from environmental-genotype interactions. Moreover, evolution of abscission and fruit parameters are not correlated suggesting the independence in the process of maturation and abscission under the environmental conditions of Corsica

Acta Horticulturae

Mandarin genotypes can be split in two main groups: the acidic and the sweet mandarins. Commonly, acidic are used as rootstocks when sweet mandarins are the varieties that are consumed as fruits. The acidic 'Cleopatra' mandarin (Citrus reshni Hort. ex Tan.) is considered to be the most salt stress tolerant rootstock since it is able to limit the absorption of chloride and sodium at root level. As a consequence, limited amount of toxic ions are translocated from root to leaves. If salt stress tolerance of 'Cleopatra' mandarin and its hybrids has been well documented, little data exist for sweet mandarins. We investigated 16 genotypes representing a large diversity in mandarins subjected to salt stress. Physiological parameters such as stomatal conductance and leaf chloride contents were analyzed. If most of the acidic varieties were tolerant, also some sweet varieties presented traits of tolerance. Taking into account the results of leaf ion contents, we observed that large leaf chloride contents were not always associated with sensitivity

Numerical modelling of heterogeneous sediment transport: new insights for particulate radionuclide transport and deposition

A sediment transport module which solves simultaneously bedload and suspended load is developed, in a context of multiclass sediment transport. Different approaches are used to simulate each transport mode: (i) bedload transport results from divergence of transport capacity and (ii) suspension transport is solved using erosion and settling fluxes associated with advection/diffusion equation. A focus is made on the significance of hiding and exposure processes in case of heterogeneous sediment bed. Their influence is strong on bedload sediment transport, and induces specific trends of sediment sorting in sand dunes. The application to heterogeneous sediment dynamics in the macrotidal area of the Normand Breton Gulf (English Channel), show that hiding and exposure processes enhance the trapping of fine sediments (p articles <64 μm, on which radionuclides are likely to adsorb) in locations where coarsest sediments are dominant