Perancangan Sistem Informasi Pengolahan Data Korban Bencana pada Badan Penanggulangan Bencana (BPBD) Kota Ternate

Badan Penanggulangan Bencana Daerah (BPBD) Kota Ternate merupakan sebuah Lembaga Pemerintah yang mempunyai tugas untuk membantu mengkoordinasikan perencanaan dan pelaksanaan kegiatan penanganan bencana dan kedaruratan secara terpadu, Saat ini BPBD dalam melaksanakan proses pendataan korban bencana masih lambat yang disebabkan karena masih memprosesnya secara manual. Dalam melakukan proses pendataan di setiap posko pengungsi kemungkinan masih terjadinya kesulitan antara lain, perhitungan yang kurang akurat dan waktu yang cukup lama dalam pengolahan data. Tujuan Penelitian ini membuat sistem informasi pengolahan data korban bencana Pada BPBD Kota Ternate. Agar mempermudah admin mengelola data bencana pada BPBD Kota Ternate. Metode Pengumpulan data yang digunakan yaitu observasi, wawancara, studi kepustakaan. Alat bantu rancangan menggunakan Flowchart, DFD, ERD dan bahasa pemrograman Borland Delphi 7, dengan adanya sistem ini dapat mempermudah admin dalam mengelola data bencana serta meningkatkan kinerja pelayanan pada BPBD Kota Ternat

The hall effect and the associated phenomena in cadmium sulphide

Hall effect and photo Hall measurements have been made on a number of crystals. These crystals were grown (in this laboratory) using a modified method of the technique of growth by vacuum sublimation. The object of the photo Hall measurements was to determine some of the parameters of the imperfection centres with energy levels in the forbidden gap in photosensitive cadmium sulphide crystals. Two crystals (crystals 78 and 79) with dark conductivities less than 10(^-7) mho cm(^-1)were chosen for the investigation. Their conductivities could be increased to 10(^-2) mho cm(^-1) by optical excitation with an intensity of 3200 ft-c. The photo Hall effect was investigated at different temperatures. Measurements were made to determine the variation in the value of Hall mobility as a function of the location of the electron Fermi level which was achieved by changing the intensity of photoexcitation. From the plots of 1/µ versus E(_fn) (at different temperatures) four electron trapping levels with energy depths of 0.12, 0.l6, 0-22 and 0.33 eV and six electron trapping levels with energy depths of O.O98, 0.13, 0'19, 0.23, 0.33 and 0.42 eV below the conduction band were obtained for crystals 78 and 79 respectively. The photoHall data were also used to determine the charge state and the scattering cross-sections of the imperfection centres. The experimental values of the scattering cross-sections were of the -11 2order of 10cm. From a study of the temperature dependence of concentration of photoexcited carriers, the height of the energy levels of the sensitizing centres above the valence band was found to be 1.04 eV. The Hall coefficient was also measured for a number of semiconducting samples between 14 K and 300 K. The donor ionization energies and the donor and acceptor concentrations were determined from the variation of carrier concentration with temperature above 30 K. Below 30 K, the variation of carrier concentration with temperature was found to be dominated by an impurity band conduction mechanism (non-metallic type). Polar optical mode scattering was the dominant intrinsic scattering mechanism at the higher temperatures. The experimental mobility data could be fitted to theoretically computed values of µ assuming that polar optical mode, piezoelectric and ionized impurity scattering processes were operative. The effective mass was used as an adjustable parameter. The best fit was obtained with m*(_e) = 0.19 m

Emergency care in India: the building blocks

Background The Republic of India, the world’s most populous democracy, has struggled with establishing Emergency Medical Care. However, with the recent recognition of Emergency Medicine as a formal specialty in medical training, there has been renewed vigor in the developments in the field. Method and Results We outline here the building blocks of the health care system in India, and the contribution each has made and is capable of making to the growth of emergency medical services. We also provide an account of the current situation of emergency medicine education in the country. Conclusions As we trace the development and status of emergency medicine in India, we offer insight into the current state of the field, what the future holds for the emergency medical community, and how we can get there

Uji Efisiensi Budi Daya Tumpangsari Tanaman Kacang Buncis (Phaseolusvulgaris L.) Dengan Sawi Putih (Brassica Juncea L.) Pada Pola Tanam Yang Berbeda

This research is to know at the result white mustard and intercropping green beans farm and to know the efficiency in using land in intercropping white mustard and green beans.This research was used randomize design method single factor, with 5 treatment suchas cropping patterns between white mustard and green beans repeated 3 times, so there were 15 experimental units. There are research treatment: T01: green beans monoculture control, T02: mustard monoculture control, T1: green benas line1 mustard line, T2: 2 green beanslines 1 mustard line, and T3: 1 green beans line 2 mustard lines. The observed variables: diameter crop, a fresh weight of white mustard, the number of green beans, and a fresh weight of green beans. The data was analyzed using F test, continued with BNJ test withextent error 5%. The result of the research showed that T02 treatment give the best effect on diamer mustard variable, T1 give the best effect on fresh weight mustard variable, T2 show the best effect on the number of green beans pod, and fresh weight green beans pod. Based on equity ratio of land, mustard and green beans planted using intercropping system showed that it more efficient than using monoculture syste

