Penerapan Pemrosesan Paralel untuk Menguji Waktu Rendering Design Web dengan Framework terhadap Processor melalui Lan, Router dan Ekstranet

Designing a website is the first step to build website that gives the appearance of an interface to the website visitor. the appearence web design that interesting can be gived conveniences for visitors to browse the contents of any website content. designing of the website, skill are required several to be master multiple web programming languages, the programming language are HTML, CSS and Javascript. In the overall control of the programming language takes time to be master and understand each other codes. Therefore, to built application that allows users to create a website design. This application is called WebEditor is built using CodeIgniter and Twitter Bootstrap framework. In the rendering process design needed parallel processing techniques to the process. so, the impact in terms of rendering time speed to website design. Throughout this system, users can design a website easily and quickly, and in the process of rendering design does not require for long time. the results of study case have done that it can be seen that influences of the implementation of rendering speed transmission media based on the number of processors and computers server. The percentage of the speed to rendering of design does not using a grid server on the LAN network are 33.7 %, 33.3 % and internet routers 33 %. While using a part of grid servers on the LAN network are 33.6 %, 33.4 % and internet routers 33 % and the final grid using 2 servers on the LAN network are 44 %, 33 % and internet routers 26 %. So the highest rendering speed on the LAN router network for further 44 % and 30 % at the latest on the Internet 26 % by using 2 part of grid servers. Thus rendering the best in the website design is using LAN with 2 part of grid servers

Estimasi Output Sapi Potong di Kabupaten Banyuasin Provinsi Sumatera Selatan

Penelitian bertujuan untuk membuat estimasi out put ternak sapi potong di Kabupaten Banyuasin, Provinsi Sumatera Selatan. Penelitian dilakukan secara survei di Kecamatan Betung, Talang Kelapa dan Tanjung Lago. Data diambil dengan metode wawancara terhadap 1180 responden. Data yang diambil meliputi komposisi populasi dan pengelolaan reproduksi. Data komposisi populasi dan pengelolaan reproduksi dianalisis dengan rata-rata dan standar deviasi, sedangkan output sapi potong diestimasi dengan teori pemuliabiakan ternak. Hasil penelitian menunjukkan bahwa populasi sapi tertinggi adalah bangsa Pesisir 81,15%, efisiensi reproduksi (ER) 98,27%, natural increase 24,39%, net replacement rate jantan 143,26% dan betina 220,15% dan output sapi potong sebesar 24,30% atau 7.267 ekor. Kata kunci:  Estimasi output, Sapi potong, Banyuasi

Doe Productivity of Boerawa Goat on Rural Condition

Abstract. This research was carried out at Gisting sub-District, Tanggamus Regency, in order to find out doe productivity of Boerawa goat on rural on condition. This research involved 120 doe Boerawa goat housed in elevated barns. Measurements were performed to evaluate the litter size, birth weight, weight at weaning, and pre-weaning mortality. The results of the present research showed that birth weight of the kids was 3.10 kg and 2.94 kg for male and female, respectively. The average birth weight was based on the type of birth 3.20 kg and 3.04 kg for the single versus twin born kids. It was documented that the average weight at weaning of the kids were 17.12 kg and 16.23 kg for male and female, respectively. Whereas based on birth type, the average weight was of the single born kids and the twin at weaning were 17.30 versus 16.63 kg. In addition, doe reproduction index was 2.36 weaned kids/year, and the average doe productivity was 41.52 kg. Keywords: Boerawa goat, doe productivity, rural condition. Abstrak.  Penelitian ini dilakukan di Kecamatan Gisting Kabupaten Tanggamus, dalam rangka untuk mengetahui produktivitas induk kambing Boerawa pada kondisi pedesaan. Penelitian ini melibatkan 120 induk kambing Boerawa yang dipelihara di kandang panggung. Pengukuran dilakukan untuk mengevaluasi ukuran jumlah cempe sekelahiran, bobot lahir, bobot sapih, dan kematian pra-sapih. Hasil dari penelitian ini menunjukkan bahwa bobot lahir cempe adalah 3,10 kg dan 2,94 kg (masing-masing untuk jantan dan betina). Bobot lahir rata-rata didasarkan pada tipe kelahiran tunggal dan kembar adalah masing-masing 3.20 kg dan 3,04 kg. Diperoleh hasil bahwa bobot sapih adalah 17,12 kg dan 16,23 kg (masing-masing untuk jantan dan betina). Sedangkan berdasarkan tipe kelahiran, bobot sapih rata-rata dari tipe kelahiran tunggal dan kembar adalah 17.30 dan 16.63 kg. Selain itu, indeks reproduksi induk sebesar 2,36 cempe sapihan/tahun, dan produktivitas induk rata-rata adalah 41,52 kg. Kata kunci: Kambing Boerawa, produktivitas induk , kondisi pedesaan.K Adhianto et al./Animal Production 15(1):31-39, January 201

