Search Results - "Essaaidi, M."

Embedded Real-time Speed Forecasting for Electric Vehicles: A Case Study on RSK Urban Roads by NaitMalek, Y., Najib, M., Bakhouya, M., Gaber, J., Essaaidi, M.

“…During the past ten years, worldwide efforts have been pursuing an ambitious policy of sustainable development, particularly in the energy sector. This…”
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Design and Characterization of a Compact Single Layer Modified S-Shaped Tag Antenna for UHF-RFID Applications by Ennasar, M. A., Aznabet, I., EL Mrabet, O., Essaaidi, M.

“…In this paper, we report the design of a new compact single layer modified S-shaped tag antenna for UHF-RFID applications. To achieve a compact size of 51×34…”
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Design of High Gain Novel Dielectric Resonator Antenna Array for 24 GHz Short Range Radar Systems by Haddad, A., Aoutoul, M., Rais, K., Essaaidi, M., Faqir, M., Bouya, M.

“…in this work we present a 16x1 array’ elements of a high gain Novel shape designed Dielectric Resonator Antenna (NDRA), having a low dielectric constant value…”
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Electroinductive waves role in left-handed stacked complementary split rings resonators by Beruete, M, Aznabet, M, Navarro-Cía, M, El Mrabet, O, Falcone, F, Aknin, N, Essaaidi, M, Sorolla, M

“…In this letter it is presented a Left-Handed Metamaterial design route based upon stacked arrays of screens made of complementary split rings resonators under…”
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On the Use of Machine Learning for State-of- Charge Forecasting in Electric Vehicles by NaitMalek, Y., Najib, M., Bakhouya, M., Essaaidi, M.

“…nowadays, it is well known that a main solution for pollution reduction in cities will be the introduction of electric and hybrid vehicles on transportation…”
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An efficient algorithm for the global modeling of RF and microwave circuits using a reduced nonlinear lumped network (RNL/sup 2/N)-FDTD approach by Mrabet, O.E., Essaaidi, M.

“…In this letter, we present an efficient and simple reduced nonlinear lumped network (RNL/sup 2/N)-FDTD method for the global modeling of RF and microwave…”
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Metamaterial multiresonances in waveguide and metasurfaces by Aznabet, M., Beruete, M., Navarro-Cía, M., El Mrabet, O., Falcone, F., Aknin, N., Essaaidi, M., Sorolla, M.

“…In spite of the fact of its potential relevance for future advanced metamaterial design, split rings resonators high‐order resonances data are very limited in…”
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Forecasting the State-of-Charge of Batteries in Micro-Grid Systems by NaitMalek, Y., Najib, M., Bakhouya, M., Essaaidi, M.

“…Micro-grid (MG) systems are increasingly deployed on buildings in order to enhance energy efficiency while maintaining occupants' comfort. A MG system includes…”
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A Model Predictive Approach for Ventilation System Control in Energy Efficient Buildings by Berouinev, A., Ouladsine, R., Bakhouya, M., Lachhab, F, Essaaidi, M.

“…Building's active equipment, such as heating/air-conditioning and ventilation, are considered among the main energy-hungry consumers. Control and automation…”
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Quasi-static analysis of microstriplines with variable-thickness substrates considering finite metallization thickness by Khoulji, S., Essaaidi, M.

“…This Letter presents an extension of the method of lines (MOL) to the analysis of microstriplines with variable‐thickness substrates with the use of the…”
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Quasi-static analysis of microstrip lines with variation of substrate thickness in transverse direction by Khoulji, S., Essaaidi, M.

“…This article is devoted to the analysis of microstrip lines printed on dielectric substrates with transversely varying thickness using the quasi‐static…”
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Numerical modeling of microstriplines with substrates with arbitrarily varying thickness with the use of the TLM method by Ahyoud, S., El Moussaoui, A., Essaaidi, M., Khalladi, M.

“…The symmetrical condensed‐node TLM method is used for the analysis of microstrip lines with substrates of arbitrary varying thickness. This numerical technique…”
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Compact Disc Monopole Antennas for Current and Future Ultrawideband (UWB) Applications by Srifi, M. N., Podilchak, S. K., Essaaidi, M., Antar, Y. M. M.

“…Circular disc monopole antennas are investigated for current and future ultrawideband (UWB) applications. The studied antennas are compact and of small size…”
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Comments on "Rigorous modeling of packaged Schottky diodes by the nonlinear lumped network (NL /sup 2/N)-FDTD approach" [with reply] by El Mrabet, O., Essaaidi, M., Emili, G., Alimenti, F., Mezzanotte, P., Roselli, L., Sorrentino, R.

“…For original paper see G. Emili et al., ibid., vol.48, no.12, p.2277-82 (2000). The commenters point out several errors in equations and parameters presented…”
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Exponentially tapered antipodal Vivaldi antenna for breast cancer detection by Kanjaa, M., El Mrabet, O., Khalladi, M., Essaaidi, M.

“…In this paper a new UWB antipodal Vivaldi antenna for breast cancer detection is presented. It is found that by inserting exponential slots into both patches…”
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A Compact modified S-Shaped RFID tag antenna for metallic applications by Ennasar, M. A., Aznabet, I., El Mrabet, O., Essaaidi, M.

“…In this paper, A Compact modified S-Shaped RFID Tag antenna for metallic applications is presented to handle the US Band. To miniaturize the antenna to a size…”
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Efficient modeling of chiral media using SCN-TLM method by Yaich, M.I., Khalladi, Mohsine, Essaaidi, M.

“…An efficient approach allowing to include linear bi-isotropic chiral materials in time-domain transmission line matrix (TLM) calculations by employing…”
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Efficient modeling of inclined wire structures using the TLM method by Khalladi, M., Bargach, K., Essaaidi, M.

“…Transmission‐line modeling (TLM) has been applied extensively to simulate microwave circuits and electromagnetic compatibility (EMC) problems. The introduction…”
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Rigorous analysis of shielded uniaxial anisotropic DRs by the mode-matching method by Aknin, N., El Moussaoui, A., Essaaidi, M.

“…In this paper, the mode‐matching (MM) method is used for the rigorous analysis of uniaxial anisotropic dielectric resonators (DRs), which are shielded in…”
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A new junction model with two wires of different radius for the TLM method by Khalladi, M., Essaaidi, M., Bargach, K., Ibn Yaich, M.

“…A new wire‐junction node for modeling a junction with two wires of different radius using the TLM method is presented. The scattering matrix of the node is…”
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