• Title/Summary/Keyword: OpenMTC

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Fasad (Venesection): An important regimental therapy in Unani System of Medicine

  • Khan, Javed ahmad;Nikhat, Shagufta;Ahmad, Naseem;Zohaib, Sharique;Parray, Shabir ahmad
    • CELLMED
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    • v.7 no.4
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    • pp.19.1-19.5
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    • 2017
  • Fasad i.e. venesection is an old classical method of treatment in the Unani system of medicine. Fasad is Arabic word which means "to open". In the process, complete evacuation which drains out blood and dominating humours mixed with blood from veins. Fasad is carried out when the kamiyat (quantity) of the blood is excess in the body and patient is either exposed to the risk of developing a disease or has actually developed one. In classical literature of Unani system of medicine, physicians wrote a lot about this procedure. The details of venesection is mentioned in the given paper on the basis of classical literature including history, indications, types, amount of blood to be venesected, time, person, procedure, complications and special focus has been made on the number of vessels to be venesected and their benefits with respected to disease and condition.

Integrated Lighting Enabler System Using M2M Platforms for Enhancing Energy Efficiency

  • Abdurohman, Maman;Putrada, Aji Gautama;Prabowo, Sidik;Wijiutomo, Catur Wirawan;Elmangoush, Asma
    • Journal of Information Processing Systems
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    • v.14 no.4
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    • pp.1033-1048
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    • 2018
  • This paper proposes an integrated lighting enabler system (ILES) based on standard machine-to-machine (M2M) platforms. This system provides common services of end-to-and M2M communication for smart lighting system. It is divided into two sub-systems, namely end-device system and server system. On the server side, the M2M platform OpenMTC is used to receive data from the sensors and send response for activating actuators. At the end-device system, a programmable smart lighting device is connected to the actuators and sensors for communicating their data to the server. Some experiments have been done to prove the system concept. The experiment results show that the proposed integrated lighting enabler system is effective to reduce the power consumption by 25.22% (in average). The proving of significance effect in reducing power consumption is measured by the Wilcoxon method.