pegawai penyelidik
pejabat dekan fakulti kejuruteraan & alam bina
mehran.bjt@gmail.com
No. rasmi:
UKM : 03 8921 5555
Biografi/ Biography :
PEGAWAI PENYELIDIK
mohd fazuwan ahmad fauzi; rosdiadee nordin; nor fadzilah abdullah; haider a. h. alobaidy; mehran behjati. (2023). machine learning-based online coverage estimator (mloe): advancing mobile network planning and optimization. - ieee access. 3096-3109.
mehran behjati, muhammad aidiel zulkifley, haider a. h. alobaidy, rosdiadee nordin and nor fadzilah abdullah. (2022). reliable aerial mobile communications with rsrp & rsrq prediction models for the internet of drones: a machine learning approach. - sensors. 1-21.
mehran behjati, rosdiadee nordin, muhammad aidiel zulkifley, nor fadzilah abdullah. (2022). 3d global path planning optimization for cellular-connected uavs under link reliability constraint. - sensors mdpi. 1-30.
saddam alraih, ibraheem shayea, mehran behjati, rosdiadee nordin, nor fadzilah abdullah, asma abu samah, dalia nandi. (2022). revolution or evolution? technical requirements and considerations towards 6g mobile communications. - sensors. 1-29.
haider a. h. alobaidy, mandeep jit singh, mehran behjati, rosdiadee nordin, nor fadzilah abdullah. (2022). wireless transmissions, propagation and channel modelling for iot technologies: applications and challenges. - ieee access. 24095-24131.
mohd fazuwan ahmad fauzi; rosdiadee nordin; nor fadzilah abdullah; haider a. h. alobaidy; mehran behjati. (2023). machine learning-based online coverage estimator (mloe): advancing mobile network planning and optimization. - ieee access. 3096-3109.
mehran behjati, muhammad aidiel zulkifley, haider a. h. alobaidy, rosdiadee nordin and nor fadzilah abdullah. (2022). reliable aerial mobile communications with rsrp & rsrq prediction models for the internet of drones: a machine learning approach. - sensors. 1-21.
mehran behjati, rosdiadee nordin, muhammad aidiel zulkifley, nor fadzilah abdullah. (2022). 3d global path planning optimization for cellular-connected uavs under link reliability constraint. - sensors mdpi. 1-30.
saddam alraih, ibraheem shayea, mehran behjati, rosdiadee nordin, nor fadzilah abdullah, asma abu samah, dalia nandi. (2022). revolution or evolution? technical requirements and considerations towards 6g mobile communications. - sensors. 1-29.
haider a. h. alobaidy, mandeep jit singh, mehran behjati, rosdiadee nordin, nor fadzilah abdullah. (2022). wireless transmissions, propagation and channel modelling for iot technologies: applications and challenges. - ieee access. 24095-24131.
mohd fazuwan ahmad fauzi; rosdiadee nordin; nor fadzilah abdullah; haider a. h. alobaidy; mehran behjati. (2023). machine learning-based online coverage estimator (mloe): advancing mobile network planning and optimization. - ieee access. 3096-3109.
mehran behjati, muhammad aidiel zulkifley, haider a. h. alobaidy, rosdiadee nordin and nor fadzilah abdullah. (2022). reliable aerial mobile communications with rsrp & rsrq prediction models for the internet of drones: a machine learning approach. - sensors. 1-21.
mehran behjati, rosdiadee nordin, muhammad aidiel zulkifley, nor fadzilah abdullah. (2022). 3d global path planning optimization for cellular-connected uavs under link reliability constraint. - sensors mdpi. 1-30.
saddam alraih, ibraheem shayea, mehran behjati, rosdiadee nordin, nor fadzilah abdullah, asma abu samah, dalia nandi. (2022). revolution or evolution? technical requirements and considerations towards 6g mobile communications. - sensors. 1-29.
haider a. h. alobaidy, mandeep jit singh, mehran behjati, rosdiadee nordin, nor fadzilah abdullah. (2022). wireless transmissions, propagation and channel modelling for iot technologies: applications and challenges. - ieee access. 24095-24131.
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| TECHNICAL AND SOFT SKILLS FOR FUTURE TELECOMMUNICATION ENGINEERING GRADUATES VIA MICRO-CREDENTIALS PLATFORM | ix telecom sdn. bhd. | 32.3% (2022-12-01 sehingga 2024-07-14) |
| AIR-TO-GROUND WIRELESS COMMUNICATIONS WITH MULTIPLE OBJECTIVE PATHS PLANNING FOR SWARM AERIAL DRONE BASE STATIONS | aerodyne group | 20% (2023-03-29 sehingga 2024-03-28) |