The Nutritional Value of Intercropping Forage of Arbila (Phaseolus lunatus) Inoculated by Rhizobium With Sorghum (Sorghum bicolor) at Different Planting Space of Arbila and Different Row Number of Sorghum

The study was conducted to evaluate intercropping forage production between inoculated arbila (Phaseolus lunatus) and sorghum (Sorghum bicolor) at different planting space of arbila and different row number of sorgum. The experiment was arranged factorially according to completely randomised design. The first factor was two planting space of arbila i.e. J1 (120 cm) and J2 (180 cm). The second factor was three different row number of sorghum i.e. P1 (1 row), P2 (2 rows), P3 (3 rows). The replication for each treatment combination was three giving total number of experimental units of 18. Variables abserved were organic matter (OM), crude protein (CP), crude fiber (CF), nitrogen free ekstract (NFE), ether extract (EE), and ash contents of intercropped forage. Results showed that nutritional value of intercropping forage between arbila and sorgum was better compared with monoculture crop of either arbila or sorghum. At intercropping, OM content of all treatments were high, except for treatment J1P1. The lowest CF was noticed for treatment J1P2 (30.64%). The highest CP content was for J1P1 (16.16%) but the CP content of J1P2 was still quiet good (13.36%). EE values were relatively similar for all treatments. The highest value for NFE was for J1P3 (48.35%) and J2P1 (48.45%) but the value for J1P2 was still reasonably good (48.35%). The ash content for treatment J1P1, J1P2, and J1P3 was 8.62%, 7.51%, and 7.15% respectively, and it was considered good enough for forage. In conclusion, intercropping between arbila at 120 cm planting space and 2 or 3 rows of sorghums produces the best nutritive content of forage for ruminant feed

Doe Productivity of Boerawa Goat on Rural Condition

. This research was carried out at Gisting sub-District, Tanggamus Regency, in order to find out doe productivity of Boerawa goat on rural on condition. This research involved 120 doe Boerawa goat housed in elevated barns. Measurements were performed to evaluate the litter size, birth weight, weight at weaning, and pre-weaning mortality. The results of the present research showed that birth weight of the kids was 3.10 kg and 2.94 kg for male and female, respectively. The average birth weight was based on the type of birth 3.20 kg and 3.04 kg for the single versus twin born kids. It was documented that the average weight at weaning of the kids were 17.12 kg and 16.23 kg for male and female, respectively. Whereas based on birth type, the average weight was of the single born kids and the twin at weaning were 17.30 versus 16.63 kg. In addition, doe reproduction index was 2.36 weaned kids/year, and the average doe productivity was 41.52 kg

The Nutritional Value of Intercropping Forage of Arbila (Phaseolus Lunatus) Inoculated by Rhizobium with Sorghum (Sorghum Bicolor) at Different Planting Space of Arbila and Different Row Number of Sorghum

The study was conducted to evaluate intercropping forage production between inoculated arbila (Phaseolus lunatus) and sorghum (Sorghum bicolor) at different planting space of arbila and different row number of sorgum. The experiment was arranged factorially according to completely randomised design. The first factor was two planting space of arbila i.e. J1 (120 cm) and J2 (180 cm). The second factor was three different row number of sorghum i.e. P1 (1 row), P2 (2 rows), P3 (3 rows). The replication for each treatment combination was three giving total number of experimental units of 18. Variables abserved were organic matter (OM), crude protein (CP), crude fiber (CF), nitrogen free ekstract (NFE), ether extract (EE), and ash contents of intercropped forage. Results showed that nutritional value of intercropping forage between arbila and sorgum was better compared with monoculture crop of either arbila or sorghum. At intercropping, OM content of all treatments were high, except for treatment J1P1. The lowest CF was noticed for treatment J1P2 (30.64%). The highest CP content was for J1P1 (16.16%) but the CP content of J1P2 was still quiet good (13.36%). EE values were relatively similar for all treatments. The highest value for NFE was for J1P3 (48.35%) and J2P1 (48.45%) but the value for J1P2 was still reasonably good (48.35%). The ash content for treatment J1P1, J1P2, and J1P3 was 8.62%, 7.51%, and 7.15% respectively, and it was considered good enough for forage. In conclusion, intercropping between arbila at 120 cm planting space and 2 or 3 rows of sorghums produces the best nutritive content of forage for ruminant feed

Lama Kebuntingan, Litter Size, Dan Bobot Lahir Kambing Boerawa Pada Pemeliharaan Perdesaan Di Kecamatan Gisting Kabupaten Tanggamus

An experiment was conducted on 100 heads of Boerawa doe mated with male Boer. The parameters perceived were pregnancy periode, litter size, and birth weight. The study was undertaken at Boerawa goat development area Kecamatan Gisting Kabupaten Tanggamus. The data were analysed in SPSS versi 10. The results showed that pregnancy periode 159,31 + 4,37 days, litter size 1,62 + 0,65 heads, and birth weight 3.02 + 029 kg