Sharif Digital Repository

Diversity-based geometry optimization in mimo passive coherent location

Author

Radmard, M.

Pub. Year

2014

Subjects

DVB-T. / Illuminator of opportunity. / MIMO. / Passive coherent location. / Spatial diversity.

Diversity gain in MIMO passive coherent location

Author

Radmard, M.

Pub. Year

2011

Subjects

Diversity gain. / Multiple antenna. / Multiple outputs. / Non-cooperative transmitters. / Orthogonality. / Orthogonality conditions. / Passive coherent locations. / Single frequency networks. / Spatial diversity. / Transmitter and receiver. / Wave forms. / Local area networks. / MIMO radar. / Transmitters. / MIMO systems.

Data fusion in MIMO DVB-T-based passive coherent location

Author

Radmard, M.

Pub. Year

2013

Subjects

Improve performance. / Localization schemes. / Multiple objects. / Multiple transmitters. / Passive coherent locations. / Single frequency networks. / Spatial diversity. / Transmitter signals. / Data fusion. / MIMO systems. / Receiving antennas. / Transmitters. / Digital television.

MIMO localization by illuminators of opportunity

Author

Radmard, M.

Pub. Year

2011

Subjects

MIMO. / Data association. / Diversity gain. / DVB-T. / Localization schemes. / MIMO techniques. / Multiple antenna. / Multiple targets. / Non-cooperative transmitters. / Passive localization. / Single frequency networks. / Spatial diversity. / Transmitter and receiver. / Local area networks. / MIMO radar. / Passive networks. / Transmitters. / MIMO systems.

Satellite-based forward scatter passive radar

Author

Radmard, M.

Publisher

IEEE Computer Society,

Pub. Year

2016

Subjects

Forward scatter. / GEO satellite. / Passive radar. / Forward scattering. / Geostationary satellites. / Orbits. / Radar. / Radar equipment. / Radar systems. / Satellites. / Space shuttles. / Feasibility studies. / GEO satellites. / Geostationary earth orbits. / Passive radars. / Satellite signals. / Space-based radar.

Catching the high altitude invisible by satellite-based forward scatter PCL

Author

Radmard, M.

Publisher

Springer London,

Pub. Year

2017

Subjects

Forward scatter. / GEO satellite. / High altitude target. / Passive coherent location. / Adaptive filters. / Earth (planet) / Fighter aircraft. / Forward scattering. / Geostationary satellites. / Radar. / Radar systems. / Satellites. / Space shuttles. / Space-based radar. / Tracking radar. / Detection performance. / Feasibility studies. / GEO satellites. / Geostationary earth orbit satellites. / High-altitude aircrafts. / Low earth orbit satellites. / Passive coherent locations. / Targets of interest. / Orbits.

Data association in multi-input single-output passive coherent location schemes

Author

Radmard, M.

Pub. Year

2012

Subjects

Data association. / Digital TV. / Diversity gain. / Localisation. / Multiinput. / Multiple antenna. / Multiple input multiple output. / Multiple objects. / Passive coherent locations. / Single frequency networks. / Spatial diversity. / Digital television. / Local area networks. / MIMO systems. / Transmitters.

MIMO PCL in a single frequency network

Author

Radmard, M.

Pub. Year

2011

Subjects

MIMO. / Data association. / Diversity gain. / DVB-T. / Localization schemes. / MIMO techniques. / Multiple antenna. / Multiple targets. / Non-cooperative transmitters. / passive localization. / Single frequency networks. / Spatial diversity. / Transmitter and receiver. / Local area networks. / MIMO radar. / Passive networks. / Radio waves. / Remote sensing. / Transmitters. / MIMO systems.

An improved adaptive algorithm for clutter and direct path interference removal in DVB-T based passive radar

Author

Shokrzadeh, S.

Pub. Year

2013

Subjects

Ambiguity function. / Direct paths. / Efficiency and performance. / Interference removal. / Learning curves. / Passive radars. / Adaptive algorithms. / Clutter (information theory) / Tracking radar.

Cross ambiguity function analysis of the '8k-mode' DVB-T for passive radar application

Author

Radmard, M.

Pub. Year

2010

Subjects

Ambiguity function. / Cross-ambiguity function. / Digital video broadcasting - terrestrials. / Non-cooperative illuminator. / Passive radars. / Special processing. / Computer graphics. / Multimedia systems. / Radar equipment. / Technical presentations. / Radar.

Advantages of the DVB-T signal for passive radar applications

Author

Radmard, M.

Pub. Year

2010

Subjects

Ambiguity function. / Detecting target. / Digital video broadcasting - terrestrials. / Direct paths. / Passive radars. / Processing gain. / Resolving ambiguities. / Computer graphics. / Multimedia systems. / Radar equipment. / Technical presentations. / Radar.

Target's range migration compensation in passive radar

Author

Radmard, M.

Pub. Year

2009

Subjects

Computational loads. / Integration time. / Moving targets. / Passive radars. / Processing gain. / Range cells. / Range migration. / Target detectability. / Microwaves. / Radar. / Targets.

Feasibility analysis of utilizing the '8k mode' DVB-T signal in passive radar applications

Author

Radmard, M.

Pub. Year

2012

Subjects

Passive radar. / CAF side-peak. / Cross-ambiguity function. / DVB. / Passive radars. / Processing gain. / Digital video broadcasting (DVB) / Room and pillar mining. / Radar equipment. / Feasibility study. / Image processing. / Image resolution. / Noise. / Radar. / Signal.

Position control of ionic polymer-metal composites using fuzzy logic

Author

Radmard, S.

Pub. Year

2009

Subjects

Closed loop response. / Closed-loop. / Control architecture. / Electro-active polymers. / Electro-mechanical actuator. / Empirical model. / Ionic polymer metal composites. / Large deformations. / Low driving voltage. / Model-based. / Open loops. / PID controllers. / Position response. / Precision control. / Precision position. / Actuators. / Cameras. / Closed loop control systems. / Conducting polymers. / Controllers. / Electromechanical devices. / Fuzzy sets. / Mechanical engineering. / Photoresists. / Polymers. / Position control. / Proportional control systems. / Fuzzy logic.

Antenna placement and power allocation optimization in MIMO detection

Author

Radmard, M.

Pub. Year

2014

Subjects

Antennas. / Transmitters. / Antenna placement. / Detection performance. / MIMO detection. / Multiple antenna. / Neyman Pearson detectors. / Power allocations. / Total power. / MIMO systems.

Ambiguity function of MIMO radar with widely separated antennas

Author

Radmard, M.

Pub. Year

2014

Subjects

Ambiguity function. / Widely separated antennas. / Antennas. / MIMO systems. / Radar antennas. / Separation. / Multiple antenna. / Multiple input multiple output techniques. / System's performance. / MIMO radar.

Choosing the position of the receiver in a MISO passive radar system

Author

Chitgarha, M. M.

Pub. Year

2012

Subjects

MIMO. / Passive Coherent Location. / Receiver positioning. / MIMO Multiple Input Multiple Output. / MISO. / Multiple antenna. / Multiple receive antennas. / Neyman Pearson detectors. / Passive coherent locations. / Passive radars. / Probability of missed detections. / Receive antenna. / Spatial diversity. / Local area networks. / MIMO systems. / Receiving antennas. / MIMO radar.

Probability of missed detection as a criterion for receiver placement in MIMO PCL

Author

Majd, M. N.

Publisher

IEEE,

Pub. Year

2012

Subjects

Missed detections. / Multiple antenna. / Multiple receivers. / Passive radars. / Radar performance. / Receive antenna. / Receiving antennas. / MIMO radar.