Irbid, Jordan

The Jordan University of Science and Technology , often abbreviated JUST, is a comprehensive, state-supported university located on the outskirts of Irbid, at Ar Ramtha in northern Jordan.Since its establishment in 1986, JUST has been at the forefront of institutions of higher learning in the Arab world, it also maintains a high reputation and standard amongst the universities of the Middle East. JUST and the University of Jordan in Amman are considered to be the two premier institutions of higher education for engineering and medicine in the country, although numerous other faculties and specializations are represented as well. The university was described as the best scientific institution in the Kingdom by King Abdullah II during a visit in November '10. As of the 20061987 academic year. At the present time, the university comprises 12 faculties and 55 departments providing 52 bachelor's degree and 95 postgraduate programs. JUST comprised 5,415 international students of 61 nationalities in the academic year 2009/2010, rendering it the most cultural-diverse university in Jordan. It was ranked as the top research university in the country, and amongst the top 3% of universities in the Islamic world, according to a study carried out by the Statistical, Economic and Social Research and Training Center for Islamic Countries . Wikipedia.

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Jordan University of Science and Technology | Date: 2015-09-14

The present invention relates to a system and method for providing real-time visual feedback to automatically control actions of multiple autonomous nano-robots with manipulators in order to perform specific nano-manipulation or nano-assembly tasks. In the system and method of the present invention, the visual feedback is obtained for the nano-manipulators and the nano-components via an electronic microscopy system. The system of the present invention comprises essentially at least one slave Scanning Electron Microscope (SEM) with imaging system deployed with autonomous manipulators inside, and a master controller system with Graphical User Interface (GUI). In the system of the present invention, said slave SEM provides real-time vision feedback for the sensed environment for said master controller, and said master controller provides real-time feedback control command for the required task to said slave SEM.

Agency: European Commission | Branch: FP7 | Program: CSA-CA | Phase: HEALTH.2011.3.4-2 | Award Amount: 2.23M | Year: 2012

The main purpose of RESCAP-MED is to enhance the non-communicable diseases (NCDs) research landscape in southern and eastern Mediterranean countries by (a) strengthening capacity in a set of disciplines most relevant to improving public health and reducing health inequalities, and (b) enhancing networking, cooperation, and collaboration between researchers in the Mediterranean region. The main concept for achieving this purpose and making it sustainable is: 1 the creation of a Mediterranean regional network for NCD researchers; 2 the establishment of a competitive, funded fellowship programme linked to this research network. This proposal aims to enhance and, where needed, build research capacity in the region for health, its social and environmental determinants and their complex interactions, in order to inform policy development and implementation. We concentrate on the immense challenge posed to the health systems and economies of the region by the increasing burden of NCDs. We focus on strengthening the disciplinary capacity necessary to explain the social and environmental factors causing the rise in NCDs, and necessary to identify achievable policy outcomes and interventions. We prioritise five disciplines in this action: epidemiology, health economics, environmental health, medical anthropology, and health policy evaluation. These actions would create new institutional possibilities for the future, and are made more achievable because this proposal develops out of an existing FP7-funded research collaboration (MedCHAMPS, Grant number 223075) in several countries of the region, each of which is a partner in RESCAP-MED. It thus builds directly on established and ongoing personal and institutional relationships, and the emerging evidence from MedCHAMPS. This consortium brings together 11 partners: ten academic partners and one international organisation (WHO-EMRO).

Agency: European Commission | Branch: FP7 | Program: CSA | Phase: ICT-2013.10.3 | Award Amount: 891.50K | Year: 2014

The MOSAIC project aims to foster R&D cooperation between Europe and Mediterranean Partner Countries under European and third country programmes. MOSAIC focuses on Information and Communication Technologies (ICT) and how ICT can support common EU-MED societal challenges among which Health and wellbeing, Food and agriculture, Clean Energy, Green Integrated Transport and Risk Management for critical issues such as Climate Action and Secure Societies.\n\nIn order to strengthen cooperation between EU-MED stakeholders MOSAIC will set-up sustainable mechanisms between European organisations and Mediterranean organisations, MOSAIC proposes the creation of 2 Technology Platforms (TPs):\n\tMED-TP1 covering Maghreb countries (Algeria, Morocco, Tunisia, Libya).\n\tMED-TP2 covering Mashriq countries (Egypt, Jordan, Lebanon, Palestinian administrated areas, Syria Arab Republic Syria).\nMOSAIC will also support the dialogue between MED-TPs and existing European Technology Platforms (ETPs) for those topics to:\n\tAnalyze potential areas of cooperation between Europe and MED countries around the thematic area of ICT and applications of ICT to Societal challenges.\n\tIdentify key stakeholders to launch and run TPs in MED countries including representatives from industrial (large companies and SMEs) and academic sectors.\n\tPromote and support the creation of TPs in MED countries, including the production of both organizational documents (governance, structure, etc.) and technical documents (Vision, Strategic Research Agenda), as tools to set up sustainable scientific cooperation with Europe.\n\tCreate a Global Strategy for EU-MED cooperation in the field of ICT and ICT applications to Societal challenges.\n\tLiaise MED-TPs with European counterparts, and contribute to update the European International Cooperation strategy.\n\tIncrease awareness on the potentialities for cooperation between Europe and MED countries in the fields of ICT and ICT applications to Societal challenges.

