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"Tesis ini membahas tentang faktor-faktor yang mempengaruhi kinerja Program Insentif Percepatan Difusi dan Pemanfaatan Iptek dari mulai faktor input sampai dengan outcome dengan menggunakan metode logic model. Penelitian ini menggunakan pendekatan kualitatif yang bersifat deskriptif analitik. Hasil analisis menunjukkan bahwa faktor input yang sangat berpengaruh dalam pelaksanaan Program Insentif Percepatan Difusi dan Pemanfaatan Iptek adalah sumber daya manusia, proposal, waktu serta mitra peneliti. Seleksi proposal yang dilakukan oleh tim penilai independen harus memenuhi syarat dan ketentuan yang sudah ditetapkan oleh Kemenristek. Outcome jangka panjang yang seharusnya bisa tercapai ternyata masih membutuhkan proses yang lama dan panjang serta memerlukan dukungan dari pihakpihak terkait. Hasil penelitian ini menyarankan agar proposal yang diterima diprioritaskan pada proposal yang mempunyai potensi tinggi untuk ketercapaian outcome jangka panjang. Disarankan pula agar Kemenristek berkoordinasi dan bersinergi dengan kementerian terkait lainnya untuk mendukung kebijakan mengenai tindak lanjut penerapan teknologi serta transfer teknologi yang dihasilkan dari pembiayaan Program Insentif Percepatan Difusi dan Pemanfaatan Iptek ini.

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This thesis studies the factors that affect the performance of Incentive Program Technology Diffusion and Utilization start from input factors to outcomes using logic models method. This study uses a descriptive analytic that is a qualitative approach.

The result of analysis showed that the most influential factor inputs in the implementation of Incentive Program Diffusion and Utilization of Science and Technology are human resources, proposal, timing and research counterpart. Selection of proposal that was conducted by an independent assessment team must conform to the terms and conditions set by Kemenristek. Long-term outcomes that should be achieved still require long process and need support from relevant stakeholders.

The results of this study suggest to received priority on proposals that have a high potential for the achievement of long-term outcome. And suggest Kemenristek to coordinate and synergize with other relevant ministries to support policy concerning implementation and transfer technology as a result from financing of Incentive Program Technology Diffusion and Utilization."

"besides physical test normally, early detection on the condition of the body by using the image processing of iris is an alternative method to observe the health of human's body, especially the internal organ of the body. in this paper, some image processing methodes are used to enhance the quality of iris image so that the problem that happens in area of pancreas can be detected clearly. the problem is represented by the form of broken tissue in iris. by using genetic programming, this iris image will be used as an input of an artificial intelligence system in detecting the internal organ disorder. the result of this detecting will be compared with the insulin normally test"

"Solar drying provides an alternative to the use of fossil fuel. Solar drying system is one of the most promising applications of crop drying. However, there are problems associated with the intermittent natural of solar radiation and the low intensities of solar radiation. The problems can be remedied by the use of heat storage, auxiliary energy source, control system, larger surface collector and hybrid system. However, this will result in a high capital investment. Economic indicators such as cost ofmaintenance, payback period, internal rate of return can be used to calculate the economic of it application.This paper presents the experience in Malaysia on crop drying. We also present the performance of four solar assisted drying systems for crop drying using different collector types, (a) V-groove solar collector with cabinet dryer, (b) double-pass solar collector with porous media in the lower channel and a flat bed drying chamber, (c) Solar dehumidification system and (d) Photovoltaic-thermal solar drying system."

"Pada artikel ini dibahas mengenai pengaruh mole fraction (x) dan profit germanium pada basis SiGe HBT terhadap unjuk kerja frekuensi dan noise figure (fn) devais."