Abdallah Benhamouda - Academia.edu (original) (raw)

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Papers by Abdallah Benhamouda

Advances in intelligent systems and computing, 2018

In this work, we are interested to improve the pedagogical accompaniment of students in programmi... more In this work, we are interested to improve the pedagogical accompaniment of students in programming language labs by implementing a classroom management software. It consists of two applications. The teacher application allows teacher to create a classroom, connect student computers to the classroom, collect student works periodically in order to help them and to have an overall view of the student’s works progress. In addition, teacher can temporarily lock the student computers to attract student’s attention when he gives explanations. With this software, teacher does not move from one student to another. So, the moving time will be spent to improve student learning. The student application allows student computers to connect to teacher application, receive the comments and remarks sent by teacher. Each student can also send his final work to teacher at the end of the class. Thus, students do not need the internet connection or a USB key to return their work.

Advances in intelligent systems and computing, 2018

In this paper, we propose a low-cost and modular remote lab framework, responding to the educatio... more In this paper, we propose a low-cost and modular remote lab framework, responding to the educational needs of technical disciplines and more particularly in electronics. It consists of two main parts: hardware and software. The hardware part is simple in its design, locally made, modular, scalable and can be easily integrated in with existing lab equipments. It is composed of a communication module and a configurable interface, linking this module to the experimental equipments. The interface is composed of a set of electronic boards each providing a specific function. The number and type of boards can be configured according to the educational needs.

In this paper, we propose a low-cost and modular remote lab framework, responding to the educatio... more In this paper, we propose a low-cost and modular remote lab framework, responding to the educational needs of technical disciplines and more particularly in electronics. It consists of two main parts: hardware and software. The hardware part is simple in its design, locally made, modular, scalable and can be easily integrated in with existing lab equipments. It is composed of a communication module and a configurable interface, linking this module to the experimental equipments. The interface is composed of a set of electronic boards each providing a specific function. The number and type of boards can be configured according to the educational needs.

The European Physical Journal Applied Physics, 2007

The aim of this article is to explore materials made of polymer-titanate composites for applicati... more The aim of this article is to explore materials made of polymer-titanate composites for application towards the size reduction of high frequency electronic components. A study has therefore been done on the dielectric effect of composites made of an epoxy matrix loaded with a mixture of barium titanate and calcium titanate. The effects have been quantified according to volume fraction of load. Results obtained from time domain reflectometry have been compared to modelling predictions from the generalized Lichtenecker law. Low frequency analysis (in the range DC-500 MHz) has also been performed throughout this work, and it has primarily concentrated on conductivity behaviour which may be attributed to the effects of a percolation process. The study has confirmed the validity of the ternary mixture law being applied in order to predict the electromagnetic behaviour of the composite material. This material family may therefore find use in microelectronic applications and in the miniaturization of circuit components (substrates, components, cavities, antennas, etc.). PACS. 77.84.Lf Composite materials-78.47.+p Time-resolved optical spectroscopies and other ultrafast optical measurements in condensed matter-77.84.Dy Niobates, titanates, tantalates, PZT ceramics, etc.

The European Physical Journal Applied Physics, 2009

The work we present in this article is an investigation of the optimal dielectric behaviour of a ... more The work we present in this article is an investigation of the optimal dielectric behaviour of a ternary composite based on a mixture of epoxy resin, titanates and oxides. Titanates are known by their capacity to provide high dielectric constant values that make their use very important in system of telecommunication, transmission microwaves, and in integrated circuit technology. A comparative

In this work, we are interested to improve the pedagogical accompaniment of students in programmi... more In this work, we are interested to improve the pedagogical accompaniment of students in programming language labs by implementing a classroom management software. It consists of two applications. The teacher application allows teacher to create a classroom, connect student computers to the classroom, collect student works periodically in order to help them and to have an overall view of the student’s works progress. In addition, teacher can temporarily lock the student computers to attract student’s attention when he gives explanations. With this software, teacher does not move from one student to another. So, the moving time will be spent to improve student learning. The student application allows student computers to connect to teacher application, receive the comments and remarks sent by teacher. Each student can also send his final work to teacher at the end of the class. Thus, students do not need the internet connection or a USB key to return their work.