Bataineh K.M.,Jordan University of Science and Technology
Renewable and Sustainable Energy Reviews | Year: 2016

This paper investigates the performance of solar thermal system for powering irrigation pump. It also summarizes the recent developments of solar thermal power systems. Furthermore, it updates the literature about the recent findings of thermal solar power system and presents different methodologies of enhancing the solar energy conversion system. The solar thermal irrigation pump uses steam Rankine cycles SRC integrated with parabolic trough collector PTC. The selected site is located in the northern part of Jordan. Simulation models are built to assess the performance of solar thermal irrigation system. The simulation models are built by means of mass and energy balances applied to every component of the system. The model simulates the hourly thermal behavior of all system components. The effect of key operating variables on the system performance is examined. Simulation results show that there is an optimum values for mass flow rate where maximum power out can be obtained. The average daily overall efficiency ranges between 10 to 13% during summer time. The optimal daily average overall efficiency reaches 18%. Results show that the concentration ratio has negligible effect on the overall system performance. It is found that using PTC of area of 526 m2 with SRC is reliable system producing above 30 kW during summer time. Economic analysis reveals that the solar energy cost is $0.075/kWh. Furthermore, this paper presents design optimization so that STWP can achieve higher reliable continuous operation with system components. © 2015 Elsevier Ltd. All rights reserved.

Freewan A.A.Y.,Jordan University of Science and Technology
Solar Energy | Year: 2014

Large windows and highly glazed façades have been increasingly used in new buildings, allowing access to daylight, solar gain and external view. Sunrays passing through non-shaded windows and glazed facades significantly increases the air temperature in summer, especially in hot climates such as in Jordan. This negatively affects thermal comfort, increases the cooling load and becomes a source of glare, which harms the visual environment. The current research examined the effect of using shading devices on air temperature, visual environment and users' interaction in offices facing south-west façade at Jordan University of Science and Technology (JUST). Generally, shading devices are used to protect inner spaces from direct solar gain through openings, windows and large glazed surfaces. In such orientation, windows require special considerations to control solar gain, improve the visual environment and reduce glare. The research used real-time experiments and computer simulations to study how the shading devices will work in controlling air temperature and improving illuminance level. Three fixed shading devices (vertical fins, diagonal fins and egg crate) were installed in three identical offices in two stages: the first stage used temporary material while second one used improved design and permanent materials. Thereafter, the air temperature, illuminance level, thermal and visual environment were monitored and compared to non-shaded office. Computer simulations: IES/SunCast and Radiance were used to study solar and daylight distribution over the offices' surfaces around the year. The results showed that the temperature in offices with shading devices compared to the office without shading devices was reduced to acceptable level. Visual environment was improved by controlling the illuminance level, improving uniformity and eliminating glare. Offices with diagonal fins and egg crate shading devices performed better compared to the office with vertical fins and the base case. © 2014 Elsevier Ltd.

Najjar Y.S.H.,Jordan University of Science and Technology
International Journal of Hydrogen Energy | Year: 2013

With increasing world energy demands, the search for an environmentally-friendly fuel is a must. Hydrogen is a fuel that is energy-efficient and clean, and considered by many as the perfect fuel. The problem arises when it comes to safety considerations. It does not have a good reputation because of some unfortunate accidents during history. In this work the safety of hydrogen during production, transmission and use is reviewed. Hydrogen safety issues are mainly discussed in relation to its ignition and combustion characteristics namely: wide flammability range detonation level, low ignition energy, relatively high flame velocity, rapid diffusion and buoyancy, in addition to it its characteristics in the liquid phase. Hydrogen is the lightest gas (14 times lighter than air), highly flammable, odorless, and burns with a colorless flame. When used as a fuel, it supplies more energy per unit mass, than the popular fuels used today. In producing hydrogen, there are many processes, each one with its hazards, but these are relatively less weighed against hydrogen having the highest energy-carrying abilities. In storing, transmission and using of hydrogen, the main hazard is in its leaking, causing a fire to start. To detect when a leak happens, reliable and economic sensors should be used. High degree of safety, depending on hydrogen properties, is essential in any relevant design, to accelerate toward hydrogen economy. Copyright © 2013, Hydrogen Energy Publications, LLC.

