The Judiciary in Islamic Law, Palestinian Legislation, and Guarantees of Its Independence

The contemplating the constitutional and legal system of democratic countries, they unite on the principle of the independence of the judiciary until it became a constitutional principle related to the protection of human rights, which is a natural effect of the existence of a judiciary that stands on an equal footing with the legislative and executive authorities. The principle of the independence of the judiciary is considered the first principle of the general principles governing the work of the judiciary. The independence of the judiciary leads to its immunity by preventing the executive authority from intruding and interfering in its affairs and its work. The importance of this study is that it will clarify the extent to which the principle of the independence of the judiciary is applied in Islamic law compared to Palestinian legislation and the guarantees of this principle. To achieve the objective of this paper, legal socio-legal research was adopted using the qualitative approach to analyse relevant Islamic law and Palestinian legislative texts. The study concluded that the administration and structure of the judiciary in Islamic law differs from Palestinian legislation in terms of the extent of application of the principle of the independence of the judiciary

Graphical user interface for wireless patient monitoring system using zigbee communication

Nowadays, heart related diseases are on the rise situation. In Malaysia, the proportion of patients is increasing day by day but the number of doctor and nurse slightly different situation. For this reason, the new propose graphical user interface for wireless patient monitoring system is proposed in order to help doctors and nurses to monitor their patient wirelessly for 24 hours by using a designated proposed device. This system runs as prototype to minimize the costing issue in the hospital. This system consists of software and hardware. Visual Basic Net 2010 software is used to design the graphical user interface (GUI) and Peripheral Interface Controller (PIC) 16F877A microcontroller is used as the hardware to implement the whole proposed system. This system is can be divided into three parts. There are three stages that involved in completing the system. The first is developing a program for the microcontroller, the second is transmitting the data from microcontroller to the personal computer (PC) using XBee module and the third is designing the GUI. In conclusion, the proposed GUI for wireless patient monitoring system facilitated the doctor and nurse in monitoring the patient and increased the efficiency of patient monitoring. For the future recommendation

The Potential of Food Terrorism towards Halal Ecosystem

The approaching of megatrend 2050, challenges have emerged in the food sector and it is predicted that main issues would be the shortage of food supply and food contamination. In parallel to the Food and Agricultural Organization (FAO), that by 2050, with the increasing human population, the food supply would be affected as the sources are inadequate to cater. This crisis requires a comprehensive solution – necessitate a better food security policy, food safety and food defence. In other words, a focused policy that deals with safe food ecosystem must be implemented and strengthen by relevant authorities. In the Malaysian context, the National Safety Policy (2017) outlined the security assurance for the nation’s food supply under Strategy 17. However, the focus of the policy is only on the preparedness of rice commodity that needs to be adequate, whereas, newer threats is making their way beyond that scope. Therefore, this review will discuss the potential of food terrorism, its concept and implication within the halal ecosystem. To achieve this objective, this study is qualitatively carried out by utilizing fully library research relating to food terrorism. The data is being analysed to conclude the findings. Based on the study, we found that food terrorism is indeed a real threat jeopardizing consumer safety, and moreover, causing negative implications towards the local, regional and global halal ecosystem. Therefore, proactive measures needed to be taken to ensure the security of food and this aligned with the objective of sharia to preserve human’s life by having adequate, nutritious, halal and safe food

The potential of black ant (Dolichoderus sp.) as a biological control agents of the coconut leaf beetle (Brontispa longissima)

The study of coconut leaf beetle infestation, Brontispa longissima on palms and the effectiveness of biological agents as a method of control have been carried out in the laboratory. The study involves the effectiveness of potential black ants as biological agents in controlling beetle populations. The results of laboratory studies on the ability of black ant predation on the B. longissima found that the percentage of mean beetle are eaten by the group that has the number 100 black ants were higher and significantly different (P <0.05) as compared to group numbers 5, 20, 50 and 75 black ants. In addition, black ants also tend to attack and devour the B. longissima larvae and pupa stage compared to adult’s beetle via laboratory studies. It can be concluded that the B. longissima beetle has a great potential for causing considerable damage to the coconut tree which could affect coconut palm industry in Malaysia. However, the usage of biological agents as a control method had shown promising results in order to control the beetle infestation in coconut palm areas

Sound absorption of lightweight brick containing expanded polystyrene beads and palm oil fuel ash