RANCANG BANGUN TERMINAL ACCESS MULTI-SOURCE STREAMING SERVER DENGAN JAVA MEDIA FRAMEWORK

At the moment most streaming servers built with only 1 source. Not closed the possibility that the streaming server can have more than 1 source. The concept of streaming server system that has many sources is called the Multi-source Streaming Server (MSS). To be able to enjoy video streaming from the MSS system is required a terminal access. This terminal access has several sections, that is de-encapsulator, demultiplexer, and displayer block. MSS concept which has several streaming server, before transmit the AV stream will advance to multiplexing AV streams from several streaming server that will be transmitted to the same one link. So one packet AV stream has some AV streams from several streaming servers. Displayer is a video streaming player application that will be designed using the Java Media Framework (JMF). In general, video streaming players applications has facilities like play, pause, and stop, so this application will have the same facilities. Because the MSS system has a lot of streaming servers, then this player application has additional facilities to choose video streaming from streaming server that the user want. The result of this project is a video streaming player application where the user can specify the options which video that user want to see from selected streaming server, and users who view the videos get better video quality. Keywords: streaming server, the AV stream, MSS, JMF, terminal acces

Penataan Kembali Kawasan Pasar Bunga Dan Pasar Hewan (Splendid) Kota Malang

Kota Malang memiliki pusat perbelanjaan bunga dan hewan (Splendid) yang berlokasi di Jl. Brawijaya dengan kontur tanah yang dibuat terasiring ke arah sungai. Lokasi pasar hewan dan pasar bunga yang berseberangan, namun tidak menjadi satu kesatuan membuat keduanya terkesan berjalan sendiri-sendiri. Padahal keduanya merupakan sebuah potensi wisata Kota Malang. Keberadaan elemen soft material dan hard material kurang optimal dalam penggunaannya. Penelitian ini dilakukan melalui survey lokasi untuk mendapatkan data berupa data fisik tapak, data klimatologi, dan data bio-fisik mengenai tapak. Sedangkan studi komparatif digunakan sebagai referensi terhadap perancangan lansekap nantinya. Penelitian mengenai kondisi eksisting lansekap ini didasarkan pada variabel analisa yang meliputi klimatologi, topografi, batas tapak, view, kebisingan, utilitas, bangunan, zonning, sirkulasi dan vegetasi. Dari hasil analisa tersebut diperoleh ragam data yang dijadikan dasar dalam konsep perancangan lansekap pasar bunga dan pasar hewan splendid Arsitektur Lansekap sebagai pendekatan perancangan Pasar Bunga dan Pasar Hewan diterapkan sebagai solusi dari permasalahan yang ada, dengan mewujudkan lingkungan binaan yang selaras dengan fungsi dan kondisi tapak. Rekonfigurasi karakter ruang Pasar Bunga dan Pasar Hewan, serta penataan ruang yang memprioritaskan ruang hijau untuk pendayagunaan elemen vegetasi sebagai pengkondisian pasif terhadap iklim mikro tapak dan kondisi eksisting tapak adalah garis besar konsep perancangan yang diterapkan pada Perancangan Kembali Kawasan Pasar Bunga dan Pasar Hewan (Splendid) Kota Malang

Taman Geologi (Geopark) Sidoarjo Dengan Pemanfaatan Material Lumpur Sidoarjo

Fenomena semburan lumpur Sidoarjo merupakan fenomena yang menyebabkanbanyak kerugian diberbagai aspek terutama lingkungan yang menenggelamkanbeberapa desa di beberapa kecamatan di Sidoarjo. Pada tahun 2012, BadanPenanggulangan Lumpur Sidoarjo (BPLS) selaku pengelola area lumpur Sidoarjomerencanakan masterplan area luar terdampak Lumpur Sidoarjo yang digunakansebagai pengembangan wisata, salah satunya taman geologi (geopark). Sementara itulumpur Sidoarjo memiliki potensi yang telah dikembangkan sebagai material bangunan.Meski telah memenuhi persyaratan fisik rancangan taman geologi (geopark) Sidoarjoperlu adanya kajian bagaimanakah pemanfaatan material lumpur Sidoarjo padarancangan taman geologi (geopark) Sidoarjo. Metode yang digunakan dalam kajian iniantara lain metode programatik, pragmatis dan kanonik. Hasil desain rancangan tamangeologi (geopark) yang didesain mengikuti kriteria geopark berupa bangunan tidakmasif yang ditunjukkan dengan pemanfaatan sistem panggung dan pemanfaatanmaterial ringan lumpur Sidoarjo sebagai material pengisi sebagai elemen dinding atapdan lantai pada bangunan taman geologi ini