Advances in intelligent systems and computing, 2018

In this work, we are interested to improve the pedagogical accompaniment of students in programmi... more In this work, we are interested to improve the pedagogical accompaniment of students in programming language labs by implementing a classroom management software. It consists of two applications. The teacher application allows teacher to create a classroom, connect student computers to the classroom, collect student works periodically in order to help them and to have an overall view of the student’s works progress. In addition, teacher can temporarily lock the student computers to attract student’s attention when he gives explanations. With this software, teacher does not move from one student to another. So, the moving time will be spent to improve student learning. The student application allows student computers to connect to teacher application, receive the comments and remarks sent by teacher. Each student can also send his final work to teacher at the end of the class. Thus, students do not need the internet connection or a USB key to return their work.

Advances in intelligent systems and computing, 2018

In this paper, we propose a low-cost and modular remote lab framework, responding to the educatio... more In this paper, we propose a low-cost and modular remote lab framework, responding to the educational needs of technical disciplines and more particularly in electronics. It consists of two main parts: hardware and software. The hardware part is simple in its design, locally made, modular, scalable and can be easily integrated in with existing lab equipments. It is composed of a communication module and a configurable interface, linking this module to the experimental equipments. The interface is composed of a set of electronic boards each providing a specific function. The number and type of boards can be configured according to the educational needs.

In this paper, we propose a low-cost and modular remote lab framework, responding to the educatio... more In this paper, we propose a low-cost and modular remote lab framework, responding to the educational needs of technical disciplines and more particularly in electronics. It consists of two main parts: hardware and software. The hardware part is simple in its design, locally made, modular, scalable and can be easily integrated in with existing lab equipments. It is composed of a communication module and a configurable interface, linking this module to the experimental equipments. The interface is composed of a set of electronic boards each providing a specific function. The number and type of boards can be configured according to the educational needs.

The European Physical Journal Applied Physics, 2007

The aim of this article is to explore materials made of polymer-titanate composites for applicati... more The aim of this article is to explore materials made of polymer-titanate composites for application towards the size reduction of high frequency electronic components. A study has therefore been done on the dielectric effect of composites made of an epoxy matrix loaded with a mixture of barium titanate and calcium titanate. The effects have been quantified according to volume fraction of load. Results obtained from time domain reflectometry have been compared to modelling predictions from the generalized Lichtenecker law. Low frequency analysis (in the range DC-500 MHz) has also been performed throughout this work, and it has primarily concentrated on conductivity behaviour which may be attributed to the effects of a percolation process. The study has confirmed the validity of the ternary mixture law being applied in order to predict the electromagnetic behaviour of the composite material. This material family may therefore find use in microelectronic applications and in the miniaturization of circuit components (substrates, components, cavities, antennas, etc.). PACS. 77.84.Lf Composite materials-78.47.+p Time-resolved optical spectroscopies and other ultrafast optical measurements in condensed matter-77.84.Dy Niobates, titanates, tantalates, PZT ceramics, etc.

The European Physical Journal Applied Physics, 2009

The work we present in this article is an investigation of the optimal dielectric behaviour of a ... more The work we present in this article is an investigation of the optimal dielectric behaviour of a ternary composite based on a mixture of epoxy resin, titanates and oxides. Titanates are known by their capacity to provide high dielectric constant values that make their use very important in system of telecommunication, transmission microwaves, and in integrated circuit technology. A comparative

In this work, we are interested to improve the pedagogical accompaniment of students in programmi... more In this work, we are interested to improve the pedagogical accompaniment of students in programming language labs by implementing a classroom management software. It consists of two applications. The teacher application allows teacher to create a classroom, connect student computers to the classroom, collect student works periodically in order to help them and to have an overall view of the student’s works progress. In addition, teacher can temporarily lock the student computers to attract student’s attention when he gives explanations. With this software, teacher does not move from one student to another. So, the moving time will be spent to improve student learning. The student application allows student computers to connect to teacher application, receive the comments and remarks sent by teacher. Each student can also send his final work to teacher at the end of the class. Thus, students do not need the internet connection or a USB key to return their work.