ANALISIS PENDAPATAN PENGUSAHA KILANG PADI KELILING DI KECAMATAN DARUSSALAM KABUPATEN ACEH BESAR

ABSTRAKJudul : Analisis Pendapatan Pengusaha Kilang Padi Keliling di Kecamatan Darussalam Kabupaten Aceh BesarNama : AnsariaNim : 1101101010096Fakultas/Jurusan : Ekonomi dan Bisnis/Ekonomi PembangunanPembimbing : Zulkifli, S.E, M.SiTujuan penelitian ini untuk menganalisis pendapatan pengusaha kilang padi keliling dan kelayakan usaha penggilingan padi keliling. Metode yang digunakan adalah metode deskriptif (kualitatif) dan metode finansial (kuantitatif) dengan analisis penerimaan dari jasa, analisis pendapatan, analisis net benefit cost ratio, payback period dan break even point. Hasil penelitian diperoleh bahwa pendapatan pengusaha kilang padi keliling rata-rata pertahun Rp 30.106.000,- atau Rp 2.737.000,- per bulan, berdasarkan kriteria investasi diperoleh nilai net benefit cost ratio sebesar 0,84, payback period 10 bulan 7 hari, dan break even point harga Rp. 326,-, volume 5.438 Kg serta penerimaan Rp. 1.774.528,-. net benefit cost ratio > 0, payback period lebih pendek dari maksimum waktu yang ditentukan dan break even point sudah mencapai titik impas, ini artinya usaha penggilingan padi keliling layak diusahakan dan dikembangkan. Disarankan agar pengusaha memperluas wilayah kerja sehingga dapat meningkatkan pendapatan.Kata kunci : Analisis Pendapatan, Studi Kelayakan, Penggilingan Padi Kelilin

KOLABORASI ORGANISASI PEMERINTAH DALAM PENERTIBAN PARKIR LIAR DI KOTA MAKASSAR

This study aims to how the collaboration of government organisations in controlling illegal parking in Makassar City. This type of research uses qualitative methods. The results of this study indicate that Collaboration carried out by the Department of Transportation, Head of the Pamung Praja Police Unit for Makassar City, and PD Parking Makassar Raya, such as joint meetings held 2-3 times a month, still needs to be improved because we can see there are still many problems that often occur in the field, such as the number of vehicles which are parked on the side of the road, apart from that the joint operations carried out between these agencies have still not been resolved because of the related parties who have not maximized their operating schedules and the lack of signs on the road and the process of implementing management and evaluation between these agencies has been effective, but this authority has not run smoothly, such as the regulation of parking lots and prosecution of motorists has not yet become a deterrent effect for the community, so the Department of Transportation must be more assertive in dealing with this problem and supporting factors in coordination between government agencies in dealing with illegal parking in the city of Makassar, the aspect is cooperation between institutions, communities and well-established communication between related institutions in handling illegal parking cases. The inhibiting factors in coordination between government agencies in dealing with illegal parking in Makassar City are inadequate facilities, infrastructure and human resources which are one of the inhibiting factors in controlling illegal parking in Makassar City

Optical Upconversion Properties Of Tm2O3 / Yb2O3 Doped Lead Tellurite Glasses

The melt-quench process was used to create the lead-tellurite glasses codoped with lanthanides as thulium and ytterbium. Thermal characterization carried by differential scanning calorimetry. X-ray diffraction is studies to get the nature of sold sample. The UV-Visible-IR absorption spectra was carried in range of 300 nm to 1100 nm. There were four unique absorption peaks on the glass thulium –ytterbium doped glass. The frequency up-conversion (UC) fluorescence has been seen at room temperature by 975 nm excitation

Example of a problem-to-course life cycle in layout and process planning at the MTA SZTAKI learning factories

MTA SZTAKI maintains two learning, demonstration and research facilities which are both set up to host individual student projects and repeated courses likewise. While the physical setting and facility functionalities do already establish a fundamental context linking both types of activities, recent experience has shown additional potential in building up repeatable courses on the outcome of one-off projects. The paper gives an in-progress overview of a project-to-course development based on equipment designed and built around assembly problems of existing industrial products. It is expected that such interlinking of stand-alone projects and repeated courses will become a recurring part of the operation of the facilities, therefore, a roadmap of a project-to-course life cycle is proposed as a working assumption, pending gradual refinement through subsequent experience and integration of other methodologies

