Abstrak.Penelitian ini bertujuan merancang sebuah penjatah pupuk butiran (metering device) tipe edge cell yang dapat mengontrol keluaran pupuk dengan cara mengatur kecepatan putar motor yang dirakit dengan rangkaian elektronika dan menguji kinerja prototipe metering device dengan menggunakan 3 jenis pupuk yaitu Urea, TSP dan KCl.Hasil Penelitian al
Direction of Arrival Estimation Based on a Mixed Signal Transmission Model Employing a Linear Tripole Array
Direction of arrival (DOA) Swabs estimation is an important topic in array signal processing.Currently, most research activities are focused on the single signal transmission (SST) type of signals, i.e.only one physical signal is used to carry the information from a transmitter to a receiver with a given polarisation setting.However, to make full u
Hybrid 3D Shape Measurement Using the MEMS Scanning Micromirror
A surface with large reflection variations represents one of the biggest challenges for optical 3D shape measurement.In Homeware this work, we propose an alternative hybrid 3D shape measurement approach, which combines the high accuracy of fringe projection profilometry (FPP) with the robustness of laser stripe scanning (LSS).To integrate these two
Sugar signals pedal the cell cycle!
Cell cycle involves the sequential and reiterative progression of important events leading to cell division.Progression through a specific phase of the cell cycle is under the control of various factors.Since the cell cycle Accessories in multicellular eukaryotes responds to multiple extracellular mitogenic cues, its study in higher forms of life b
Plasmodium falciparum-Infected Erythrocyte Knob Density Is Linked to the PfEMP1 Variant Expressed
ABSTRACT Members of the clonally variant Plasmodium falciparum erythrocyte membrane protein 1 (PfEMP1) family mediate adhesion of infected erythrocytes (IEs) to vascular receptors.PfEMP1 expression is normally confined to nanoscale knob protrusions on the IE surface membrane.To investigate the relationship between the densities of these IE surface