Articles

type: Journal
Title DOI Date
An Information Theoretic Approach to Robust Constrained Code Design for MIMO Radars #
Joint versus separate spectrum sensing and resource allocation in OFDMA-based cognitive radio networks #
Power Allocation and Measurement Matrix Design for Block CS-Based Distributed MIMO Radars #
Joint Optimal Spectrum Sensing and Power Allocation in CDMA-Based Cognitive Radio Networks #
Radar Code Design for Detection of Moving Targets #
Centralised cooperative spectrum sensing under correlated shadowing #
Spectrum analysis and Blind Estimation of Number of Targets in Multiple PRF Radars Based on the Compressive Sensing Method #
A Doppler Robust Design of Transmit Sequence and Receive Filter in the Presence of Signal-Dependent Interference #
type: Conference
Title Date
COMPRESSIVE PULSE-DOPPLER RADAR SENSING VIA 1-BIT SAMPLING WITH TIME-VARYING THRESHOLD
Compressive Radar Sensing via One-Bit Sampling with Time-Varying Thresholds
Asymptotic Analysis of Cooperative Spectrum Sensing under Noise Uncertainty
Cognitive MIMO Radars An Information Theoretic Constrained Code Design Method
Block compressive sensing in Synthetic Aperture Radar (SAR)
Energy allocation for parameter estimation in block CS-based distributed MIMO systems
روشي جديد براي كاهش لوب هاي فرعي در شكل دهي پرتو به روش حوزه داده مستقيم (D3) در رادار هواپايه
آشكارسازي و تخمين در رادارهاي MIMO مبتني بر حسگري فشرده فضايي بلوكي
پردازش وفقي فضا-زمان به روش حوزه داده مستقيم (D3 STAP) براي حذف تداخل در رادار هواپايه
Optimal Censor-based Detection in Cooperative Spectrum Sensing
UNIMODULAR CODE DESIGN FOR MIMO RADAR USING BHATTACHARYYA DISTANCE
A MAX-MIN DESIGN OF TRANSMIT SEQUENCE AND RECEIVE FILTER