A decision model on optimising cybersecurity controls using organisation preferences

Cybersecurity is an organisational issue that should be looked at through the lens of various stakeholders. However, it is often treated as a siloed issue in which more is always seen as better. The CISOs, CIOs and the key decision-makers struggle to understand how much security is enough. All cybersecurity solutions, often referred to as controls, result in a residual risk since there is no such thing as perfect security. The level of the risk should ultimately be the choice predicated by the business goals of the organisation. Cybersecurity controls are often presented in a context that lacks sufficient business context, which is required to optimize the risks and balance them with the needs to run other business operations. For uninterrupted business operations, there is a need to bridge the gap between technology and business decision making. Optimizing cybersecurity risk in a business context demands a model that considers the priorities of the organisation through the lens of the key stakeholders. By taking into consideration the overall priorities in the context of the business goals, we can better guide the decision process of choosing the optimal security controls. Such an approach would help answer questions such as ‘How can we manage cybersecurity risk in the company? What are the right cybersecurity controls for our business goals? How much should we spend on cybersecurity?’ There is no one perfect formula when it comes to picking security controls. Each organisation has a different set of priorities and thus the needs for its security controls will be different. An optimal solution requires a balanced approach towards the risk, cost and benefit of the solution. A thorough analysis of the overall costs and the benefit of implementing each control, and its potential risk, would enable the decision-maker to pick controls that are in line with the business goals. The work of this thesis will involve looking at the trade-offs of security controls, which are influenced by the organisation's priorities, with respect to the cost and value they bring to the organisation. We will be representing the organisation's priorities as preferences. These preferences are then translated into a utility function that can be used to evaluate the controls available. Once the list of preferred controls is gathered, we will analyze the cost and benefit relationship for each of the controls. The cost and benefit are represented in terms of the value defined by the organisation to its processes and business units that are under threat. Finally, we will look for an optimal range of potential controls and their placement, which can provide utmost security to the organisation while keeping the business preferences in place.S.M.S.M

Forced convection of radiating gas over an inclined backward facing step using the blocked-off method

The present work investigates the laminar forced convection flow of a radiating gas over an inclined backward facing step (BFS) in a horizontal duct. The momentum and energy equations are solved numerically by the CFD techniques to obtain the velocity and temperature fields. Since, the twodimensional Cartesian coordinate system is used to solve the governing equations; the flow over inclined surface is simulated by considering the blocked-off region in regular grid. Discretized forms of the governing equations in the (x,y) plane are obtained by the control volume method and solved using the SIMPLE algorithm. The fluid is treated as a gray, absorbing, emitting and scattering medium. Therefore, all of the convection, conduction and radiation heat transfer mechanisms take place simultaneously in the gas flow. For computation of the radiative term in the gas energy equation, the radiative transfer equation (RTE) is solved numerically by the discrete ordinates method (DOM) to find the radiative heat flux distribution inside the radiating medium. In the numerical results, effects of inclination angle, optical thickness, scattering albedo and the radiation-conduction parameter on the heat transfer behavior of the convection flow are investigated. This research work is a new one in which a combined convection-radiation thermal system with a complex flow geometry is simulate by efficient numerical techniques.</jats:p

Optical Upconversion Properties Of Tm2O3 / Yb2O3 Doped Lead Tellurite Glasses

The melt-quench process was used to create the lead-tellurite glasses codoped with lanthanides as thulium and ytterbium. Thermal characterization carried by differential scanning calorimetry. X-ray diffraction is studies to get the nature of sold sample. The UV-Visible-IR absorption spectra was carried in range of 300 nm to 1100 nm. There were four unique absorption peaks on the glass thulium –ytterbium doped glass. The frequency up-conversion (UC) fluorescence has been seen at room temperature by 975 nm excitation.</jats:p