Shatnawi R.,Jordan University of Science and Technology
IEEE Transactions on Software Engineering | Year: 2010

Object-oriented metrics have been validated empirically as measures of design complexity. These metrics can be used to mitigate potential problems in the software complexity. However, there are few studies that were conducted to formulate the guidelines, represented as threshold values, to interpret the complexity of the software design using metrics. Classes can be clustered into low and high risk levels using threshold values. In this paper, we use a statistical model, derived from the logistic regression, to identify threshold values for the Chidamber and Kemerer (CK) metrics. The methodology is validated empirically on a large open-source systemthe-the Eclipse project. The empirical results indicate that the CK metrics have threshold effects at various risk levels. We have validated the use of these thresholds on the next release of the Eclipse project-Version 2.1-using decision trees. In addition, the selected threshold values were more accurate than those were selected based on either intuitive perspectives or on data distribution parameters. Furthermore, the proposed model can be exploited to find the risk level for an arbitrary threshold value. These findings suggest that there is a relationship between risk levels and object-oriented metrics and that risk levels can be used to identify threshold effects. © 2006 IEEE.

Alsaad A.,Jordan University of Science and Technology
Physica B: Condensed Matter | Year: 2014

We performed first-principles spin polarized computations to study the structural, electronic, and magnetic properties of diluted magnetic semiconductors (DMSs) based on wide band-gap wurtzite ZnO and GaN semiconductors doped with transition magnetic metals. The main feature of the resulting DMSs is the strong ferromagnetic spin-spin interaction. We characterzie the gaint Zeeman effect observed experimentally upon applying an external magnetic field using pure quantum mechanical based technique. We found that this effect increases substantially with Fe content in GaN:Fe3+ DMS system at an external magnetic field of 10 T. We found that the magnetization of ZnO and GaN doped with Mn3+, Mn2+, Co2+ and Fe3+ is well described by the Brillouin function. The p-d exchange integrals α and β for these transition magnetic ions doped wide band-gap DMSs have been determined accurately. They exhibit positive value for Ga 1-xMnxN and Ga1-xFexN and Zn 1-xCoxO indicating ferromagnetic interaction. Furthermore, Magnetocrystalline anistropy energy (MAE) and perpinduclar magnetocrystalline anistropy (PMCA) of ZnO:Mn3+, GaN:Fe3+, and ZnO: Co 2+ diluted systems for transition ion concentration fixed at x=0.125 have been calculated and discussed based on spin-dependent band structure and density of states calculations. We found a robustness of PMCA with respect to lattice strain is remarakable for all the three DMSs systems studied. We found that ZnO:Mn3+ DMS is a good spin injector. © 2014 Elsevier B.V.

Jordan University of Science and Technology | Date: 2014-12-23

The present invention provides a system and method for distributed and dynamic location identification of mobile devices, wherein such method continuously estimates the path loss exponent for a specific environment from a priori known distance, hence estimating the distance to another transmitter. In the system and method of the present invention, any blind node can estimate its own location if there exists at least three nodes connected via wireless links in a distributed ad hoc mode within a radio communication range of each other and if each one of said nodes is either equipped with location identification mechanism or its location is fixed and known priori.

Jordan University of Science and Technology | Date: 2014-12-23

The present invention provides a method for seamless multi-link network connectivity, wherein such method utilizes a plurality of connections at the same time by providing an application-sensitive seamless connectivity between two end systems via several links so that the data are seamlessly transmitted among these links. In the method of the present invention when one link fails, the traffic is automatically transmitted via the available links of said plurality of connections and when it comes back up, it is automatically used again. In the method of the present invention when more than one link is active and the Quality of Service needs of an application cant be met by using a single link, more than one link is used through load-balancing mechanism. Said method provides the best possible service for each type of application based on its own Quality of Service requirements.

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