Bricks are considered as important and strongest materials being used over the years. Commonly, bricks are made of clay mineral and usually used in construction of building wall. The purpose of this study is to assess the effectiveness of palm oil fuel ash (POFA) and expanded polystyrene beads (EPS) as a brick and its suitability as sound absorption material. POFA is used as partial replacement of cement while EPS as partial replacement of sand in the mortar mixture. Various percentages of EPS and POFA have been used which include 0%, 20%, 30%, 40% and 50% as sand replacement and from 0%, 5%, 10%, 15%, 20% and 25% as cement replacement respectively. Sound absorption tests were conducted using impedance tube. From this study, it has been identified that for sound absorption test, lowest result recorded is at maximum 25% POFA replacement with 50% EPS replacement with 0.011 sound absorption coefficient at frequency of 3500 Hz. The best sound absorption coefficient recorded is 0.998 at frequency of 250 Hz for sample with 0% EPS and 20% POFA replacement. It can be recognized that the brick produced have the excellent sound absorption

Child in car alarm system using various sensors

The network service system is increasingly extended as the demand from various of usage is growing. Although many products had been invented, there are still the incidents that involve to death of children which been left in cars often occur. The system is designed in order to overcome this unwanted incident from happening. The proposed system is designed to detect sound or voice and any movement made by the children that had been left behind in a vehicle. The main target of the system is to create a complete system which uses Global System for Mobile Communication (GSM) that can communicate with human. GSM modem is the medium to interact and communicate with the module. It is used to send and receive Short Messaging System (SMS) based on which appropriate actions taken by the user. PIC microcontroller performs as heart of whole controlling system. The system at the final stage can be used to detect the sound that had been produced by a human at optimum strength. In addition, it was also able to detect motion that performed by a person and can detect any sounds that produced from inside the car. The system that has generated is expected to continue to expand with concomitant change in time with the developed and equipped with a great technology

Graphical User Interface For Wireless Patient Monitoring System Using Zigbee Communication

Nowadays,heart related diseases are on the rise situation.In Malaysia,the proportion of patients is increasing day by day but the number of doctor and nurse slightly different situation.For this reason,the new propose graphical user interface for wireless patient monitoring system is proposed in order to help doctors and nurses to monitor their patient wirelessly for 24 hours by using a designated proposed device.This system runs as prototype to minimize the costing issue in the hospital.This system consists of software and hardware. Visual Basic Net 2010 software is used to design the graphical user interface (GUI) and Peripheral Interface Controller (PIC) 16F877A microcontroller is used as the hardware to implement the whole proposed system.This system is can be divided into three parts.There are three stages that involved in completing the system.The first is developing a program for the microcontroller,the second is transmitting the data from microcontroller to the personal computer (PC) using XBee module and the third is designing the GUI.In conclusion,the proposed GUI for wireless patient monitoring system facilitated the doctor and nurse in monitoring the patient and increased the efficiency of patient monitoring.For the future recommendation,additional sensor and alarm buzzer shall be added to the system as triggering the observer of the system

Treatment of waste emulsion using coagulation method

Waste emulsion is one of the major toxic wastes that are generated from the metal processing industry. Emulsions are commonly used in the metal processing production as emulsified coolant and in power plant as lubricating oil. This paper presents a research to suggest the best coagulant in treating waste emulsion from manufacturing plant via coagulation method. Chitosan and bio-solvent will represent the natural coagulants, alum and polyaluminium chloride (PAC) will represent the industrial coagulant. Jar Test apparatus was used to treat the waste emulsion. It will be conducted in a batch test with a row of six beakers. One jar will be used as a control and the other five will be of different dosages of coagulant at 150 rpm of mixing rate, 30 minutes of mixing time and at room temperature. From the results, PAC showed to be the best coagulant with 82.29%, 95.45%, 99.95%, 96.4%, and 53% removal of COD, BOD O&G, TSS, and Turbidity, respectively, at a pH of 3.7 and minimum dosage of 2wt%. In conclusion, the PAC managed to break the oil and water bonding from the waste emulsion. Thus, it was suitable to treat the industrial waste emulsion

Effective moisture diffusivity and activation energy of rambutan seed under different drying methods to promote storage stability

The effects of two drying methods, oven and microwave drying on the effective moisture diffusivity and activation energy of rambutan seed were studied. Effective moisture diffusivity and activation energy are the main indicators used for moisture movement within the material. Hence, it is beneficial to determine an appropriate drying method to attain a final moisture content of rambutan seed that potentially could be used as secondary sources in the industry. An appropriate final moisture content will provide better storage stability that can extend the lifespan of the rambutan seed. The rambutan seeds were dried with two drying methods (oven and microwave) at two level of the process variables (oven temperature; 40o C and 60o C and microwave power; 250W and 1000W) at constant initial moisture contents. The result showed that a higher value of effective moisture diffusivity and less activation energy were observed in microwave drying compared to oven drying. This finding portrays microwave drying expedites the moisture removal to achieve the required final moisture content and the most appropriate drying method for longer storage stability for rambutan seed. With respect to the process variables; higher oven temperatures and lower microwave powers also exhibit similar trends. Hopefully, this study would provide a baseline data to determine an appropriate drying method for longer storage period for turning waste to by-products